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version 1.6, 2002/06/28 13:03:40

version 1.48, 2003/08/22 13:57:43

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<author>Monte, Guidobaldo del</author>

<title>Le Mechaniche</title>

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<place>Venezia</place>

<translator>Pigafetta, Filippo</translator>

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<s id="id.2.1.2.1.0">LE <lb/>MECHANICHE <lb/>DELL'ILLVSTRISS SIG. <lb/>GVIDO VBALDO <lb/>DE' MARCHESI DEL <lb/>MONTE: <lb/></s>

<s id="id.2.1.3.1.0">TRADOTTE IN VOLGARE <lb/>DAL SIG. FILIPPO PIGAFETTA: <lb/>Nellequali &longs;i contiene la vera Dottrina di tutti gli I&longs;trumenti <lb/>principali da mouer pe&longs;i grandis&longs;imi con <lb/>picciola forza. <lb/></s>

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<s id="id.2.1.4.1.0"><emph type="italics"/>A beneficio di chi &longs;i diletta di &que;&longs;ta nobili&longs;&longs;ima scienza; & ma&longs;&longs;imamente <lb/>di Capitani di guerra, Ingegnieri, Architetti, & d'ogni <lb/>Artefice, che intenda per via di Machine <lb/>far opre marauiglio&longs;e, e qua&longs;i <lb/>&longs;opra naturali. <emph.end type="italics"/><lb/></s>

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<s id="id.2.1.5.1.0">Et &longs;i dichiarano i vocaboli, & luoghi più difficili. <lb/></s><figure id="id.037.01.001.1.jpg" xlink:href="037/01/001/1.jpg"/>

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]><archimedes> <info> <author>Guidobaldo del Monte</author> <title>Le Mechaniche</title> <date>1581</date> <place>Venezia</place><editor></editor> <publisher></publisher> <translator></translator> <lang>it</lang> <chunk unit="page*">page</chunk> </info> <text id="id.0.0.0.0.3"> <front id="id.1.0.0.0.0"> </front> <body id="id.2.0.0.0.0"> <chap id="id.2.1.0.0.0"><pb id="p.0001"/>

<s id="id.2.1.2.1.0">LE <lb/>MECHANICHE <lb/>DELL'ILLVSTRISS SIG.</s>

<s id="id.2.1.3.1.0">GVIDO VBALDO <lb/>DE' MARCHESI DEL <lb/>MONTE: <lb/>TRADOTTE IN VOLGARE <lb/>DAL SIG. FILIPPO PIGAFETTA: <lb/>Nellequali &longs;i contiene la vera Dottrina di tutti gli I&longs;trumenti <lb/>principali da mouer pe&longs;i grandis&longs;imi con <lb/>picciola forza.</s>

<s id="id.2.1.4.1.0"><emph type="italics"/>A beneficio di chi &longs;i diletta di que&longs;ta nobili&longs;&longs;ima scienza; & ma&longs;&longs;imamente <lb/>di Capitani di guerra, Ingegnieri, Architetti, & d'ogni <lb/>Artefice, che intenda per via di Machine <lb/>far opre marauiglio&longs;e, e qua&longs;i <lb/>&longs;opra naturali.<emph.end type="italics"/></s>

<s id="id.2.1.5.1.0">Et &longs;i dichiarano i vocaboli, & luoghi più difficili.</s><figure></figure>

<s id="id.2.1.7.1.0"><emph type="italics"/>In Venetia, Appre&longs;&longs;o France&longs;co di France&longs;chi Sane&longs;e. </s>

<s id="id.2.1.7.2.0">MD LXXXI. <emph.end type="italics"/></s></section>

<s id="id.2.1.7.2.0">MD LXXXI.<emph.end type="italics"/></s><pb/><figure></figure>

<s id="id.2.1.10.1.0">ALL'ILLVSTRISSIMO <lb/>SIGNOR GIVLIO <lb/>SAVORGNANO, <lb/>CONTE DI BELGRADO. &c.</s>

<s id="id.2.1.10.1.0">ALL'ILLVSTRISSIMO <lb/>SIGNOR GIVLIO <lb/>SAVORGNANO, <lb/>CONTE DI BELGRADO. &c. <lb/>Signore o&longs;&longs;eruandi&longs;&longs;imo. </s>

<s id="id.2.1.11.1.0">Signore o&longs;&longs;eruandi&longs;&longs;imo.</s><figure></figure>

<s id="id.2.1.13.1.0">C<emph type="italics"/>onciosia co&longs;a, che la &longs;cienza delle Mecha<lb/>niche gioui &longs;ommamente à molte, & importan<lb/>ti attioni della no&longs;tra vita, à gran ragione fu ella <lb/>da i Filo&longs;ofi, & da i Rè antichi &longs;timata degna di <lb/>laudi &longs;ingularißime; & i Matematici vi han<lb/>no impiegato lo &longs;tudio, & l'opera più che meza<lb/>namente, & i Principi fauoriti gl'ingegnieri ec<lb/>cellenti, & arricchiti. </s>

<s id="id.2.1.13.2.0">Ben è per certo di alti&longs;<lb/>&longs;ima &longs;peculatione, & di &longs;ottile manifattura; imperoche tocca &que;lla par<lb/>te della Filo&longs;ofia, che tratta de gli elementi in vniuer&longs;ale, & del moto, & <lb/>della quiete de' corpi, &longs;econdo i luoghi &longs;uoi, a&longs;&longs;egnando la cagione in certo <lb/>modo de' loro mouimenti naturali; & anco sforzandoli, per via di machi<lb/>ne à partir&longs;i da proprij &longs;iti, gli tra&longs;porta all'insù, & per ogni lato in mo<lb/>uimenti contrari alla natura loro. <emph.end type="italics"/></s>

<s id="id.2.1.14.1.0"><emph type="italics"/>Mena ella ad effetto ambedue &que;&longs;te intentioni con le propo&longs;itioni che <lb/>na&longs;cono, & &longs;ono congiunte con la materia &longs;te&longs;&longs;a, & co' difici, & i&longs;trumen<lb/>ti, che forma artificialmente. </s>

<s id="id.2.1.14.2.0">La onde egli è dibi&longs;ogno con&longs;iderare &que;&longs;ta<emph.end type="italics"/><pb xlink:href="037/01/004.jpg"/><emph type="italics"/>dottrina in due manìere; l'vna ìn quanto và &longs;peculando, & con ragione <lb/>di&longs;correndo &longs;opra le co&longs;e, che s'hanno à fare, &longs;eruendo&longs;i dell' Arithmetica, <lb/>della Geometria, dell' A&longs;trologia, & della Filo&longs;ofia naturale: & l'altra che <lb/>po&longs;cia le manda ad e&longs;ecutione, & haue nece&longs;sita dell'e&longs;&longs;ercitio, & lauoro <lb/>delle mani, v&longs;ando l'Architettura, la Pittura, il di&longs;egno, l'arte de' fabri, <lb/>de'legnaiuoli, de'muratori, & d'altri me&longs;tieri tali, per modo che ella vie<lb/>ne ad e&longs;&longs;ere me&longs;colata, & in parte compo&longs;ta della naturale Filo&longs;ofia, delle <lb/>Matematiche, & delle arti manuali. </s>

<s id="id.2.1.13.2.0">Ben è per certo di alti&longs;<lb/>&longs;ima &longs;peculatione, & di &longs;ottile manifattura; imperoche tocca quella par<lb/>te della Filo&longs;ofia, che tratta de gli elementi in vniuer&longs;ale, & del moto, & <lb/>della quiete de' corpi, &longs;econdo i luoghi &longs;uoi, a&longs;&longs;egnando la cagione in certo <lb/>modo de' loro mouimenti naturali; & anco sforzandoli, per via di machi<lb/>ne à partir&longs;i da proprij &longs;iti, gli tra&longs;porta all'insù, & per ogni lato in mo<lb/>uimenti contrari alla natura loro.<emph.end type="italics"/></s>

<s id="id.2.1.14.3.0">Per laqual co&longs;a chiun&que; &longs;i troua <lb/>dotato d'ingegno acuto, & da fanciullo hà incominciato ad apprendere le <lb/>già dette &longs;cienze, & &longs;a di&longs;egnare, & lauorare di &longs;ua mano, potrà nel vero <lb/>ottimo Mechanico, & <expan abbr="inu&etilde;tore">inuentore</expan>, & facitore di opere marauiglio&longs;e riu&longs;cire. <emph.end type="italics"/></s>

<s id="id.2.1.15.1.0"><emph type="italics"/>Infinite parti, & vtilißime à gli huomini comprende &que;&longs;ta noti<lb/>tia, & in guerra, & in pace, ne i commodi della città, della villa, & della <lb/>mercatantia, & in altri; peroche la Medicina toglie da lei i difici per ri<lb/>porre le o&longs;&longs;a &longs;mo&longs;&longs;e, & rotte ne i &longs;iti &longs;uoi. </s>

<s id="id.2.1.14.1.0"><emph type="italics"/>Mena ella ad effetto ambedue que&longs;te intentioni con le propo&longs;itioni che <lb/>na&longs;cono, & &longs;ono congiunte con la materia &longs;te&longs;&longs;a, & co' difici, & i&longs;trumen <lb/>ti, che forma artificialmente. </s>

<s id="id.2.1.15.2.0">Onde pone Oriba&longs;io nel libro delle <lb/>Machine, diuer&longs;i i&longs;trumenti pre&longs;i dalla Mechanica, & <expan abbr="cõuertiti">conuertiti</expan> nell'v&longs;o del<lb/>la Medicina, come il Tri&longs;pa&longs;ton di Archimede: l'arte del nauigare ricono<lb/>&longs;ce anco diuer&longs;i aiuti, come il timone, co'l quale, collocato di dietro, ouero <lb/>alle bande del nauilio ageuolmente lo moue, & dirizza, quantun&que; per <lb/>ri&longs;petto à tutto il corpo del va&longs;ello piccioli&longs;simo &longs;ia. </s>

<s id="id.2.1.15.3.0">I remi, che à gui&longs;a di <lb/>leua lo &longs;pingono innanzi, & l'arbore, & la vela &longs;ono pur di &longs;ua inuentio<lb/>ne. </s>

<s id="id.2.1.14.2.0">La onde egli è dibi&longs;ogno con&longs;iderare que&longs;ta<emph.end type="italics"/><pb/><emph type="italics"/>dottrina in due manìere; l'vna ìn quanto và &longs;peculando, & con ragione <lb/>di&longs;correndo &longs;opra le co&longs;e, che s'hanno à fare, &longs;eruendo&longs;i dell' Arithmetica, <lb/>della Geometria, dell' A&longs;trologia, & della Filo&longs;ofia naturale: & l'altra che <lb/>po&longs;cia le manda ad e&longs;ecutione, & haue nece&longs;sita dell'e&longs;&longs;ercitio, & lauoro <lb/>delle mani, v&longs;ando l'Architettura, la Pittura, il di&longs;egno, l'arte de' fabri, <lb/>de'legnaiuoli, de'muratori, & d'altri me&longs;tieri tali, per modo che ella vie<lb/>ne ad e&longs;&longs;ere me&longs;colata, & in parte compo&longs;ta della naturale Filo&longs;ofia, delle <lb/>Matematiche, & delle arti manuali. </s>

<s id="id.2.1.15.4.0">I molini, i quali &longs;i girano co'l vento, con l'acqua, & con la forza vi<lb/>ua: & i pi&longs;trini, le carra, gli aratri, & altri ordigni di villa; il pe&longs;are con <lb/>la bilancia, & con la &longs;tadera; il cauare l'acqua da pozzi con le grù, ouero <lb/>cicogne, dette da latini to&longs;senoni, che &longs;ono come grandis&longs;ime bilancie, & <lb/>con le rote, & altre co&longs;e tali &longs;i riducono alla Mechanica. </s>

<s id="id.2.1.15.5.0">La ragione pa<lb/>rimente del condurre le ac&que;, & da profondis&longs;ime valli in alto farle &longs;ur<lb/>gere uà &longs;otto lei. </s>

<s id="id.2.1.14.3.0">Per laqual co&longs;a chiunque &longs;i troua <lb/>dotato d'ingegno acuto, & da fanciullo hà incominciato ad apprendere le <lb/>già dette &longs;cienze, & &longs;a di&longs;egnare, & lauorare di &longs;ua mano, potrà nel vero <lb/>ottimo Mechanico, & <expan abbr="inu&emacr;tore">inuentore</expan>, & facitore di opere marauiglio&longs;e riu&longs;cire.<emph.end type="italics"/></s>

<s id="id.2.1.15.6.0">Chiamarono gli antichi coloro Mechanici ancora, i quali <lb/>co'l fiato, ò vento, ouero acqua, ò corde, ò nerui faceuano vedere, & vdi<lb/>re effetti miracolo&longs;i; come &longs;uoni diuer&longs;i, & canti d'augelli, & fin ad e&longs;pri<lb/>mere la voce humana in parole: & &que;lli che con horologi, i quali &longs;i mo<lb/>uono da &longs;e &longs;tes&longs;i con rote, ò da acqua, ò da &longs;ole il tempo mi&longs;urarono, & di<lb/>&longs;tin&longs;ero in hore. </s>

<s id="id.2.1.15.7.0">Appartengono alla Mechanica gli facitori delle Sfere <lb/>compartite ne'&longs;uoi cieli, co'l mouimento de'Pianeti, & di tutti i corpi <lb/>cele&longs;tiali à &longs;embianza dell'vniuer&longs;o mondo, & ciò mediante il mouimen<lb/>to eguale, & in giro, che loro daua l'acqua, di cui la fama &longs;uona e&longs;&longs;ere <lb/>&longs;tato Archimede Siracu&longs;ano il primo mae&longs;tro. </s>

<s id="id.2.1.15.1.0"><emph type="italics"/>Infinite parti, & vtilißime à gli huomini comprende que&longs;ta noti<lb/>tia, & in guerra, & in pace, ne i commodi della città, della villa, & della <lb/>mercatantia, & in altri; peroche la Medicina toglie da lei i difici per ri<lb/>porre le o&longs;&longs;a &longs;mo&longs;&longs;e, & rotte ne i &longs;iti &longs;uoi. </s>

<s id="id.2.1.15.8.0">il mouere etiandio con poca <emph.end type="italics"/><pb xlink:href="037/01/005.jpg"/><emph type="italics"/>forza pe&longs;i grandis&longs;imi con i&longs;trumenti, & ingegni diuer&longs;i è principale of<lb/>ficio della Mechanica, come Bilancie, Stadere, Leue, Taglie, Cunei, Moli<lb/>nelli, Rote co' denti & &longs;enza, Viti d'ogni &longs;orte, Argani, Mangani, Triuel<lb/>le, & altri molti, i quali da &que;&longs;ti &longs;i compongono: & &longs;econdo Ari&longs;totele <lb/>tutti &longs;i riducono alla Leua, & al cerchio, & alla machina ritonda, laquale <lb/>quanto è maggiore, tanto più velocemente &longs;i moue. </s>

<s id="id.2.1.15.9.0">L'arte del fortificare <lb/>le piazze, & i &longs;iti, & del difendergli, laquale acconciamente &longs;i puote chia<lb/>mare Architettura militare, è profrees&longs;ione Mechanica: peroche per via di <lb/>Cortine, & di Baloardi, & d'altri ripari, qua&longs;i con machine, & i&longs;trumen<lb/>ti s'ingegna l'huomo con pochi &longs;oldati di ributtarne in dietro molti, & <lb/>mantener&longs;i con vantaggio. </s>

<s id="id.2.1.15.2.0">Onde pone Oriba&longs;io nel libro delle <lb/>Machine, diuer&longs;i i&longs;trumenti pre&longs;i dalla Mechanica, & <expan abbr="cõuertiti">conuertiti</expan> nell'v&longs;o del <lb/>la Medicina, come il Tri&longs;pa&longs;ton di Archimede: l'arte del nauigare ricono<lb/>&longs;ce anco diuer&longs;i aiuti, come il timone, co'l quale, collocato di dietro, ouero <lb/>alle bande del nauilio ageuolmente lo moue, & dirizza, quantunque per <lb/>ri&longs;petto à tutto il corpo del va&longs;ello piccioli&longs;simo &longs;ia. </s>

<s id="id.2.1.15.10.0">Il fabricare, & adoprare oltre à ciò gli i&longs;tru<lb/>menti da guerra è proprio dono di &que;&longs;ta &longs;cienza, come Bali&longs;te, ò Bale&longs;tre, <lb/>Catapulte, Scorpioni, Fionde, & &longs;imili, che da lontano gittano foco, & &longs;aßi, <lb/>& ma&longs;&longs;e di ferro pe&longs;anti dugento cinquanta, & più libre, & Moli da <lb/>molino &longs;econdo Silio Italico, & Vitruuio, per di&longs;tanza di for&longs;e<emph.end type="italics"/> 300. <emph type="italics"/>pas&longs;i <lb/>à mi&longs;ura con ruino&longs;o colpo; & &longs;aette, & verettoni, & falariche grandi <lb/>à gui&longs;a di traui: & &que;lli che percoteuano con l'vrto da pre&longs;&longs;o, come Arie<lb/>ti, Onagri, Te&longs;tugini, & &longs;imili; & in altri v&longs;i, come <expan abbr="Sãbuche">Sambuche</expan>, Corui, Mani <lb/>di ferro, & gli altri maritimi, & Angoni, Monangoni, Tollenoni, &longs;cale &longs;no<lb/>date, ponti, torri mobili, & &longs;imili difici antichi, i quali &longs;ono &longs;tati poi ri <lb/>fiutati, &longs;uccedendo in &longs;uo luogo le Artiglierie, da e&longs;&longs;ere anch'e&longs;&longs;e ordinate <lb/>nell' ampiezza della con&longs;ideratione Mechanica, facendo elle còn sì poca ma<lb/>teria acce&longs;a, tanto horribile perco&longs;&longs;a. <emph.end type="italics"/></s>

<s id="id.2.1.16.1.0"><emph type="italics"/>Que&longs;ta &longs;cienza, che fuor di quanto &longs;i è detto, abbraccia innumerabili <lb/>altri v&longs;i, & diletteuoli, & nece&longs;&longs;ari à mortali, in diuer&longs;i tempi hebbe in <lb/>&longs;orte vari &longs;tati, per ri&longs;petto à gli artefici, che la e&longs;ercitarono: peroche, <lb/>di là cominciando, ne gli antichis&longs;imi &longs;ecoli, che pa&longs;&longs;arono auanti la guer<lb/>ra di Troia vi&longs;&longs;e Dedalo Athenie&longs;e gran mae&longs;tro di Mechanica, ilquale <lb/>trouò il primiero la &longs;ega, l'a&longs;cia, il piombino da torre le diritture, la tri<lb/>uella, l'albero, l'antenna, la vela, & altri or digni: di&longs;egnò in Creta poi <lb/>&que;ll'intricato labirinto, & alla fine gli conuenne fabricare per &longs;e, & per <lb/>Icaro &longs;uo figlio due paia d'ali, & volar&longs;ene via per l'aere à gui&longs;a d'au<lb/>gelli, come cantano i Poeti. <emph.end type="italics"/></s>

<s id="id.2.1.15.3.0">I remi, che à gui&longs;a di <lb/>leua lo &longs;pingono innanzi, & l'arbore, & la vela &longs;ono pur di &longs;ua inuentio <lb/>ne. </s>

<s id="id.2.1.17.1.0"><emph type="italics"/>Nella fabrica del tempio di Salomone, che fu la maggiore per grandez<lb/>za, per mae&longs;tria d' Architettura, & ornamento, di quante ne &longs;iano &longs;tate <lb/>fatte giamai; & delle piramidi, & di tanti altri difici di &que;i &longs;eco'i, che <lb/>hanno riempito il mondo di &longs;tupore, egli &longs;i può credere, che interueni&longs;&longs;ero <emph.end type="italics"/><pb xlink:href="037/01/006.jpg"/><emph type="italics"/>eccellenti Mechanici, per leuare in alto le pietre &longs;mi&longs;urate, & per altre <lb/>opere, lequali à condurgli à fine &longs;i ricercauano. </s>

<s id="id.2.1.17.2.0">Nac&que;ro dapoi Eudo&longs;<lb/>&longs;o, & Archita Tarentino, ambidue valenti ingegnieri; & di Archita &longs;i <lb/>legge, che lauorò di legno vna colomba con tanta mae&longs;tria temperata, & <lb/>gonfiata, che da &longs;e volaua per l'aria à gui&longs;a di viua colomba. </s>

<s id="id.2.1.17.3.0">Seguì co<lb/>&longs;toro il Filo&longs;ofo Ari&longs;totele, ilquale certe poche, ma bellis&longs;ime &que;&longs;tioni Me<lb/>chaniche, la&longs;ciò &longs;critte. </s>

<s id="id.2.1.17.4.0">A lui venne appre&longs;&longs;o Demetrio Rè, nominato il <lb/>pigliatore, ò di&longs;truggitore delle città, peroche fabricaua machine, & difi<lb/>ci, co' quali per di&longs;opra vi montaua, & &longs;e ne faceua padrone, lequali per <lb/>auentura furono &longs;imiglianti alla machina detta Cauallo, con cui li Greci <lb/>pre&longs;ero la famo&longs;a Troia; di che ragionando Pau&longs;ania nell' Attica, dice che <lb/>giudica e&longs;pre&longs;&longs;a mattezza il credere, che fo&longs;&longs;e vn cauallo, & non machina <lb/>bellico&longs;a per acco&longs;tare alle muraglie, & prenderle. </s>

<s id="id.2.1.15.5.0">La ragione pa<lb/>rimente del condurre le acque, & da profondis&longs;ime valli in alto farle &longs;ur <lb/>gere uà &longs;otto lei. </s>

<s id="id.2.1.15.6.0">Chiamarono gli antichi coloro Mechanici ancora, i quali <lb/>co'l fiato, ò vento, ouero acqua, ò corde, ò nerui faceuano vedere, & vdi <lb/>re effetti miracolo&longs;i; come &longs;uoni diuer&longs;i, & canti d'augelli, & fin ad e&longs;pri<lb/>mere la voce humana in parole: & quelli che con horologi, i quali &longs;i mo<lb/>uono da &longs;e &longs;tes&longs;i con rote, ò da acqua, ò da &longs;ole il tempo mi&longs;urarono, & di<lb/>&longs;tin&longs;ero in hore. </s>

<s id="id.2.1.15.8.0">il mouere etiandio con poca<emph.end type="italics"/><pb/><emph type="italics"/>forza pe&longs;i grandis&longs;imi con i&longs;trumenti, & ingegni diuer&longs;i è principale of<lb/>ficio della Mechanica, come Bilancie, Stadere, Leue, Taglie, Cunei, Moli<lb/>nelli, Rote co' denti & &longs;enza, Viti d'ogni &longs;orte, Argani, Mangani, Triuel <lb/>le, & altri molti, i quali da que&longs;ti &longs;i compongono: & &longs;econdo Ari&longs;totele <lb/>tutti &longs;iriducono alla Leua, & al cerchio, & alla machina ritonda, laquale <lb/>quanto è maggiore, tanto più velocemente &longs;i moue. </s>

<s id="id.2.1.15.9.0">L'arte del fortificare <lb/>le piazze, & i &longs;iti, & del difendergli, laquale acconciamente &longs;i puote chia <lb/>mare Architettur a militare, è pro&longs;es&longs;ione Mechanica: peroche per via di <lb/>Cortine, & di Baloardi, & d'altri ripari, qua&longs;i con ma<gap/>hine, & i&longs;tr umen<lb/>ti s'ingegna l'huomo con po hi &longs;oldati di ributtarne in dietro molti, & <lb/>mantener&longs;i con vantaggio. </s>

<s id="id.2.1.15.10.0">Il fabricare, & adoprare oltre à c<gap/>ò gli i&longs;tru <lb/>menti da guerra è proprio dono di que&longs;ta &longs;cienza, come Bali&longs;te, ò Bale&longs;tre, <lb/>Catapulte, Scorpioni, Fionde, & &longs;imili, che da lontano gittano foco, & &longs;aßi, <lb/>& ma&longs;&longs;e di ferro pe&longs;anti dugento cinquanta, & più libre, & Moli da <lb/>molino &longs;econdo Silio Italico, & Vitruuio, per di&longs;tanza di for&longs;e<emph.end type="italics"/> 300. <emph type="italics"/>pas&longs;i <lb/>à mi&longs;ura con ruin &longs;o colpo; & &longs;aette, & verettoni, & falariche grandi <lb/>à gui&longs;a di traui: & quelli che percoteudno con l'vrto da pre&longs;&longs;o, come Arie <lb/>ti, Onagri, Te&longs;tugini, & &longs;imili; & in altri v&longs;i, come <expan abbr="Sãbuche">Sambuche</expan>, Corui, Mani <lb/>di ferro, & gli altri maritimi, & Angoni, Monangoni, Tollenoni, &longs;cale &longs;no<lb/>date, ponti, torri mobili, & &longs;imili difici antichi, i quali &longs;ono &longs;tati poi ri <lb/>fiutati, &longs;uccedendo in &longs;uo luogo le Artiglierie, da e&longs;&longs;ere anch'e&longs;&longs;e ordinate <lb/>nell' ampiezza della con&longs;ideratione Mechanica, facendo elle còn sì poca mæ <lb/>teria acce&longs;a, tanto horribile perco&longs;&longs;a.<emph.end type="italics"/></s>

<s id="id.2.1.16.1.0"><emph type="italics"/>Que&longs;ta &longs;cienza, che fuor di quanto &longs;i è detto, abbraccia innumerab ili <lb/>altri v&longs;i, & diletteuoli, & nece&longs;&longs;ari à mortali, in diuer&longs;i tempi hebbe in <lb/>&longs;orte vari &longs;tati, per ri&longs;petto à gli artefici, che la e&longs;ercitarono: peroche, <lb/>di là cominciando, ne gli antichis&longs;imi &longs;ecoli, che pa&longs;&longs;arono auanti la guer <lb/>ra di Troia vi&longs;&longs;e Dedalo Athenie&longs;e gran mae&longs;tro di Mechanica, ilquale <lb/>trouò il primiero la &longs;ega, l'a&longs;cia, il piombino da torre le diritture, la tri<lb/>uella, l'albero, l'antenna, la vela, & altri or digni: di&longs;egnò in Creta poi <lb/>quell'intricato labirinto, & alla fine gli conuenne fabricare per &longs;e, & per <lb/>Icaro &longs;uo figlio due paia d'ali, & volar&longs;ene via per l'aere à gui&longs;a d'au<lb/>gelli, come cantano i Poeti.<emph.end type="italics"/></s>

<s id="id.2.1.17.1.0"><emph type="italics"/>Nella fabrica del tempio di Salomone, che fu la maggiore per grandez <lb/>za, per mae&longs;tria d' Architettura, & ornamento, di quanie ne &longs;iano &longs;tate <lb/>fatte giamai; & delle piramidi, & di tanti altri difici di quei &longs;eco'i, che <lb/>hanno riempito il mondo di &longs;tupore, egli &longs;i può credere, che interueni&longs;&longs;ero<emph.end type="italics"/><pb/><emph type="italics"/>eccellenti Mechanici, per leuare in alto le pietre &longs;mi&longs;urate, & per altre <lb/>opere, lequali à condurgli à fine &longs;i ricercauano. </s>

<s id="id.2.1.17.2.0">Nacquero dapoi Eudo&longs; <lb/>&longs;o, & Archita Tarentino, ambidue valenti ingegnieri; & di Archita &longs;i <lb/>legge, che lauorò di legno vna colomba con tanta mae&longs;tria temperata, & <lb/>gonfiata, che da &longs;e volaua per l'aria à gui&longs;a di viua colomba. </s>

<s id="id.2.1.17.3.0">Seguì co<lb/>&longs;toro il Filo&longs;ofo Ari&longs;totele, ilquale certe poche, ma bellis&longs;ime que&longs;tioni Me<lb/>chaniche, la&longs;ciò &longs;critte. </s>

<s id="id.2.1.17.5.0">Que&longs;to Rè cominciò <lb/>ad aumentare la Mechanica in qualche honore. </s>

<s id="id.2.1.17.6.0">Ma Archimede, che fù <lb/>il megliore artefice di quanti fecero giamai &que;&longs;ta profes&longs;ione innanzi, & <lb/>dopo lui, & qua&longs;i vn lume, che poi ha illu&longs;trato tutto il mondo, accrebbe <lb/>in colmo la riputatione della Mechanica, & di pouera arte, & vile, che pri<lb/>ma era, come vuole Plutarco nella vita di Marcello, nel numero delle arti <lb/>nobili, & pregiate alla militia pertinenti la ripo&longs;e. </s>

<s id="id.2.1.17.6.0">Ma Archimede, che fù <lb/>il megliore artefice di quanti fecero giamai que&longs;ta profes&longs;ione innanzi, & <lb/>dopo lui, & qua&longs;i vn lume, che poi ha illu&longs;trato tutto il mondo, accrebbe <lb/>in colmo la riputatione della Mechanica, & di pouera arte, & vile, che pri <lb/>ma era, come vuole Plutarco nella vita di Marcello, nel numero delle arti <lb/>nobili, & pregiate alla militia pertinenti la ripo&longs;e. </s>

<s id="id.2.1.17.7.0">Imperoche combat<lb/>tendo Marcello Siracu&longs;a patria &longs;ua per mare, & per terra con grande <lb/>ho&longs;te di Romani, egli co'&longs;uoi diuer&longs;i ingegni, & machine differenti, ribut<lb/>tò &longs;empre gli sforzi, con graue lor danno, & vergogna; come Liuio, Plutar<lb/>co, & altri nominando i difici che v&longs;aua, diffu&longs;amente raccontano. </s>

<s id="id.2.1.17.8.0">Per<lb/>cioche quando Marcello s'auicinaua aile muraglie per conqui&longs;tar le con la <lb/>Sambuca, il buon Archimede co'l Tollenone, & con le mani di ferro la al<lb/>zaua di pe&longs;o in aere, & poi &longs;nodando &que;gli vncini &longs;uoi, la faceua cadere <lb/>da alto, in mare &longs;ommergendola; il mede&longs;imo effetto adoprando contra gli <lb/>altri nauili, sì fattamente, che gli conuenne allontanare l'armata ben to<lb/>&longs;to dalle mura. </s>

<s id="id.2.1.17.7.0">Imperoche combat<lb/>tendo Marcello Sir acu&longs;a patria &longs;ua per mare, & per terra con grande <lb/>ho&longs;te di Romani, egli co'&longs;uoi diuer&longs;i ingegni, & machine differenti, ribut<lb/>tò &longs;empre gli sforzi, con graue lor danno, & vergogna; come Liuio, Plutar <lb/>co, & altri nominando i difici che v&longs;aua, diffu&longs;amente raccontano. </s>

<s id="id.2.1.17.9.0">Ne ce&longs;sò tuttauia d'infe&longs;tare il nemico: ma &longs;i come nota <lb/>Galeno nel terzo libro de' temperamenti, & Giouanni Zonara, & Tze&longs;es <lb/>confermano, allegando Diodoro, & Dione, compo&longs;e certi &longs;pecchi grandi <lb/>& concaui, &longs;econdo la proportione della di&longs;tanza di &que;i va&longs;elli dalla mu<lb/>raglia, & opponendogli à raggi del Sole in diritta linea qua&longs;i per miraco<lb/>lo, gli bru&longs;ciaua. </s>

<s id="id.2.1.17.8.0">Per<lb/>cioche quando Marcello s'auicinaua aile muraglie per conqui&longs;tar le con la <lb/>Sambuca, il buon Archimede co'l Tollenone, & con le mani di ferro la al<lb/>zaua di pe&longs;o in aere, & poi &longs;nodando quegli vncini &longs;uoi, la faceua cadere <lb/>da alto, in mare &longs;ommergendola; il mede&longs;imo effetto adoprando eontra gli <lb/>altri nauili, sì fattamente, che gli conuenne allontanare l'armata ben to <lb/>&longs;to dalle mura. </s>

<s id="id.2.1.17.9.0">Ne ce&longs;sò tuttauia d'infe&longs;tare il nemico: ma &longs;i come nota <lb/>Galeno nel terzo libro de' temper amenti, & Giouanni Zonara, & Tze&longs;es <lb/>confermano, allegando Diodoro, & Dione, compo&longs;e certi &longs;pecchi grandi <lb/>& concaui, &longs;econdo la proportione della di&longs;t anza di quei va&longs;elli dalla mu<lb/>raglia, & opponendogli à raggi del Sole in diritta linea qua&longs;i per miraco<lb/>lo, gli bru&longs;ciaua. </s>

<s id="id.2.1.17.10.0">Dalla parte della terra &longs;imilmente offendeua gli aduer<lb/>&longs;ari con arme diuer&longs;e da gittare. </s>

<s id="id.2.1.17.11.0">Per laqual co&longs;a nè in mare, nè in terra <lb/>da gl'ingegni di &que;ll'eccellente Mechanico &longs;i poteua egli &longs;chermire, nuoui <lb/>ripari, & horribili offe&longs;e apparecchiando &longs;empre. </s>

<s id="id.2.1.17.11.0">Per laqual co&longs;a nè in mare, nè in terra <lb/>da gl'ingegni di quell'eccellente Mechanico &longs;i poteua egli &longs;chermire, nuoui <lb/>ripari, & horribili offe&longs;e apparecchiando &longs;empre. </s>

<s id="id.2.1.17.12.0">Pappo Ale&longs;&longs;andrino <emph.end type="italics"/><pb xlink:href="037/01/007.jpg"/><emph type="italics"/>allega il quarante&longs;imo trouato di Archimede, per dichiarare, che almeno <lb/>i &longs;uoi difici al numero di quaranta a&longs;cendeuano. </s>

<s id="id.2.1.17.13.0">La onde Marcello, veg<lb/>gendo, che niuno profitto apportauano all'impre&longs;a gli a&longs;&longs;alti &longs;uoi, & che <lb/>erano vn mettere le genti ad euidente pericolo, per cagione di &que;l &longs;olo <lb/>valoro&longs;o vecchio, gli nac&que; vna tal opinione, & à tutto l'e&longs;ercito, che da <lb/>po&longs;&longs;anza diuina fo&longs;&longs;e gouernato in &que;lla dife&longs;a, & mutò la ragione del <lb/>guerreggiare, dando&longs;i all'aßedio, & al vietare &longs;trettißimamente le vitto<lb/>uaglie a &que;lla città. <emph.end type="italics"/></s>

<s id="id.2.1.17.12.0">Pappo Ale&longs;&longs;andrino<emph.end type="italics"/><pb/><emph type="italics"/>allega il quar ante&longs;imo trouato <gap/> Archimode, per dichiarare, che almeno <lb/>i &longs;uoi difici al numero di quaranta a&longs;cendeuano. </s>

<s id="id.2.1.18.1.0"><emph type="italics"/>Que&longs;te furono le cagioni, che la Mechanica &longs;alì in tanta gloria, & che <lb/>i Romani le a&longs;&longs;egnarono dapoi grado honoreuolißimo ne gli e&longs;erciti lo<lb/>ro, come &longs;i legge nel primo libro della guerra ciuile, che Ce&longs;are &longs;e prigione <lb/>il Capitano de' fabri di Pompeio, nomato Magio Cremona, & Vitruuio fu <lb/>Capitano delle Bali&longs;te di Ce&longs;are Augu&longs;to, che &longs;arebbe nella militia moder<lb/>na, come Capitano generale dell' artiglieria. </s>

<s id="id.2.1.18.2.0">La qual gloria &longs;ucceßiua<lb/>mente le fu mantenuta poi da molti dottißimi &longs;crittori, & mae&longs;tri di <lb/>Mechanica, come da Cte&longs;ibio Ale&longs;&longs;andrino, da Herone Ale&longs;&longs;andrino, da <lb/>un'altro Herone, da Ateneo, da Bione, da Pappo Ale&longs;&longs;andrino, che allega <lb/>Carpo di Antiochia, da Eliodoro, da Oriba&longs;io, & da altri Greci, i quali fio<lb/>rirono in diuer&longs;i tempi, in&longs;egnando la ragione, la mi&longs;ura, & l'v&longs;o de gli <lb/>i&longs;trumenti bellico&longs;i non &longs;olo, ma di tutti gli altri, che le pertengono. </s>

<s id="id.2.1.17.13.0">La onde Marcello, veg<lb/>gendo, che niuno profitto apportauano all'impre&longs;a gli a&longs;&longs;alti &longs;uoi, & che <lb/>erano vn mettere le genti ad euidente pericolo, per cagione di quel &longs;olo <lb/>valoro&longs;o vecchio, gli nacque vna tal opinione, & à tutto l'e&longs;ercito, che da <lb/>po&longs;&longs;anza diuina fo&longs;&longs;e gouernato in quella dife&longs;a, & mutò la ragione del <lb/>guerreggiare, dando&longs;i all'aßedio, & al vietare &longs;tret tißimamente le vitto<lb/>uaglie a quella città.<emph.end type="italics"/></s>

<s id="id.2.1.18.3.0">Fra <lb/>Latini antichi Varrone &longs;cri&longs;&longs;e dell' Architettura, & per con&longs;eguente douet<lb/>te anco far mentione della Mechanica: & Vitruuio, & Vegetio, & qual<lb/>che altro hanno fauellato d'intorno alla fabrica delle machine militari, <lb/>& da mouer pe&longs;i, & aiutato à con&longs;eruare fra gli huomini viua la digni<lb/>tà della Mechanica. <emph.end type="italics"/></s>

<s id="id.2.1.19.1.0"><emph type="italics"/>Ma ruinando l'Imperio di Romani, & &longs;uccedendo i barbari in Italia, <lb/>in Grecia, in Egitto, & in ogni contrada, oue &longs;i e&longs;ercita&longs;&longs;ero le buone lette<lb/>re, caddero mi&longs;erabilmente, & &longs;i perderono qua&longs;i del tutto le &longs;cienze, & in <lb/>&longs;pecialità re&longs;tò la Mechanica lunghißimo tempo negletta, non cono&longs;cen<lb/>do&longs;i in guerra altri difici, che Bricole, Trabucchi, Mangani, Martinelli, & <lb/>certi i&longs;trumenti tali, finche &longs;ouragiun&longs;e l'artiglieria, laquale à poco à po<lb/>co gli &longs;e di&longs;u&longs;are à fatto: & di &que;lla parte altre&longs;i della Mechanica, laqua<lb/>le s'adopra al mouer pe&longs;i, ben picciolo intendimento rima&longs;e. </s>

<s id="id.2.1.19.2.0">Vera co&longs;a è, <lb/>che &longs;embra da vn tempo in quà le arti, & le dottrine più nobili, come le <lb/>belle lettere appellate humane, la Filo&longs;ofia, la Medicina, l'A&longs;trologia, l'A<lb/>rithmetica con la Mu&longs;ica, la Geometria, l'Architettura, la Scoltura, la Pit<lb/>tura con molte altre: & &longs;pecialmente la Mechanica e&longs;&longs;ere dalle o&longs;cure te<emph.end type="italics"/><pb xlink:href="037/01/008.jpg"/><emph type="italics"/>nebre, oue giaccuano &longs;epolte, alla chiara luce ri&longs;u&longs;citate: Percioche ri<lb/>&longs;tringendomi alle Mechaniche Giordano, che &longs;cri&longs;&longs;e de' pe&longs;i, la incominciò <lb/>à &longs;olleuare alquanto, & poi Leon Batti&longs;ta Alberti nella &longs;ua Architettu<lb/>ra: il Tartaglia aper&longs;e anco la via à molte &longs;peculationi Mechaniche: Vitto <lb/>rio Fau&longs;to nell' Arzanà di Venetia mo&longs;trò d'e&longs;&longs;ere buon Mechanico: Mon<lb/>&longs;ig. Reuerendiß. barbaro eletto d' Aquileia ne' Commentari del decimo di <lb/>Vitruuio nominò gli i&longs;trumenti da mouer pe&longs;i: Georgio Agricola nel &longs;e&longs;to <lb/>de' Metalli raccol&longs;e a&longs;&longs;ai machine da leuar pe&longs;i, & qualche d'vn'altro: & <lb/>

<expan abbr="noauam&etilde;te">nuouamente</expan> l'Autore di &que;&longs;t'opera, ilquale ben d'altra maniera in ciò pro<lb/>cedette, che gli autori nominati, peroche con ordine ammirabile, & con <lb/>vere, & certe ragioni ha in&longs;egnato &longs;olo fra Latini ottimamente &que;&longs;ta <lb/>&longs;cienza tutta da mouer pe&longs;i. <emph.end type="italics"/></s>

<s id="id.2.1.18.2.0">La qual gloria &longs;ucceßiua<lb/>mente le fu mantenuta poi da molti dottißimi &longs;crittori, & mae&longs;tri di <lb/>Mechani a, come da Cte&longs;ibio Ale&longs;&longs;andrino, da Herone Ale&longs;&longs;andrino, da <lb/>un'altro Herone, da Ateneo, da Bione, da Pappo Ale&longs;&longs;andrino, che allega <lb/>Carpo di Antiochia, da Eliodoro, da Oriba&longs;io, & da altri Greci, i quali fio <lb/>rirono in diuer&longs;i tempi, in&longs;egnando la ragione, la mi&longs;ura, & l'v&longs;o de gli <lb/>i&longs;trumenti bellico&longs;i non &longs;olo, ma di tutti gli altri, che le pertengono. </s>

<s id="id.2.1.20.1.0"><emph type="italics"/>Ma &longs;i come i moderni da me ricordati, & principalmente l'Autore del <lb/>pre&longs;ente libro hanno ornata & e&longs;altata la Mechanica con le parole, & co i <lb/>volumi; co&longs;i V. S. Illu&longs;triß. l'hà celebrata, & magnificata co' di&longs;cor&longs;i, & <lb/>con le operationi i&longs;te&longs;&longs;e, & co' fatti re&longs;a famigliare, & dome&longs;tica, diuer&longs;e <lb/>machine fabricando con profondißima dottrina, & facendone e&longs;perten<lb/>ze nel mouere qualun&que; gran pe&longs;o, di cui &longs;i po&longs;&longs;a l'huomo in ogni bi&longs;ogno <lb/>&longs;eruire. </s>

<s id="id.2.1.20.3.0">Talche ben &longs;i puote con verità affermare, che per vna parte e&longs;&longs;a, <lb/>& l'Autore di &que;&longs;ti trattati per l'altra, habbiate alla Mechanica il pri&longs;ti<lb/>no honore re&longs;tituito, che da i tempi antichi in quà le cra &longs;marrito. <emph.end type="italics"/></s>

<s id="id.2.1.18.3.0">Fra <lb/>Latini antichi Varrone &longs;cri&longs;&longs;e dell' Architettura, & per con&longs;eguente douet <lb/>te anco far mentione della Mechanica: & Vitruuio, & Vegetio, & qual<lb/>che altro hanno fauellato d'intorno alla fabrica delle machine militari, <lb/>& da mouer pe&longs;i, & aiutato à con&longs;eruare fra gli huomini viua la digni<lb/>tà della Mechanica.<emph.end type="italics"/></s>

<s id="id.2.1.21.1.0"><emph type="italics"/>Sono &longs;or&longs;e quaranta anni già &longs;cor&longs;i, che per i&longs;cherzare con Nicolò Tar<lb/>taglia, per&longs;ona à &longs;uoi tempi molto &longs;timata in &que;&longs;ta profeßone, & che &longs;i <lb/>dilettaua di andare &longs;oluendo &que;&longs;tioni &longs;ottili di Mechanica, & di Mathe<lb/>matica, & ne' &longs;uoi dialoghi introduceua à fauellare per&longs;onaggi grandi: <lb/>& alcuna fiata gli faceua dire qualche co&longs;a, di cui eßi prendeuano onta, <lb/>V. S. Illu&longs;triß. gliene propo&longs;e for&longs;e quaranta Mechaniche qua&longs;i tutte, & <lb/>difficili: alcune delle quali egli prouò di &longs;oluere, delle altre &longs;i &longs;cusò con di<lb/>re, che à cia&longs;cheduna di loro &longs;arebbe &longs;tato me&longs;tieri vn volume intero, co<lb/>me &longs;i legge ne' &longs;uoi libri &longs;tampati della noua &longs;cientia. <emph.end type="italics"/></s>

<s id="id.2.1.22.1.0"><emph type="italics"/>Hor non è punto di marauiglia, che ella habbia penetrato con l'inten<lb/>dimento <expan abbr="tãto">tanto</expan> dentro, & &longs;aputo co&longs;i bene operare nelle Mechaniche, & &longs;ia <lb/>fatta padrona in tutto dell'arte del fortificare i &longs;iti, & d'ogni altra parte <lb/>della militia: peroche fu dall'ottimo &longs;uo padre alleuata in compagnia di <lb/>huomini &longs;cientiati, & d'alio affare, tra quali fu vn tempo Con&longs;tantino <lb/>La&longs;cari nobilißimo huomo Greco, & pieno di dottrina, da cui &longs;ucceßi<lb/>uamente imparò, oltra le altre lettere, Arithmetica, Geometria, A&longs;tro<emph.end type="italics"/><pb xlink:href="037/01/009.jpg"/><emph type="italics"/>logia, Geografia; à ài&longs;egnare, & lauorare manualmente in me&longs;tieri diuer<lb/>&longs;i; à caualcare, à maneggiare le arme, à tirare d'archibugio, & d'artiglie<lb/>ria, & à <expan abbr="cõporre">comporre</expan> fochi artificiati, & l'arte per eccellenza detta del bom<lb/>bardiero; à viuere &longs;obriamente, & le fatiche tolerare al caldo, al freddo, <lb/>& ad ogni di&longs;agio, co&longs;e tutte, che di&longs;pongono l'animo, & indurano il corpo <lb/>alla militia. </s>

<s id="id.2.1.19.1.0"><emph type="italics"/>Ma ruinando l'Imperio di Romani, & &longs;uccedendo i barbari in Italia, <lb/>in Grecia, in Egitto, & in ogni contrada, oue &longs;i e&longs;er cita&longs;&longs;ero le buone lette <lb/>re, caddero mi&longs;erabilmente, & &longs;i perderono qua&longs;i del tutto le &longs;cienze, & in <lb/>&longs;pecialità re&longs;tò la Mechanica lunghißimo tempo negletta, non cono&longs;cen<lb/>do&longs;i in guerra altri difici, che Bricole, Trabucchi, Mangani, Martinelli, & <lb/>certi i&longs;trumenti tali, finche &longs;ouragiun&longs;e l'artiglieria, laquale à poco à po<lb/>co gli fe di&longs;u&longs;are à fatto: & di quella parte altre&longs;i della Mechanica, laqua <lb/>le s'adopra al mouer pe&longs;i, ben picciolo intendimento rima&longs;e. </s>

<s id="id.2.1.22.2.0">Giunta poi all' età di &longs;edici anni, fu inutata con dodici caual<lb/>li qua&longs;i tutti Turchi, & con prouedimento conueneuole di denari à vede<lb/>re tutta &que;lla guerra, che pa&longs;sò in Italia dalla pre&longs;ura del Rè France&longs;co <lb/>Primo di Francia, fin alla pace generale, che &longs;eguì l'anno<emph.end type="italics"/> 1529. </s>

<s id="N10305"><emph type="italics"/>Nella<lb/>quale interuennero qua&longs;i tutti i mouimenti militari, che &longs;i po&longs;&longs;ano ima<lb/>ginare, sì per gli e&longs;erciti grandi, che erano à fronte l'vn contra l'altro, sì <lb/>per la qualità, & quantità delle impre&longs;e fatte, & per mille altri acciden<lb/>ti importantißimi, & &longs;tratagemi auenuti, & sì principalmente; percio<lb/>che nell'vn campo, & l'altro in varie &longs;tagioni militarono i primi guer<lb/>rieri del mondo, & in gran numero, i quali con prudenza, a&longs;tutia, & <lb/>brauura contendeuano à gara, & per honore di &longs;oura&longs;tare, & e&longs;&longs;ere vinci <lb/>tori. </s>

<s id="id.2.1.19.2.0">Vera co&longs;a è, <lb/>che &longs;embra da vn tempo in quà le arti, & le dottrine più nobili, come le <lb/>belle lettere appellate humane, la Filo&longs;ofia, la Medicina, l'A&longs;trologia, l'A<lb/>rithmetica con la Mu&longs;ica, la Geometria, l'Architettura, la Scoltura, la Pit <lb/>tura con molte altre: & &longs;pecialmente la Mechanica e&longs;&longs;ere dalle o&longs;cure te-<emph.end type="italics"/><pb/><emph type="italics"/>nebre, oue giaccudno &longs;epolte, alla thiara luce ri&longs;u&longs;citate: Percioche ri<lb/>&longs;tringendomi alle Mechaniche Giordano, che &longs;<gap/>ri&longs;&longs;e de' pe&longs;i, la incominciò <lb/>à &longs;olleuare alquanto, & poi Leon Batti&longs;ta Alberti nella &longs;ua Architettu<lb/>ra: il Tartaglia aper&longs;e anco la via à molte &longs;peculationi Mechaniche: Vitto <lb/>rio Fau&longs;to nell' Arzanà di Vene<gap/>ia m<gap/>&longs;trò d'e&longs;&longs;ere buon Mechanico: Mon<lb/>&longs;ig. </s>

<s id="id.2.1.22.3.0">Et veramente chi ben con&longs;idera, fin da i tempi antichi, rarißime vol<lb/>te è &longs;tato con numero maggiore di Capitani famo&longs;i, ò con più copia d'im<lb/>pre&longs;e grandi guerreggiato, che in &que;gli anni: Peroche furono fatti prigio<lb/>ni due de' maggiori Prencipi del mondo, &longs;i a&longs;&longs;ediò Milano, & per forza fu<lb/>rono pre&longs;e tre città, Roma, Cremona, & Pauia; &longs;i videro più fatti d'ar<lb/>me, & gli e&longs;erciti &longs;i andarono per&longs;eguitando da Milano à Roma; &longs;i che Pia<lb/>cenza, Parma, Bologna, & Fiorenza guardaròn&longs;i dalle armi nemiche. <emph.end type="italics"/></s>

<s id="id.2.1.23.1.0"><emph type="italics"/>Nello &longs;plendore dun&que; della &longs;cola del Duca France&longs;co Maria d'Vrbino, <lb/>ilquale era Capitano generale della Lega, & di &que;gli altri valentißimi <lb/>Capitani, andaua V. S. Illu&longs;triß. come di &longs;ua libertà, & benißimo à ca<lb/>uallo, con chi le piaceua, & &longs;i trouaua à &que;lle fattioni, che volea, &longs;eguen<lb/>do le più volte il Sig. Giouanni de' Medici, & Paulo Luzza&longs;co, che erano <lb/>&longs;empre de&longs;ti, & arditi, & come l'occhio dell'e&longs;ercito. </s>

<s id="id.2.1.19.3.0">Reuerendi&longs;s. </s>

<s id="id.2.1.23.4.0">Quì non è mia in<lb/>tentione di narrare gli auenimenti di &que;lla guerra, ma &longs;i bene di auerti<lb/>re, che chi la vide, & appre&longs;e da buon &longs;enno i &longs;uoi moti; & &longs;eppe manda<lb/>re à memoria &que;i &longs;atti marauiglio&longs;i, ben puote meritamente vantar&longs;i <lb/>di hauer mirato ca&longs;i memorabili, i quali nè anche in migliata d'anni &longs;o<lb/>gliono accadere; come ella, che e&longs;&longs;endo giouine di viuace &longs;pirito, & am<lb/>mae&longs;trata nelle arti nece&longs;&longs;arie al &longs;oldato, & volentero&longs;ißima d'imparare, <lb/>hebbe opportuna occa&longs;ione di far&longs;i prattica dell'ordinare, dell'e&longs;ercitare, <lb/>del far marciare in battaglia, dell'alloggiare in campagna gli e&longs;erciti &longs;i<emph.end type="italics"/><pb xlink:href="037/01/010.jpg"/><emph type="italics"/>curamente: & del pre&longs;entare al nemico il fatto d'arme con vantaggio: <lb/>Del fortificare, & difendere i &longs;iti, & offenderli con le mine, con le trin<lb/>cee, con le artiglierie, con gli a&longs;&longs;alti, & con tutti gli altri sforzi; & d'o<lb/>gni parte della militare &longs;cienza. <emph.end type="italics"/></s>

<s id="id.2.1.24.1.0"><emph type="italics"/>Ritornati in pace i Prencipi Chri&longs;tiani, &longs;i dedicò al &longs;eruigio de' Sereniß. <lb/>&longs;uoi Signori, oue ne i più importanti carichi, & maggiori, & in due guer<lb/>re haue e&longs;&longs;a aggiunto cinquanta anni di noua, & ottima &longs;eruitù all'an<lb/>tica di qua&longs;i dugento anni, continua, & fedeli&longs;s. fattagli da i &longs;uoi pre<lb/>dece&longs;&longs;ori Sauorgnani, fabricando nello &longs;patio di &que;&longs;to tempo in diuer&longs;e pro<lb/>uincie de' &longs;uoi &longs;tati pre&longs;&longs;o che cinquanta Baloardi, con eccellentißima ra<lb/>gione inte&longs;i, & con vero magi&longs;terio lauorati, & notabilißimo ri&longs;parmio <lb/>del publico danaro. <emph.end type="italics"/></s>

<s id="id.2.1.19.4.0">barbaro eletto d' Aquileia ne' Commentari del decimo di <lb/>Vitruuio nominò gli i&longs;trumenti da mouer pe&longs;i: Georgio Agricola nel &longs;e&longs;to <lb/>de' Metalli raccol&longs;e a&longs;&longs;ai machine da leuar pe&longs;i, & qualched'vn'altro: & <lb/>nuoua <expan abbr="m&etilde;te">mente</expan> l'Autoredi que&longs;t'opera, ilquale ben d'altra maniera in ciò pro <lb/>ce lette, che gli autori nominati, peroche con ordine ammir abile, & con <lb/>vere, & certe ragioni ha in&longs;egnato &longs;olo fra Latini ottimamente que&longs;tæ <lb/>&longs;cienza tutta da mouer pe&longs;i.<emph.end type="italics"/></s>

<s id="id.2.1.25.1.0"><emph type="italics"/>Ma per tornare alle Mechaniche dico, che quando gli anni pa&longs;&longs;ati io <lb/>venni à vi&longs;itarla ad O&longs;opo &longs;ua fortezza, &longs;entì &longs;ommo piacere in &longs;corgere <lb/>&que;l monte, che circonda più d'un miglio, &longs;ituato alla foce del fiume Ta<lb/>gliamento, oue dalle &longs;trettezze di &que;i gioghi s'allarga nelle pianure del <lb/>Friuli, d'ogn'intorno alto pre&longs;&longs;o che &longs;e&longs;&longs;anta paßi à mi&longs;ura, tutto di ma<lb/>cigno duro, & di&longs;co&longs;ce&longs;e, & erto sì, che rende la &longs;alita impoßibile fornito <lb/>attorno di baloardi cauati nel &longs;a&longs;&longs;o, & di molti tagli, & canoniere per <lb/>ferire gli aduer&longs;ari, & di artiglierie, & d'arme d'ogni &longs;orte à &longs;ufficienza, <lb/>da cui &longs;i hà vi&longs;ta di qua&longs;i tutto il Friuli, & è &longs;cudo, & riparo, come al<lb/>tra volta fù, contra l'empito delle genti nemiche, lequali in Italia tenta&longs;<lb/>&longs;ero di &longs;cendere da &que;lla parte; po&longs;to di co&longs;ta alla &longs;trada principale, che <lb/>conduce in Lamagna, per laqual vanno, & vengono Signori, & Principi, <lb/>& Amba&longs;ciadori, & infinite mercatantie; onde ella, che tiene &longs;empre le <lb/>guardie, & vedette sù &que;l monte, quando pa&longs;&longs;ano Signori principali, <lb/>hà per co&longs;tume di &longs;alutargli con le &longs;ue artiglierie, & conuitarg'i anco <lb/>nel &longs;uo alloggiamento d'O&longs;opo, oue tutto l'anno &longs;oggiorna, quantun&que; <lb/>habbia & Belgrado, & Aris, & Ca&longs;telnouo, & Sauorgnano, & villaggi <lb/>a&longs;&longs;ai: percioche l'aere vi è purißimo, & &longs;pende il &longs;uo tempo in ocio con ne<lb/>gocio, di continuo vi&longs;itata da Gentil'huomini, & Signori diuer&longs;i; talche la <lb/>&longs;ua ca&longs;a viene ad e&longs;&longs;ere vn ridotto di per&longs;one virtuo&longs;e, & vn'albergo di &longs;ol <lb/>dati, & di dottori. </s>

<s id="id.2.1.20.2.0">l'hà celebrata, & magnificata co' di&longs;cor&longs;i, & <lb/>con le operationi i&longs;te&longs;&longs;e, & co' fattire&longs;a famigliare, & dome&longs;tica, diuer&longs;e <lb/>machine fabricando con profondißima dottrina, & facendone e&longs;perten<lb/>ze nel mouere qualunque gran pe&longs;o, di cui &longs;i po&longs;&longs;a l'huomo in ogni bi&longs;ogno <lb/>&longs;eruire. </s>

<s id="id.2.1.20.3.0">Talche ben &longs;i puote con verità affermare, che per vna pa<gap/>te e&longs;&longs;a, <lb/>& l'Autore di que&longs;ti trattati per l'altra, habbiate alla Mechanica il pri&longs;ti <lb/>no honore re&longs;tituito, che da i tempi antichi in quà le cra &longs;marrito.<emph.end type="italics"/></s>

<s id="id.2.1.21.1.0"><emph type="italics"/>S<gap/>no &longs;or&longs;e quaran a anni gia &longs;cor&longs;i, che per i&longs;cherzare con Nicolò Tar <lb/>taglia, per&longs;ona à &longs;uoi tempi molto &longs;timata in que&longs;ta profeßone, & che &longs;i <lb/>dile ttaua di andare &longs;oluendo que&longs;tioni &longs;ottili di Mechanica, & di Mathe <lb/>matica, & ne' &longs;uoi dialoghi introduceua à fauellare per&longs;onaggi grandi: <lb/>& alcuna fiata gli faceua dire qualche co&longs;a, di cui eßi prendeuano onta, <lb/>V. S. Illu&longs;triß. </s>

<s id="id.2.1.21.2.0">gliene propo&longs;e for&longs;e quaranta Mechaniche qua&longs;i tu<gap/>te, & <lb/>difficili: alcune delle quali egli prouò di &longs;oluere, delle altre &longs;i &longs;cusò con di <lb/>re, che à cia&longs;cheduna di loro &longs;arebbe &longs;tato me&longs;tieri vn volume intero, co<lb/>me &longs;i legge ne' &longs;uoi lib i &longs;tampati della noua &longs;cientia.<emph.end type="italics"/></s>

<s id="id.2.1.22.1.0"><emph type="italics"/>Hor non è punto di marauiglia, che ella habbia penetrato con l'inten<lb/>dimento <expan abbr="tãto">tanto</expan> dentro, & &longs;aputo co&longs;i bene operare nelle Mechaniche, & &longs;ia <lb/>fatta padrona in tut<gap/>o dell'arte del fortificare i &longs;iti, & d'ogni altra parte <lb/>della militia: peroche fu dall'ottimo &longs;uo padre alleuata in compagnia di <lb/>huomini &longs;cientiati, & d'alio affare, tra quali fu vn tempo Con&longs;tantino <lb/>La&longs;cari nobilißimo huomo Greco, & piono di dottrina, da cui &longs;ucceßi<lb/>uamente imparò, oltra le altre lettere, Arithmetica, Geometria, A&longs;tro-<emph.end type="italics"/><pb/><emph type="italics"/>logia, Geogra&longs;ia; à ài&longs;egnare, & lauorare manualmente in me&longs;tieri diuer<lb/>&longs;i; à caualcare, à maneggiare le arme, à tirare d'archibugio, & d'artiglie <lb/>ria, & à <expan abbr="cõporre">comporre</expan> fochi artificiati, & l'arte per eccellenza detta del bom <lb/>bardiero; à viuere &longs;obriamente, & le fatiche rolerare al caldo, al freddo, <lb/>& ad ogni di&longs;agio, co&longs;e tutte, che di&longs;pongono l'animo, & indurano il corpo <lb/>alla militia. </s>

<s id="id.2.1.22.2.0">Giunta poi all' età di &longs;edici anni, fu inutata con dodici caual <lb/>li qua&longs;i tutti Turchi, & con prouedimento conuene<gap/>ole di denari à vede<lb/>re tutta quella guerra, che pa&longs;sò in Italia dalla pre&longs;ura del Rè France&longs;co <lb/>Primo di Francia, fin alla pace generale, che &longs;eguì l'anno<emph.end type="italics"/> 1529. <emph type="italics"/>Nella<lb/>quale interuennero qua&longs;i tutti i mouimenti militari, che &longs;i po&longs;&longs;ano ima<lb/>ginare, sì per gli e&longs;erciti grandi, che erano à front<gap/> l'vn contra l'altro, sì <lb/>per la qualità, & quantità delle impre&longs;e fatte, & per mille altri acciden <lb/>ti importantißimi, & &longs;tratagemi auenuti, & sì principalmente; percio<lb/>che nell'vn campo, & l'altro in varie &longs;tagioni militarono i primi guer<lb/>rieri del mondo, & in gran numero, i quali con prudenza, a&longs;tutia, & <lb/>brauura contendeuano à gara, & per honore di &longs;oura&longs;tare, & e&longs;&longs;ere vinci <lb/>tori. </s>

<s id="id.2.1.22.3.0">Et veramente chi ben con&longs;idera, fin da i tempi antichi, rarißime vol <lb/>te è &longs;tato con numero maggiore di Capitani famo&longs;i, ò con più copia d'im<lb/>pre&longs;e grandi guerreggiato, che in quegli anni: Peroche furono fatti prigio<lb/>ni due de' maggiori Prencipi del mondo, &longs;i a&longs;&longs;ediò Milano, & per forza fu<lb/>rono pre&longs;e tre città, Roma, Cremona, & Pauia; &longs;i videro più fatti d'ar<lb/>me, & gli e&longs;erciti &longs;i andarono per&longs;eguitando da Milano à Roma; &longs;i che Pia <lb/>cenza, Parma, Bologna, & Fiorenza guardaròn&longs;i dalle armi nemiche.<emph.end type="italics"/></s>

<s id="id.2.1.23.1.0"><emph type="italics"/>Nello &longs;plendore dunque della &longs;cola del Duca France&longs;co Maria d'V rbino, <lb/>ilquale era Capitano generale della Lega, & di quegli altri valentißim<gap/><lb/>Capitani, andaua V. S. Illu&longs;triß. </s>

<s id="id.2.1.23.2.0">come di &longs;ua libertà, & benißimo à ca<lb/>uallo, con chi le piaceua, & &longs;i trouaua à quelle fattioni, che volea, &longs;eguen <lb/>do le più volte il Sig. </s>

<s id="id.2.1.23.3.0">Giouanni de' Medici, & Paulo Luzza&longs;co, che erano <lb/>&longs;empre de&longs;ti, & arditi, & come l'occhio dell'e&longs;ercito. </s>

<s id="id.2.1.23.4.0">Quì non è mia in<lb/>tentione di narrare gli auenimenti di quella guerra, ma &longs;i bene di auerti <lb/>re, che chi la vide, & appre&longs;e da buon &longs;enno i &longs;uoi moti; & &longs;eppe manda<lb/>re à memoria quei &longs;atti marauiglio&longs;i, ben puote meritamente vantar&longs;i <lb/>di hauer mirato ca&longs;i memorabili, i quali nè anche in migliaia d'anni &longs;o<lb/>gliono accadere; come ella, che e&longs;&longs;endo giouine di viuace &longs;pirito, & am<lb/>mae&longs;trata nclle arti nece&longs;&longs;arie al&longs;oldato, & volentern&longs;ißima d'imparare, <lb/>hebbe opportu<gap/>a occa&longs;ione di far&longs;i prattica d<gap/>ll'ordinare, de<gap/>'e&longs;ercitare, <lb/>del far marciare in battaglia, dell'alloggiare in campagna gli e&longs;erciti &longs;i-<emph.end type="italics"/><pb/><emph type="italics"/>curamente: & del pre&longs;entare al nemico il fatto d'arme con vantaggio: <lb/>Del fortificare, & difendere i &longs;iti, & offenderli con le mine, con le trin<lb/>cee, con le artiglierie, con gli a&longs;&longs;alts, & con tutti gli altri sforzi; & d'o<lb/>gni parte della militare &longs;cienza.<emph.end type="italics"/></s>

<s id="id.2.1.24.2.0">fattagli da i &longs;uoi pre<lb/>dece&longs;&longs;ori Sauorgnani, fabricando nello &longs;patio di que&longs;to tempo in diuc<gap/>&longs;e pro <lb/>uincie de' &longs;uoi &longs;tati pre&longs;&longs;o che cinquanta Baloardi, con eccellentißima ra<lb/>gione inte&longs;i, & con vero magi&longs;terio lauorati, & notabilißimo ri&longs;parmio <lb/>del publico danaro.<emph.end type="italics"/></s>

<s id="id.2.1.25.1.0"><emph type="italics"/>Ma per tornare alle Mechaniche dico, che quando gli anni pa&longs;&longs;ati io <lb/>venni à vi&longs;itarla ad O&longs;opo &longs;ua fortezza, &longs;entì &longs;ommo piacere in &longs;corgere <lb/>quel monte, che circonda più d'un miglio, &longs;ituato alla foce del fiume Ta<lb/>gliamento, oue dalle &longs;trettezze di quei gioghi s'allarga nelle pianure del <lb/>Friuli, d'ogn'intorno alto pre&longs;&longs;o che &longs;e&longs;&longs;anta paßi à mi&longs;ura, tutto di ma<lb/>cigno duro, & di&longs;co&longs;ce&longs;e, & erto sì, che rende la &longs;alita impoßibile fornito <lb/>attorno di baloardi cauati nel &longs;a&longs;&longs;o, & di molti tagli, & canoniere per <lb/>ferire gli aduer&longs;ari, & di artiglierie, & d'arme d'ogni &longs;orte à &longs;ufficienza, <lb/>da cui &longs;i hà vi&longs;ta di qua&longs;i tutto il Friuli, & è &longs;cudo, & riparo, come al<lb/>tra volta fù, contra l'empito delle genti nemiche, lequali in Italia tenta&longs; <lb/>&longs;ero di &longs;cendere da quella parte; po&longs;to di co&longs;ta alla &longs;trada principale, che <lb/>conduce in Lamagna, per laqual vanno, & vengono Signori, & Principi, <lb/>& Amba&longs;ciadori, & infinite mercatantie; onde ella, che tiene &longs;empre le <lb/>guardie, & vedette sù quel monte, quando pa&longs;&longs;ano Signori principali, <lb/>hà per co&longs;tume di &longs;alutargli con le &longs;ue artiglierie, & conuitarg'i anco <lb/><gap/>el &longs;uo alloggiamento d'O&longs;opo, oue tutto l'anno &longs;oggiorna, quantunque <lb/>habbia & Belgrado, & Aris, & Ca&longs;telnouo, & Sauorgnano, & villaggi <lb/>a&longs;&longs;ai: percioche l'aere vi è purißimo, & &longs;pende il &longs;uo tempo in ocio con ne <lb/>gocio, di continuo vi&longs;itata da Gentil'huomini, & Signori diuer&longs;i; ta che la <lb/>&longs;ua ca&longs;a viene ad e&longs;&longs;ere vn ridotto di per&longs;one virtuo&longs;e, & vn'albergo di &longs;ol <lb/>dati, & di dottori. </s>

<s id="id.2.1.25.2.0">lui &longs;i caualca, tenendo ella vna &longs;talla piena di buoni&longs;<lb/>&longs;imi caualli, &longs;i armeggia, &longs;i và alla caccia, & in ogni attione &longs;i e&longs;ercita vi<lb/>ta cauallere&longs;ca. </s>

<s id="id.2.1.25.3.0">Oltre à quanto hò diui&longs;ato, pre&longs;i anco diletto in vedere la <lb/>&longs;ua habitatione e&longs;&longs;ere à gui&longs;a d'vna bottega d'arme politamente à &longs;uoi <lb/>luoghi &longs;erbate: & vn magazino di machine bellico&longs;e, & da mouer pe&longs;i,<emph.end type="italics"/><pb xlink:href="037/01/011.jpg"/><emph type="italics"/>hauendone ella fabricate di &longs;ua indu&longs;tria for&longs;e dodici di maniere differen<lb/>ti, parte da &longs;tra&longs;cinare, & parte da alzare con pochißima forza &longs;mi&longs;u<lb/>rati pe&longs;i: come &que;lla, che hà vna &longs;ola rota co' denti, & ali'erta tira cin<lb/>&que; de' &longs;uoi canoni con la po&longs;&longs;anza di Grada&longs;&longs;o &longs;uo Nano: & &que;ll'altra, la<lb/>quale con vna oncia di forza &longs;ola, po&longs;ta nel manico, che la volge, dà il me<lb/>to à quattordici mila libre di pe&longs;o: che &longs;e al detto manico &longs;i attribui&longs;ce <lb/>la forza, che comunalmente haue l'huomo con la mano, cioè libre cinquan<lb/>ta, egli è manife&longs;to la predetta machina hauere po&longs;&longs;anza di mouere, co&longs;a <lb/>incredibile, molto più di otto millioni di libre. </s>

<s id="id.2.1.25.3.0">Oltre à quanto hò diui&longs;ato, pre&longs;i anco diletto in vedere la <lb/>&longs;ua habitatione e&longs;&longs;ere à gui&longs;a d'vna bottega d'arme politamente à &longs;uoi <lb/>luoghi &longs;erbate: & vn magazino di machine bellico&longs;e, & da mouer pe&longs;i,<emph.end type="italics"/><pb/><emph type="italics"/>hauendone ella fabricate di &longs;ua indu&longs;tria for&longs;e dodici di maniere differen <lb/>ti, parte da &longs;tra &longs;cinare, & parte da alzare con pochißima forza &longs;mi&longs;u<lb/>rati pe&longs;i: come quella, che hà vna &longs;ola rota co' denti, & ali'erta tira cin<lb/>que de' &longs;uoi canoni con la po&longs;&longs;anza di Grada&longs;&longs;o &longs;uo Nano: & quell'altra, la <lb/>quale con vna oncia di forza &longs;ola, po&longs;ta nel manico, che la volge, dà il me <lb/>to à quattordici mila libre di pe&longs;o: che &longs;e al detto manico &longs;i attribui&longs;ce <lb/>la forza, che comunalmente haue l'huomo con la mano, cioè libre cinquan <lb/>ta, egli è manife&longs;to la predetta machina hauere po&longs;&longs;anza di mouere, co&longs;a <lb/>incredibile, molto più di otto millioni di libre. </s>

<s id="id.2.1.25.4.0">Que&longs;te machine portabi<lb/>li da vn mulo, & alcune anche da vn'huomo &longs;ono à diuer&longs;i affari nece&longs;&longs;a<lb/>rijßime, & maßimamente à maneggiare, & condurrei pezzi großi del<lb/>l'artiglieria. </s>

<s id="id.2.1.25.5.0">& per certo &longs;e l'anno<emph.end type="italics"/> 1529. <emph type="italics"/>il Conte di San Polo Capitano <lb/>France&longs;e nel ritirar&longs;i dall'a&longs;&longs;edio di Milano inuer&longs;o Piemonte con l'e&longs;er<lb/>cito, & con l'artiglieria, haue&longs;&longs;e portato &longs;eco vno de' minimi i&longs;trumenti <lb/>d'O&longs;opo, non &longs;arebbe &longs;cor&longs;o in &que;llo &longs;tremo infortunio, percioche in mar<lb/>ciando fu da vn graue canone rotto il ponte, che trauer&longs;aua il fo&longs;&longs;o della <lb/>&longs;trada, & il pezzo cadè nel fango. </s>

<s id="id.2.1.25.6.0">Onde formoßi il campo per non la<lb/>&longs;ciarlo à dietro, & non hauendo ingegno da cauarlo fuori, &longs;i con&longs;umò tan<lb/>to tempo, che &longs;opragiun&longs;e Antonio da Leua con le &longs;ue genti, & ritrouan<lb/>do l'e&longs;&longs;ercito nemico &longs;eparato, & in &que;l di&longs;ordine, lo mi&longs;e in rotta, & fè <lb/>preda delle bagaglie, delle artiglierie, & del Capitano mede&longs;mo. </s>

<s id="id.2.1.25.7.0">Non hà <lb/>troppo tempo, che il Duca France&longs;co di Gui&longs;a, allhor che di Francia guidò <lb/>l'e&longs;ercito in Abruzzo, douendo partire, volle &longs;piegare prima la fanteria, <lb/>& cauælleria &longs;ua in ordinanza à fronte del nemico, qua&longs;i à battaglia sfi<lb/>dandolo; ma poi nel ritorno &longs;caualco&longs;si vn pezzo d'artiglieria, & s'arre<lb/>&longs;tò tutta la ma&longs;&longs;a delle genti, & &que;i Prencipi France&longs;i &longs;montati da ca<lb/>uallo, penarono buona pezza auanti, che lo ripone&longs;&longs;ero &longs;u le rote, con ri&longs;chio <lb/>di patir danno da gli aduer&longs;ari, che haue&longs;&longs;ero con &que;lla occa&longs;ione &longs;pinto <lb/>innanzi. </s>

<s id="id.2.1.25.5.0">& per certo &longs;e l'anno<emph.end type="italics"/> 1529. <emph type="italics"/>il Conte di San Polo Capitano <lb/>France&longs;e nel ritirar&longs;i dall'a&longs;&longs;edio di Milano inuer&longs;o Piemonte con l'e&longs;er<lb/>cito, & con l'artiglieria, haue&longs;&longs;e portato &longs;eco vno de' minimi i&longs;trumenti <lb/>d'O&longs;opo, non &longs;arcbbe &longs;cor&longs;o in quello &longs;tremo infortunio, percioche in mar <lb/>ciando fu da vn graue canone rotto il ponte, che trauer&longs;aua il &longs;o&longs;&longs;o della <lb/>&longs;trada, & il pezzo cadè nel fango. </s>

<s id="id.2.1.25.8.0">Di &que;&longs;ti e&longs;empi non mancano per l'hi&longs;torie. <emph.end type="italics"/></s>

<s id="id.2.1.26.1.0"><emph type="italics"/>Hora che è pace V. S. Illu&longs;triß. è andata inue&longs;tigando per &longs;uo diporto <lb/>molte, & varie &longs;orti di ordigni da mouer pe&longs;i, affine di valer&longs;ene nelle <lb/>fabriche, & nell'argine di pietre, che fa per ritenere l'impeto del Taglia<lb/>mento, che non gua&longs;ti i colti di O&longs;opo, & per douer&longs;ene anco &longs;eruire, quan<lb/>do che &longs;ia in guerra. </s>

<s id="id.2.1.25.6.0">Onde formoßi il campo per non la<lb/>&longs;ciarlo à dietro, & non hauendo ingegno da cauarlo fuori, &longs;i con&longs;umò tan<lb/>to tempo, che &longs;opragiun&longs;e Antonio da Leua con le &longs;ue genti, & ritrouan <lb/>do l'e&longs;&longs;ercito nemico &longs;eparato, & in quel di&longs;ordine, lo mi&longs;e in rotta, & fè <lb/>preda delle bagaglie, delle artiglierie, & del Capitano mede&longs;mo. </s>

<s id="id.2.1.26.3.0">Si come fece Archimede, ilquale, &longs;econdo Plutarco, &longs;tan<lb/>do in pace à petitione di Hierone Rè, compo&longs;e &que;lle <expan abbr="tãte">tante</expan> Machine per giuo<lb/>co, & i&longs;cherzo di Geometria, lequali poi &longs;oprauenendo la guerra, le &longs;eppe <expan abbr="cõuertire">con<lb/>uertire</expan> opportunamente contra Romani. </s>

<s id="id.2.1.26.4.0">Et &longs;e egli, come te&longs;tificano diuer&longs;i <emph.end type="italics"/><pb xlink:href="037/01/012.jpg"/><emph type="italics"/>autori, &longs;edendo con certa machina detta, &longs;econdo Oriba&longs;io, Tri&longs;pa&longs;ton, per <lb/>che &longs;i maneggiaua con tre corde, tirò dal mare in terra &que;lla gran naue <lb/>del Rè &longs;uo; & con la forza della mano &longs;ini&longs;tra mo&longs;&longs;e mediante l'i&longs;tru<lb/>mento vn pe&longs;o di cin&que; mila &longs;taia ò moggia, sì fattamente che diputan<lb/>do à cia&longs;cuno &longs;taio quarantacin&que; libre di pe&longs;o, a&longs;cenderebbono alla &longs;om<lb/>ma di dugento venticin&que; mila libre; & pre&longs;umeua&longs;i di hauer potuto <lb/>mouere la terra, trouando doue fermar&longs;i con la leua, ò con &que;lla &longs;ua ma<lb/>china de&longs;critta da Pappo nell'ottauo libro delle raccolte matematiche, la<lb/>quale hauea cin&que; rote co' &longs;uoi as&longs;i, & vna vite perpetua co'l manico: Io <lb/>mi rendo certo, che ella s'ingegnerebbe di formare i&longs;trumenti per adoprare <lb/>altretanto. <emph.end type="italics"/></s>

<s id="id.2.1.25.7.0">Non hà <lb/>troppo iempo, che il Duca France&longs;co di Gui&longs;a, allhor che di Francia guidò <lb/>l'e&longs;ercito in Abruzzo, douendo partire, volle &longs;piegare prima la fanteria, <lb/>& cauælleria &longs;ua in ordinanza à fronte del nemico, qua&longs;i à battaglia sfi<lb/>dandolo; ma poi nel ritorno &longs;caualco&longs;si vn pezzo d'artiglieria, & s'arre<lb/>&longs;tò tutta la ma&longs;&longs;a delle genti, & quei Prencipi France&longs;i &longs;montati da ca<lb/>uallo, penarono buona pezza auanti, che lo ripone&longs;&longs;ero &longs;u le rote, con ri&longs;chio <lb/>di patir danno da gli aduer&longs;ari, che haue&longs;&longs;ero con quella occa&longs;ione &longs;pinto <lb/>innanzi. </s>

<s id="id.2.1.27.1.0"><emph type="italics"/>Hauendo io dun&que; veduti, & i&longs;perimentati &que;&longs;ti vari difici ad O&longs;o<lb/>po; & es&longs;endomi &longs;tato da lei mo&longs;trato la prima volta il pre&longs;ente libro, & <lb/>commendato &longs;ommamente, mi propo&longs;i nell' animo, che vtile &longs;arebbe il ri<lb/>durlo in volgare, accioche coloro i quali &longs;ono atti per altro ad intenderlo, <lb/>ma non hanno cono&longs;cenza del Latino, pote&longs;sero, farne &longs;uo profitto. </s>

<s id="id.2.1.27.2.0">Co&longs;i <lb/>compiuta l'opera, & fattala &longs;tampare, la mando à V. S. Illu&longs;tri&longs;s. che po&longs;<lb/>&longs;ede e&longs;qui&longs;itamente &que;&longs;ta materia, & &longs;econda i &longs;tudi delle buone lette<lb/>re, i quali, &longs;e dopo Iddio, non vengono fauoriti da i gran Signori, nulla va<lb/>gliono. </s>

<s id="id.2.1.25.8.0">Di quc&longs;ti e&longs;empi non mancano per l'hi&longs;torie.<emph.end type="italics"/></s>

<s id="id.2.1.27.4.0">Che &longs;e in qualche parte haurò à gli amatori delle Mechaniche re<lb/>cata ageuolezza, & vtilità con le mie fatiche, douranno eglino &longs;aper' à <lb/>lei buon grado, che di &que;&longs;ta fattura è &longs;tata cagione. <lb/></s>

<s id="id.2.1.27.5.0">Di Venetia à<emph.end type="italics"/> 28. <emph type="italics"/>di Giugno<emph.end type="italics"/> 1581. </s>

<s id="id.2.1.26.1.0"><emph type="italics"/>Hora che è pace V. S. Illu&longs;triß. </s>

<s id="id.2.1.28.1.0"><emph type="italics"/>Di V. S. Illu&longs;tri&longs;s. <lb/>Affettionatiß. &longs;eruidore <lb/>Filippo Pigafetta. <emph.end type="italics"/></s></section>

<s id="id.2.1.26.2.0">è andata inue&longs;tigando per &longs;uo diporto <lb/>molte, & varie &longs;orti di ordigni da mouer pe&longs;i, affine di valer&longs;ene nelle <lb/>fabriche, & nell'argine di pietre, che fa per ritenere l'impeto del Taglia<lb/>mento, che n<gap/>n gua&longs;ti i colti di O&longs;opo, & per douer&longs;ene anco &longs;eruire, quan <lb/>do che &longs;ia in guerra. </s>

<s id="id.2.1.26.3.0">Si come fece Archimede, ilquale, &longs;econdo Plutarco, &longs;tan <lb/>do in pace à petitione di Hierone Rè, compo&longs;e quelle <expan abbr="tãie">tanie</expan> Machine per giuo<lb/>co, & i&longs;ch<gap/>rzo di Geometria, l<gap/>quali poi &longs;oprauenendo la guerra, le &longs;eppe <expan abbr="cõ">com</expan> <lb/>uertire opportunamente contra Romani. </s>

<s id="id.2.1.31.1.0">AI LETTORI</s>

<s id="id.2.1.32.1.0">Il pre&longs;ente libro contiene &longs;ei trattati, il primo de <lb/>quali è della Bilancia con la Stadera, l'altro della <lb/>Leua, il terzo della Taglia, il quarto dell' A&longs;&longs;e nel<lb/>la rota, il quinto del Cuneo, & l'vltimo della Vite, <lb/>che tutti &longs;ono i&longs;trumenti Mechanici. </s>

<s id="id.2.1.26.4.0">Et &longs;e egli, come te&longs;tificano diuer&longs;i<emph.end type="italics"/><pb/><emph type="italics"/>autori, &longs;edendo con certa machina detta, &longs;econdo Oriba&longs;io, Tri&longs;pa&longs;ton, per <lb/>che &longs;i maneggiaua con tre cor de, tirò dal mare in terra quella gran naue <lb/>del Rè &longs;uo; & con la forza della mano &longs;ini&longs;tra mo&longs;&longs;e mediante l'i&longs;tru<lb/>mento vn pe&longs;o di cinque mila &longs;taia ò moggia, sì fattamente che diputan<lb/>do à cia&longs;cuno &longs;taio quarantacinque libre di pe&longs;o, a&longs;cenderebbono alla &longs;om<lb/>ma di dugento venticinque mila libre; & pre&longs;umeua&longs;i di hauer potuto <lb/>mouere la terra, trouando doue fermar&longs;i con la leua, ò con quella &longs;ua ma<lb/>china de&longs;critta da Pappo nell'ottauo libro delle raccolte matematiche, la <lb/>quale hauea cinque rote co' &longs;uoi as&longs;i, & vna vite perpetua co'l manico: Io <lb/>mi rendo certo, che ella s'ingegnerebbe di &longs;ormare i&longs;trumenti per adoprare <lb/>altretanto.<emph.end type="italics"/></s>

<s id="id.2.1.27.1.0"><emph type="italics"/>Hauendo io dunque veduti, & i&longs;perimentati que&longs;ti vari difici ad O&longs;o<lb/>po; & es&longs;endomi &longs;tato da lei mo&longs;trato la prima volta il pre&longs;ente libro, & <lb/>commendato &longs;ommamente, mi propo&longs;i nell' animo, che vtile &longs;arebbe il ri <lb/>durlo in volgare, accioche coloro i quali &longs;ono atti per altro ad intenderlo, <lb/>ma non hanno cono&longs;<gap/>enza del Latino, pote&longs;sero, farne &longs;uo profitto. </s>

<s id="id.2.1.27.2.0">Co&longs;i <lb/>compiuta l'opera, & fattala &longs;tampare, la mando à V. S. Illu&longs;tri&longs;s. </s>

<s id="id.2.1.27.3.0">che po&longs; <lb/>&longs;ede e&longs;qui&longs;it amente que&longs;ta materia, & &longs;econda i &longs;tudi delle buone lette<lb/>re, i quali, &longs;e dopo Iddio, non vengono fauoriti da i gran Signori, nulla va <lb/>gliono. </s>

<s id="id.2.1.27.4.0">Che &longs;e in qualche parte haurò à gli amatori delle Mechani<gap/>he re<lb/>cata ageuolezza, & vtilità con le mie fatiche, douranno eglino &longs;aper' à <lb/>lei buon grado, che di que&longs;ta fattura è &longs;tata cagione. </s>

<s id="id.2.1.27.5.0"><lb/>Di Venetia à<emph.end type="italics"/> 28. <emph type="italics"/>di Giugno<emph.end type="italics"/> 1581. </s>

<s id="id.2.1.28.1.0"><emph type="italics"/>Di V. S. Illu&longs;tri&longs;s.<emph.end type="italics"/></s>

<s id="id.2.1.29.1.0"><emph type="italics"/>Affettionatiß. </s>

<s id="id.2.1.29.2.0">&longs;cruidore <lb/>Filippo Pigafetta.<emph.end type="italics"/></s><pb/>

<s id="id.2.1.31.1.0">AI LETTORI</s>

<s id="id.2.1.32.1.0">Il prefente libro contiene &longs;ei trattati, il primo de <lb/>quali è della Bilancia con la Stadera, l'altro della <lb/>Leua, il terzo della Taglia, il quarto dell' A&longs;&longs;e nel<lb/>la rota, il quinto del Cuneo, & l'vltimo della Vite, <lb/>che tutti &longs;ono i&longs;trumenti Mechanici. </s>

<s id="id.2.1.32.2.0">Intitula&longs;i le <lb/>Mechaniche. </s>

<s id="id.2.1.32.3.0">Ma percioche &que;&longs;ta parola Mechaniche non ver<lb/>rà for&longs;e inte&longs;a da cia&longs;cheduno per lo &longs;uo vero &longs;ignificato, anzi <lb/>troueran&longs;i di &que;lli, che &longs;timeranno lei e&longs;&longs;ere voce d'ingiuria, <lb/>&longs;olendo&longs;i in molte parti d'Italia dire ad altrui Mechanico per <lb/>i&longs;cherno, & villania; & alcuni per e&longs;&longs;ere chiamati Ingegnieri &longs;i <lb/>prendono &longs;degno: non &longs;arà per auentura fuori di propo&longs;ito il <lb/>ricordare, che Mechanico è vocabolo honorati&longs;&longs;imo, dimo&longs;tran<lb/>te, &longs;econdo Plutarco, me&longs;tiero alla Militia pertinente, & conue<lb/>neuole ad huomo di alto affare, & che &longs;appia con le &longs;ue mani, <lb/>& co'l &longs;enno mandare ad e&longs;ecutione opre marauiglio&longs;e à &longs;ingu<lb/>lare vtilità, & diletto del viuere humano. </s>

<s id="id.2.1.32.3.0">Ma percioche que&longs;ta parola Mechaniche non ver <lb/>rà for &longs;e int e&longs;a da cia&longs;cheduno perlo &longs;uo vero &longs;ignificato, anzi <lb/>troueran&longs;i di quelli, che &longs;timeranno lei e&longs;&longs;ere voce d'ingiuria, <lb/>&longs;olendo&longs;i in molte parti d'Italia dire ad altrui Mechanico per <lb/>i&longs;cherno, & villania; & alcuni per e&longs;&longs;ere chiamati Ingegnieri &longs;i <lb/>prendono &longs;degno: non &longs;arà per auentura fuori di propo&longs;ito il <lb/>ricordare, che Mechanico è vocabolo honorati&longs;&longs;imo, dimo&longs;tran <lb/>te, &longs;econdo Plutarco, me&longs;tiero alla Militia pertinente, & conue <lb/>neuole ad huomo di alto affare, & che &longs;appia con le &longs;ue mani, <lb/>& co'l &longs;enno mandare ad e&longs;ecutione opre marauiglio&longs;e à &longs;ingu <lb/>lare vtilità, & diletto del viuere humano. </s>

<s id="id.2.1.33.1.0">Fù, per nominarne alcuno tra molti Filo&longs;ofi, & Prencipi de' <lb/>preteriti &longs;ecoli, Archita Tarentino, & Eudo&longs;&longs;o <expan abbr="cõpagni">compagni</expan> di Pla<lb/>tone, & valenti&longs;&longs;imi Ingegnieri, & Mechanici, che &longs;ono vna me<lb/>de&longs;ma co&longs;a, di cui fa Plutarco mentione nella vita di Marcello: <lb/>& Demetrio Rè, inuentore &longs;ottili&longs;&longs;imo di Machine bellico&longs;e, <lb/>& ne lauoraua di &longs;ua mano ancora: & fra Greci di Sicilia Me<lb/>chanico, & Ingegniere famo&longs;is&longs;imo Archimede Siracu&longs;ano, il <lb/>quale era di <expan abbr="grã">gran</expan> legnaggio, & parente di Hierone Rè di Sicilia. </s>

<s id="id.2.1.34.1.0">Et quantun&que; Plutarco nell'i&longs;te&longs;&longs;a vita affermi, che egli di <lb/>&longs;pregia&longs;&longs;e le Mechaniche, come bas&longs;i & vili, & materiali, nè di <lb/>loro degna&longs;&longs;e &longs;criuere giamai, & che non per opera principale, <lb/>ma per vn cotale &longs;ollazzo, & giuoco di Geometria impiegaua <lb/>la fatica nelle Mechaniche, pregato da &que;l Rè; sì leggiamo <lb/>noi tuttauia in altri autori, lui hauere dettato vn libro della mi <lb/>&longs;ura, & proportione d'ogni maniera di va&longs;ello, diui&longs;ando la for<lb/>ma della gran naue fabricata da Hierone, à cui nulla manca<lb/>ua: & Pappo Ale&longs;&longs;andrino allega il libro della Bilancia di Ar<lb/>chimede, che è pur Mechanico tutto: & l'i&longs;te&longs;&longs;o nell'ottauo del<lb/>le raccolte Matematiche pone vn'i&longs;trumento da mouer pe&longs;i, <pb xlink:href="037/01/014.jpg"/>mo&longs;trando e&longs;&longs;ere il quarante&longs;imo trouato d' Archimede, per cui <lb/>di&longs;&longs;e; Dami oue io mi fermi, ch'io mouerò la terra; & Carpo <lb/>Mechanico &longs;cri&longs;&longs;e, che Archimede compo&longs;e vn libro del modo <lb/>del fare le Sfere, che è fattura Mechanica. </s>

<s id="id.2.1.33.1.0">Fù, per nomiuarne alcuno tra molti Filo&longs;ofi, & Prencipi de' <lb/>preteriti &longs;ecoli, Archita Tarentino, & Eudo&longs;&longs;o <expan abbr="cõpagni">compagni</expan> di Pla<lb/>tone, & valenti&longs;&longs;imi Ingegnieri, & Mechanici, che &longs;ono vna me <lb/>de&longs;ma co&longs;a, di cui fa Plutarco mentione nella vita di Marcello: <lb/>& Demetrio Rè, inuentore &longs;ottili&longs;&longs;imo di Machine bellico&longs;e, <lb/>& ne lauoraua di &longs;ua mano ancora: & fra Greci di Sicilia Me<lb/>chanico, & Ingegniere famo&longs;is&longs;imo Archimede Siracu&longs;ano, il <lb/>quale era di <expan abbr="grã">gram</expan> legnaggio, & parente di Hierone Rè di Sicilia. </s>

<s id="id.2.1.34.1.0">Et quantunque Plutarco nell'i&longs;te&longs;&longs;a vita affermi, che egli di <lb/>&longs;pregia&longs;&longs;e le Mechaniche, come bas&longs;i & vili, & materiali, nè di <lb/>loro degna&longs;&longs;e &longs;criuere giamai, & che non per opera principale, <lb/>ma per vn cotale &longs;ollazzo, & giuoco di Geometria impiegaua <lb/>la fatica nelle Mechaniche, pregato da quel Rè; sì leggiamo <lb/>noi tuttauia in altri autori, lui hauere dettato vn libro della mi <lb/>&longs;ura, & proportione d'ogni maniera di va&longs;ello, diui&longs;ando la for <lb/>ma della gran naue fabricata da Hierone, à cui nulla manca<lb/>ua: & Pappo Ale&longs;&longs;andrino allega il libro della Bilancia di Ar<lb/>chimede, che è pur Mechanico tutto: & l'i&longs;te&longs;&longs;o nell'ottauo del <lb/>le raccolte Matematiche pone vn'i&longs;trumento da mouer pe&longs;i, <pb/>tentato l'Autore di manife&longs;tare per hora, & il primo de Latini <lb/>con dimo&longs;trationi ageuoli, & piane, in&longs;egnare &longs;olamente la ra<lb/>gion dello intendere, & maneggiare gli &longs;ei predetti l&longs;trumenti <lb/>Mechanici; à quali &longs;i riducono tutti gli altri, come à &longs;uoi prin<lb/>cipil, & fondamenti; & da'quali &longs;i po&longs;&longs;ono comporne diuer&longs;e ma <lb/>niere, accozzandone in&longs;ieme due, tre, & più, come l'A&longs;&longs;e nella <lb/>rota con la Taglia, la Vite co'l detto A&longs;&longs;e, & con la Leua, & &longs;uc<lb/>ces&longs;iuamente de gli altri ad arbitrio di chiunque in varie opre &longs;e <lb/>ne sà con giudicio valere, come nota l'Autore nel fine di que&longs;to <lb/>volume. </s>

<s id="id.2.1.35.1.0">Hor come che l'Autore con bella via, & chiara, & con ordine <lb/>ammirabile di que&longs;ti difici habbia ragionato, & la co&longs;a per &longs;e <lb/>molto o&longs;cura non &longs;ia ad intender&longs;i: nondimeno ben ricerca ella <lb/>tutto l'intelletto dell'huomo, & che con &longs;i&longs;&longs;a &longs;peculatione &longs;i leg<lb/>gano attentis&longs;imamente più d'vna volta le dimo&longs;trationi. </s>

<s id="id.2.1.36.1.0">Doue &longs;i vede in alcuni luoghi di que&longs;ti trattati cotale &longs;orte di <lb/>lettere picciole, differente dalle altre, come la pre&longs;ente; auer<lb/>ta&longs;i che non vi &longs;ono co&longs;e dettate dall' Autore di que&longs;to libro di <lb/>Mechaniche, ma notate da colui che l'hà volgarizato, à fine di <lb/>chiarire qualche pa&longs;&longs;o difficile, & ageuolare l'intendimento à' <lb/>Lettori non co&longs;i prattichi nelle Scole de' Filo&longs;ofi. </s>

<s id="id.2.1.37.1.0">Ponga&longs;i anco mente, che à carte 121. nel trattato della Vite, <lb/>è po&longs;to fra i detti dell' Autore il Problema di Pappo, ilquale do<lb/>uea e&longs;&longs;ere &longs;tampato con lettere differenti dalle altre, ma per in<lb/>auertenza è &longs;tato me&longs;&longs;o co' caratteri &longs;te&longs;&longs;i delle propo&longs;itioni del <lb/>l' Autore, che è difetto. </s>

<s id="id.2.1.37.2.0">Non è &longs;tato pos&longs;ibile &longs;chluare alcuni <lb/>falli nello &longs;tampare. </s>

<s id="id.2.1.37.3.0">Onde correggan&longs;i in que&longs;ta maniera. </s>

<s id="id.2.1.37.4.0">Nel <lb/>la Lettera à carte 1. faccia 2. ver&longs;i 25. to&longs;&longs;enoni, leggi tollenoni. </s>

<s id="id.2.1.37.7.0">22. dell'angolo, all'angolo. </s>

<s id="id.2.1.37.8.0">carte 48. f. </s>

<s id="id.2.1.37.9.0">2. nella po<lb/>&longs;tilla, per la 2. di que&longs;to; della 2. di que&longs;to. </s>

<s id="id.2.1.37.10.0">carte 87. f. </s>

<s id="id.2.1.37.12.0">14. dalla, alla. </s>

<s id="id.2.1.37.13.0">carte 93. ver. </s>

<s id="id.2.1.37.15.0">carte 115. ver. </s>

<s id="id.2.1.37.16.0">20. <lb/>Hlici, Helici. </s>

<s id="id.2.1.37.17.0">Gli altri errori di lettere meno importanti, & che <lb/>non mouono il &longs;en&longs;o alla, di&longs;cretione del giudicio&longs;o Lettore &longs;i ri <lb/>mettono. </s><pb/>

<s id="id.2.1.39.1.0">mo&longs;trando e&longs;&longs;ere il quarante&longs;imo trouato d' Archimede, per cui <lb/>di&longs;&longs;e; Dami oue io mi fermi, ch'io mouerò la terra; & Carpo <lb/>Mechanico &longs;c ri&longs;&longs;e, che Archimede compo&longs;e vn libro del modo <lb/>del fare le Sfere, che è fattura Mechanica. </s>

<s id="id.2.1.39.2.0">Ma più il mede&longs;imo <lb/>Archimede, non vna &longs;ola volta cita &longs;e &longs;te&longs;&longs;o, nel libro della Qua <lb/>dratura della Parabola, con parole tali. </s>

<s id="id.2.1.39.3.0">Imperoche egli è dimo<lb/>&longs;trato nelle Mechaniche; accennando alcune propo&longs;itioni del <lb/>&longs;uo libro delle co&longs;e, che egualmente pe&longs;ano, ilquale è tutto Me<lb/>chanico. </s>

<s id="id.2.1.39.4.0">Oltre à ciò vna parte del libro della Quadratura della <lb/>Parabola, & il &longs;econdo delle co&longs;e, che &longs;tanno &longs;opra l'acqua, oue<lb/>ro à galla &longs;ono Mechanici. </s>

<s id="id.2.1.39.5.0">Da &que;&longs;ti luoghi vede&longs;i e&longs;pre&longs;&longs;o, che <lb/>non &longs;olamente Archimede fece opre Mechaniche, ma ne &longs;cri&longs;&longs;e <lb/>anco molti trattati; & confe&longs;&longs;a Plutarco per niuna altra dottri<lb/>na e&longs;&longs;ere tanto in riputatione &longs;alito Archimede, quanto per le <lb/>impre&longs;e Mechaniche; anzi veramente co'l mezo loro hauer&longs;i egli <lb/>all'hora procacciato fama non di &longs;cienza humana, ma di &longs;apien<lb/>za diuina. </s>

<s id="id.2.1.39.6.0">Per la qual co&longs;a egli è ben da con&longs;iderare, come Plu<lb/>tarco &longs;i &longs;ia la&longs;ciato tra&longs;correr' à dire, che Archimede le Mechani<lb/>che di&longs;preggia&longs;&longs;e, nè di loro degna&longs;&longs;e &longs;criuere: & per certo egli <lb/>forte d'opinione &longs;arebbe&longs;i <expan abbr="ingãnato">ingannato</expan>, &longs;e haue&longs;&longs;e poco &longs;timata &que;l <lb/>la facultà, che lo fè guadagnare gloria di gran lunga maggio<lb/>re, che qualun&que; altra &longs;cienza &longs;i po&longs;&longs;ede&longs;&longs;e. </s>

<s id="id.2.1.39.5.0">Da que&longs;ti luoghi vede&longs;i e&longs;pre&longs;&longs;o, che <lb/>non &longs;olamente Archimede fece opre Mechaniche, ma ne &longs;cri&longs;&longs;e <lb/>anco molti trattati; & confe&longs;&longs;a Plutarco per niuna altra dottri<lb/>na e&longs;&longs;ere tanto in riputatione &longs;alito Archimede, quanto per le <lb/>impre&longs;e Mechaniche; anzi veramente co'l mezo loro hauer&longs;i egli <lb/>all'hora procacciato fama non di &longs;cienza humana, ma di &longs;apien<lb/>za diuina. </s>

<s id="id.2.1.39.7.0">Vitruuio de i <lb/>Latini fù buon Mechanico, & &longs;eruì per Capitano delle Bali&longs;te, <lb/>& delle altre machine da guerra Ottauiano Ce&longs;are, & gli intitu<lb/>lò le &longs;ue fatiche dell' Architettura, & ne diuenne ricco. </s>

<s id="id.2.1.40.1.0">L'e&longs;&longs;ere Mechanico dun&que;, & Ingegniero con l'e&longs;empio di <lb/>tanti valent'huomini, è officio da per&longs;ona degna, & &longs;ignorile: <lb/>& Mechanica è voce Greca &longs;ignificante co&longs;a fatta con artificio <lb/>da mouere, come per miracolo, & fuori dell'humana po&longs;&longs;anza <lb/>grandis&longs;imi pe&longs;i con picciola forza, & in generale comprende <lb/>cia&longs;cun Dificio, Ordigno, I&longs;trumento, Argano, Mangano, oue<lb/>ro ingegno mae&longs;treuolmente ritrouato, & lauorato per cotali ef<lb/>fetti, & &longs;imili altri infiniti in qual &longs;i voglia &longs;cienza, arte, & e&longs;er<lb/>citio. </s>

<s id="id.2.1.39.6.0">Per la qual co&longs;a egli è ben da con&longs;iderare, come Plu<lb/>tarco &longs;i &longs;ia la&longs;ciato tra&longs;correr' à dire, che Archimede le Mechani <lb/>che di&longs;preggia&longs;&longs;e, nè di loro degna&longs;&longs;e &longs;criuere: & per certo egli <lb/>forte d'opinione &longs;arebbe&longs;i <expan abbr="ingãnato">ingannato</expan>, &longs;e haue&longs;&longs;e poco &longs;timata quel <lb/>la facultà, che lo fè guadagnare gloria di gran lunga maggio<lb/>re, che qualunque altra &longs;cienza &longs;i po&longs;&longs;ede&longs;&longs;e. </s>

<s id="id.2.1.40.2.0">Laquale hò de&longs;critta co&longs;i materialmente per darne vn cer<lb/>to &longs;aggio accommodato al gu&longs;to del più de gli huomini; trala<lb/>&longs;ciando le accurate di&longs;&longs;initioni à miglior tempo. </s>

<s id="id.2.1.41.1.0">Aggiunga&longs;i, che &longs;otto &que;&longs;to vniuer&longs;ali&longs;&longs;imo titolo &longs;i è con<pb xlink:href="037/01/015.jpg"/>tentato l'Autore di manife&longs;tare per hora, & il primo de Latini <lb/>con dimo&longs;trationi ageuoli, & piane, in&longs;egnare &longs;olamente la ra<lb/>gion dello intendere, & maneggiare gli &longs;ei predetti I&longs;trumenti <lb/>Mechanici; à quali &longs;i riducono tutti gli altri, come à &longs;uoi prin<lb/>cipii, & fondamenti; & da'quali &longs;i po&longs;&longs;ono comporne diuer&longs;e ma<lb/>niere, accozzandone in&longs;ieme due, tre, & più, come l'A&longs;&longs;e nella <lb/>rota con la Taglia, la Vite co'l detto A&longs;&longs;e, & con la Leua, & &longs;uc<lb/>ces&longs;iuamente de gli altri ad arbitrio di chiun&que; in varie opre &longs;e <lb/>ne sà con giudicio valere, come nota l'Autore nel fine di &que;&longs;to <lb/>volume. </s>

<s id="id.2.1.35.1.0">Hor come che l'Autore con bella via, & chiara, & con ordine <lb/>ammirabile di &que;&longs;ti difici habbia ragionato, & la co&longs;a per &longs;e <lb/>molto o&longs;cura non &longs;ia ad intender&longs;i: nondimeno ben ricerca ella <lb/>tutto l'intelletto dell'huomo, & che con &longs;i&longs;&longs;a &longs;peculatione &longs;i leg<lb/>gano attentis&longs;imamente più d'vna volta le dimo&longs;trationi. </s>

<s id="id.2.1.36.1.0">Doue &longs;i vede in alcuni luoghi di &que;&longs;ti trattati cotale &longs;orte di <lb/>lettere picciole, differente dalle altre, come la pre&longs;ente; auer<lb/>ta&longs;i che non vi &longs;ono co&longs;e dettate dall' Autore di &que;&longs;to libro di <lb/>Mechaniche, ma notate da colui che l'hà volgarizato, à fine di <lb/>chiarire qualche pa&longs;&longs;o difficile, & ageuolare l'intendimento à' <lb/>Lettori non co&longs;i prattichi nelle Scole de' Filo&longs;ofi. </s>

<s id="id.2.1.40.1.0">L'e&longs;&longs;ere Mechanico dunque, & Ingegniero con l'e&longs;empio di <lb/>tanti valent'huomini, è officio da per&longs;ona degna, & &longs;ignorile: <lb/>& Mechanica è voce Greca &longs;ignificante co&longs;a fatta con artificio <lb/>da mouere, come per miracolo, & fuori dell'humana po&longs;&longs;anza <lb/>grandis&longs;imi pe&longs;i con picciola forza, & in generale comprende <lb/>cia&longs;cun Dificio, Ordigno, I&longs;trumento, Argano, Mangano, oue<lb/>ro ingegno mae&longs;treuolmente ritrouato, & lauorato per cotali ef <lb/>fetti, & &longs;imili altri infiniti in qual &longs;i voglia &longs;cienza, arte, & e&longs;er<lb/>citio. </s>

<s id="id.2.1.37.2.0">Non è &longs;tato pos&longs;ibile &longs;chiuare alcuni <lb/>falli nello &longs;tampare. </s>

<s id="id.2.1.40.2.0">Laquale hò de&longs;critta co&longs;i materialmente per darne vn cer <lb/>to &longs;aggio accommodato al gu&longs;to del più de gli huomini; trala<lb/>&longs;ciando le accurate di&longs;&longs;initioni à miglior tempo. </s>

<s id="id.2.1.37.3.0">Onde correggan&longs;i in &que;&longs;ta maniera. </s>

<s id="id.2.1.37.4.0">Nel <lb/>la Lettera à carte 1. faccia 2. ver&longs;i 25. to&longs;&longs;enoni, leggi tollenoni. </s>

<s id="id.2.1.41.1.0">Aggiunga&longs;i, che &longs;otto que&longs;to vniuer&longs;ali&longs;&longs;imo titolo &longs;i è con-</s><pb pagenum="1"/>

<s id="N105B1"><lb/>car. 43. ver. 22. dell'angolo, all'angolo. </s>

<s id="N105B4">carte 48. f. 2. nella po<lb/>&longs;tilla, per la 2. di &que;&longs;to; della 2. di &que;&longs;to. </s>

<s id="id.2.1.43.1.0">LIBRODI <lb/>MECHANICHE, <lb/>DELL'ILLVSTRISSIMO <lb/>SIGNORE, <lb/>II. S. GVIDO VBALDO DE' MARCHESI <lb/>DEL MONTE.</s><figure></figure>

<s id="N105B8">carte 87. f. 2. <lb/>ver. 14. dalla, alla. </s>

<s id="N105BC">carte 93. ver. 32. cni, cui. </s>

<s id="id.2.1.45.1.0">Diffinitioni.</s>

<s id="N105BE">carte 115. ver. 20. <lb/>Hlici, Helici. </s>

<s id="id.2.1.46.1.0">Il centro della grauezza di cia&longs;cun corpo e vn <lb/>certo punto po&longs;to dentro, dal quale &longs;e con la <lb/>imaginatione s'intende e&longs;&longs;erui appe&longs;o il gra<lb/>ue, mentre è portato &longs;ta fermo, & mantiene <lb/>quel &longs;ito, che egli hauea da principio, ne in <lb/>quel portamento &longs;i và riuolgendo. </s>

<s id="id.2.1.47.1.0"><emph type="italics"/>Que&longs;ta diffinitione del centro della grauezza in&longs;egnò <lb/>Pappo Ale&longs;&longs;andrino nell'ottauo libro delle raccolte ma<lb/>thematiche. </s>

<s id="id.2.1.68.1.0">TRATTATI IN QVEST'OPERA <lb/>CONTENVTI.<lb/></s>

<s id="id.2.1.47.2.0">Ma Federico Comandino nel libro del cen<lb/>tro della grauezza de' corpi &longs;olidi dichiarò l'i&longs;te&longs;&longs;o centro in questa maniera de&longs;cri<lb/>uendolo.<emph.end type="italics"/></s>

<table>

<row>

<s id="id.2.1.48.1.0">Il centro della grauezza di cia&longs;cuna figura &longs;olida è quel punto po&longs;to <lb/>dentro, d'intorno alquale le parti di momenti eguali da ogni parte <lb/>&longs;i fermano. </s>

<cell>Della Bilancia, con la Stadera à carte </cell>

<s id="id.2.1.48.2.0">Peroche &longs;e per tale centro &longs;arà condotto vn piano, che <lb/>&longs;eghi in qual &longs;i voglia modo la figura, &longs;empre la diuiderà in parti, <lb/>che pe&longs;eranno egualmente. </s><pb/>

</row>

<s id="id.2.1.50.1.0">NOTITIE COMVNI.</s>

<row>

<cell>Della Leua. </cell>

<s id="id.2.1.52.1.0">Se da co&longs;e egualmente pe&longs;anti &longs;i leneranno co&longs;e, che pur egualmente <lb/>pe&longs;ino, le re&longs;tanti pe&longs;eranno egualmente. </s>

</row>

<row>

<cell>Della Taglia. </cell>

<s id="id.2.1.54.1.0">Se à co&longs;e egualmente pe&longs;anti &longs;i aggiungeranno co&longs;e, che pur <expan abbr="egualm&etilde;">egualmen</expan> <lb/>te pe&longs;ino, tutte in&longs;ieme pe&longs;eranno egualmente. </s>

</row>

<row>

<s id="id.2.1.56.1.0">Le co&longs;e, che all'i&longs;te&longs;&longs;o &longs;ono eguali in pe&longs;o, &longs;ono tra loro anco gra<lb/>ui egualmente. </s>

<cell>Dell' A&longs;&longs;e nella Rota. </cell>

<s id="id.2.1.57.1.0">PRESVPPOSTE.</s>

</row>

<row>

<cell>Del Cuneo. </cell>

<s id="id.2.1.59.1.0">Di vno corpo è vn &longs;olo centro della grauezza. </s>

</row>

<row>

<s id="id.2.1.61.1.0">Il centro della grauezza di vn corpo è &longs;empre nel mede&longs;imo &longs;ito per <lb/>ri&longs;petto al &longs;uo corpo. </s>

<cell>Della Vite. </cell>

</row>

</table>

<s id="id.2.1.63.1.0">I Pe&longs;i &longs;ono portati in giu &longs;econdo il centro della grauezza. </s>

</section>

<s id="id.2.1.43.1.0">LIBRO DI <lb/>MECHANICHE, <lb/>DELL'ILLVSTRISSIMO <lb/>SIGNORE, <lb/>II. S. GVIDO VBALDO DE' MARCHESI <lb/>DEL MONTE. </s></section>

</front>

<s id="id.2.1.45.1.0">Diffinitioni. </s>

<s id="id.2.1.46.1.0">Il centro della grauezza di cia&longs;cun corpo e vn <lb/>certo punto po&longs;to dentro, dal quale &longs;e con la <lb/>imaginatione s'intende e&longs;&longs;erui appe&longs;o il gra<lb/>ue, mentre è portato &longs;ta fermo, & mantiene <lb/>&que;l &longs;ito, che egli hauea da principio, ne in <lb/>&que;l portamento &longs;i và riuolgendo. </s>

<s id="id.2.1.47.2.0">Ma Federico Comandino nel libro del cen<lb/>tro della grauezza de' corpi &longs;olidi dichiarò l'i&longs;te&longs;&longs;o centro in &que;sta maniera de&longs;cri<lb/>uendolo. <emph.end type="italics"/></s>

<s id="id.2.1.48.1.0">Il centro della grauezza di cia&longs;cuna figura &longs;olida è &que;l punto po&longs;to <lb/>dentro, d'intorno alquale le parti di momenti eguali da ogni parte <lb/>&longs;i fermano. </s>

<s id="id.2.1.50.1.0">NOTITIE COMVNI. </s>

<s id="id.2.1.54.1.0">Se à co&longs;e egualmente pe&longs;anti &longs;i aggiungeranno co&longs;e, che pur <expan abbr="egualm&etilde;te">egualmen<lb/>te</expan> pe&longs;ino, tutte in&longs;ieme pe&longs;eranno egualmente. </s>

<s id="id.2.1.56.1.0">Le co&longs;e, che all'i&longs;te&longs;&longs;o &longs;ono eguali in pe&longs;o, &longs;ono tra loro anco gra<lb/>ui egualmente. </s>

<s id="id.2.1.57.1.0">PRESVPPOSTE. </s>

<s id="id.2.1.59.1.0">Di vno corpo è vn &longs;olo centro della grauezza. </s>

<s id="id.2.1.61.1.0">Il centro della grauezza di vn corpo è &longs;empre nel mede&longs;imo &longs;ito per <lb/>ri&longs;petto al &longs;uo corpo. </s>

<s id="id.2.1.63.1.0">I Pe&longs;i &longs;ono portati in giu &longs;econdo il centro della grauezza. </s>

<s id="id.2.1.64.1.0">DIFFINITIONI. </s>

<s id="id.2.1.64.2.0">La diffinitione è vn breue parlare, che manife&longs;ta, & inte<lb/>ramente dichiara la co&longs;a propo&longs;ta, &longs;i fattamente che non &longs;i po&longs;&longs;a trouare condi<lb/>tione, ouero accidente alcuno principale in e&longs;&longs;a co&longs;a, &longs;e la diffinitione è buona, <lb/>che non &longs;ia in virtù compre&longs;a, & detta da lui; come per e&longs;empio l'Autore qui di <lb/>&longs;opra da ad intendere che &longs;ia il centro della grauezza con due diffinitioni. </s>

<s id="id.2.1.64.2.0">La diffinitione è vn breue parlare, che manife&longs;ta, & inte<lb/>ramente dichiara la co&longs;a propo&longs;ta, &longs;i fattamente che non &longs;i po&longs;&longs;a trouare condi<lb/>tione, ouero accidente alcuno principale in e&longs;&longs;a co&longs;a, &longs;e la diffinitione è buona, <lb/>che non &longs;ia in virtù compre&longs;a, & detta da lui; come per e&longs;empio l'Autore qui di <lb/>&longs;opra da ad inten dere che &longs;ia il centro della grauezza con due diffinitioni. </s>

<s id="id.2.1.65.1.0">Le Notitie comuni poi &longs;ono certe &longs;entenze manife&longs;te al &longs;en&longs;o comune de gli huomi<lb/>ni, lequali pur che vi &longs;i ponga mente, &longs;ubito vdite, &longs;i intendono, & &longs;e le pre&longs;ta il <lb/>con&longs;entimento. </s>

<s id="id.2.1.66.1.0">Ma la Pre&longs;uppo&longs;ta è diuer&longs;a, peroche mette per vero la co&longs;a co&longs;i e&longs;&longs;ere, come &longs;i pro<lb/>pone &longs;enza altro di&longs;cor&longs;o per farla cono&longs;cere. </s>

</chap>

<s id="id.2.1.68.1.0">TRATTATI IN QVEST'OPERA <lb/>CONTENVTI.<lb/></s><table><row><cell>I.</cell><cell>Della Bilancia, con la Stadera à carte</cell><cell>1</cell></row><row><cell>II.</cell><cell>Della Leua.</cell><cell>35</cell></row><row><cell>III.</cell><cell>Della Taglia.</cell><cell>56</cell></row><row><cell>IIII.</cell><cell>Dell' A$$e nella Rota.</cell><cell>102</cell></row><row><cell>V.</cell><cell>Del Cuneo.</cell><cell>107</cell></row><row><cell>VI.</cell><cell>Della Vite.</cell><cell>115</cell></row></table><pb pagenum="2"/>

<s id="id.2.1.70.1.0">DELLA BILANCIA</s>

<s id="id.2.1.71.1.0">Avanti che &longs;i faccia mentione della Bilancia, accioche la <lb/>co&longs;a re&longs;ti più chiara, &longs;ia la Bilancia AB in linea diritta, & <lb/>CD la Truttina della Bilancia, laquale &longs;econdo la con&longs;uetu<lb/>dine comune &longs;tà &longs;empre à piombo dell'orizonte. </s>

<s id="id.2.1.70.1.0">DELLA BILANCIA</s>

<s id="id.2.1.71.2.0">& il punto C im<lb/>mobile, d'intorno alquale &longs;i volge la Bilancia, &longs;i chiami il centro del<lb/>la bilancia, &longs;ia pur collo<lb/>cato di &longs;opra della bilan<lb/>cia, ò di &longs;otto, benche <lb/>non propriamente, che <lb/>non fa nulla Ma il CA, <lb/>& il CB &longs;iano le di&longs;tan<lb/>ze, & braccia della Bilan<lb/>cia, co&longs;i nomate. </s>

<s id="id.2.1.71.3.0">& &longs;e <lb/>dal centro della bilancia <lb/>collocato di &longs;opra, ò di <lb/>&longs;otto della Bilancia, &longs;arà <lb/>tirata vna linea à piom<lb/>bo di AB, &que;&longs;ta &longs;i chia<lb/>merà perpendicolo, che <lb/>&longs;o&longs;terrà la Bilancia AB, <lb/>& &longs;empre &longs;tarà à piom<lb/>bo di e&longs;&longs;a Bilancia, mo<lb/>ua&longs;i ella in qual &longs;i voglia <lb/>modo. </s><figure id="id.037.01.019.1.jpg" xlink:href="037/01/019/1.jpg"/>

<s id="id.2.1.71.1.0">Avanti che &longs;i faccia mentione della Bilancia, accioche la <lb/>co&longs;a re&longs;ti più chiara, &longs;ia la Bilancia AB in linea diritta, & <lb/>CD la Truttina della Bilancia, laquale &longs;econdo la con&longs;uetu <lb/>dine comune &longs;tà &longs;empre à piombo dell'orizonte. </s>

<s id="id.2.1.73.1.0">Concio&longs;ia che in &que;&longs;to trattato della Bilancia, & ne gli altri ancora l'Autore v&longs;i <lb/>alcune parole, lequali non &longs;i &longs;ono potute tra&longs;portare commodamente in volga<lb/>re, per non e&longs;&longs;ere e&longs;&longs;e anco &longs;tate accettate in &que;&longs;ta lingua, ne inte&longs;e da ognuno, <lb/>io le ho la&longs;ciate co&longs;i latine. </s>

<s id="id.2.1.71.2.0">& il punto C im <lb/>mobile, d'intorno alquale &longs;i volge la Bilancia, &longs;i chiami il centro del <lb/>la bilancia, &longs;ia pur collo<lb/>cato di &longs;opra della bilan <lb/>cia, ò di &longs;otto, benche <lb/>non propriamente, che <lb/>non fa nulla Ma il CA, <lb/>& il CB &longs;iano le di&longs;tan <lb/>ze, & braccia della Bilan <lb/>cia, co&longs;i nomate. </s>

<s id="id.2.1.73.2.0">Ma accioche non facciano difficultà à coloro, i quali <lb/>non intendono il latino, le andrò per tutto à fuoi luoghi dichiarando. </s>

<s id="id.2.1.74.1.0">Nel re&longs;to poi delle parole mi &longs;ono attenuto più al chiaro, & all'v&longs;ato, che &longs;ia pos&longs;i<lb/>bile, & ho po&longs;to angolo retto, & linea retta in cambio di angolo diritto, & linea <lb/>diritta, & linea della direttione in lo co di linea della dirittura, & co&longs;i diretto per <lb/>diritto, & alcuna volta magnitudine in vece di grandezza, & angolo mi&longs;to per <lb/>me&longs;colato, & angolo curuilineo per di linee torte, & linea curua per torta, & &longs;oli<lb/>do per &longs;odo, & for&longs;e qualche altro vocabolo poco v&longs;ato in &que;&longs;ta no&longs;tra fauella, <lb/>&longs;timando che cote&longs;te parole &longs;iano per dimo&longs;trare maggiormente la co&longs;a, & la in<lb/>tentione dell' Autore: & etiandio de&longs;iderando, che &longs;i rendano famigliari, & dome<lb/>&longs;tiche in &que;&longs;ta &longs;cienza, talche ognuno le po&longs;&longs;a ageuolmente intendere. </s>

<s id="id.2.1.71.3.0">& &longs;e <lb/>dal centro della bilancia <lb/>collocato di &longs;opra, ò di <lb/>&longs;otto della Bilancia, &longs;arà <lb/>tirata vna linea à piom<lb/>bo di AB, que&longs;ta &longs;i chia <lb/>merà perpendicolo, che <lb/>&longs;o&longs;terrà la Bilancia AB, <lb/>& &longs;empre &longs;tarà à piom<lb/>bo di e&longs;&longs;a Bilancia, mo<lb/>ua&longs;i ella in qual &longs;i voglia <lb/>modo. </s><figure></figure>

<s id="id.2.1.75.1.0">Trutina è &que;lla co&longs;a, che &longs;o&longs;tiene tutta la Bilancia, laquale Trutina pigli a il Perno, <lb/>ouero l'A&longs;&longs;etto, & noma&longs;i in &que;&longs;ti pae&longs;i Gioa, altroue Giouola, ouero l'orecchie <lb/>della Bilancia, & in altre contrade Scocca, talche non &longs;i troua &longs;in hora vocabolo, <pb xlink:href="037/01/020.jpg"/>che in Italia communemente vi &longs;i confaccia, ne alcuno di <expan abbr="qne&longs;ti">&que;&longs;ti</expan> &longs;arebbe inte&longs;o <lb/>per tutto. </s>

<s id="id.2.1.75.2.0">Onde io ho &longs;critto co&longs;i la Trutina, &longs;perando, che &longs;i habbia à fare termi <lb/>ne, & parola generale à tutte le nationi d'Italia. </s>

<s id="id.2.1.73.1.0">Concio&longs;ia che in que&longs;to trattato della Bilancia, & ne gli altri ancora l'Autore v&longs;i <lb/>alcune parole, lequali non &longs;i &longs;ono potute tra&longs;portare commodamente in v olga<lb/>re, per non e&longs;&longs;ere e&longs;&longs;e anco &longs;tate accettate in que&longs;ta lingua, ne inte&longs;e da ognuno, <lb/>io le ho la&longs;ciate co&longs;i latine. </s>

<s id="id.2.1.76.1.0">Perpendicolo vuol dire &que;lla linea, che &longs;porge in fuori dal centro della Bilancia al <lb/>mezo di detta Bilancia, ilqual Perpendicolo è &longs;olamente nelle Bilancie, lequali han<lb/>no il centro di fuori della Bilancia, o &longs;ia di &longs;otto, ò &longs;ia di &longs;opra. </s>

<s id="id.2.1.76.2.0">Ma quando il cen<lb/>tro della Bilancia è nel mezo di e&longs;&longs;a, all'hora non vi è &que;&longs;to Perpendicolo per e&longs;<lb/>&longs;ere il centro della Bilancia, & il mezo di e&longs;&longs;a vn'i&longs;te&longs;&longs;o punto. </s>

<s id="id.2.1.73.2.0">Ma accioche non facciano difficultà à coloro, i quali <lb/>non intendono il latino, le andrò per tutto à fuoi luoghi dichiarando. </s>

<s id="id.2.1.76.3.0">Et &que;&longs;to Perpen<lb/>dicolo è co&longs;a imaginata dall' Autore &longs;olamente, & non da altri, per ageuolare al<lb/>cune dimo&longs;trationi della Bilancia, che di nouo ha inue&longs;tigate: & non è la linguet<lb/>ta, ne meno la linea della direttione, ò dirittura che &longs;i habbia à dire. </s>

<s id="id.2.1.77.1.0">LEMMA. </s>

<s id="id.2.1.74.1.0">Nel re&longs;to poi delle parole mi &longs;ono attenuto più al chiaro, & all'v&longs;ato, che &longs;ia pos&longs;i<lb/>bile, & ho po&longs;to angolo retto, & linea retta in cambio di angolo diritto, & linea <lb/>diritta, & linea della direttione in lo co di linea della dirittura, & co&longs;i diretto per <lb/>diritto, & alcuna volta magnitudine in vece di grandezza, & angolo mi&longs;to per <lb/>me&longs;colato, & angolo curuilineo per di linee torte, & linea curua per torta, & &longs;oli<lb/>do per &longs;odo, & for&longs;e qualche altro vocabolo poco v&longs;ato in que&longs;ta no&longs;tra fauella, <lb/>&longs;timando che cote&longs;te parole &longs;iano per dimo&longs;trare maggiormente la co&longs;a, & la in<lb/>tentione dell' Autore: & etiandio de&longs;iderando, che &longs;i rendano famigliari, & dome <lb/>&longs;tiche in que&longs;ta &longs;cienza, talche ognuno le po&longs;&longs;a ageuolmente intendere. </s>

<s id="id.2.1.78.1.0">Sia la linea AB à piombo dell'orizonte, & col diametro AB &longs;i de&longs;cri<lb/>ua il cerchio AEBD, il cui centro &longs;ia C. </s>

<s id="id.2.1.78.2.0">Dico il punto B e&longs;&longs;ere <lb/>l'infimo luogo della circonferenza del cerchio AEBD, & il pun<lb/>to A il piu alto, & quali &longs;i voglian punti, come DE, i quali &longs;iano <lb/>però egualmente di&longs;tanti da A e&longs;&longs;ere egualmente po&longs;ti di &longs;otto, & <lb/>&que;lli che &longs;tanno piu da pre&longs;&longs;o ad e&longs;&longs;o A, e&longs;&longs;ere più alti di &que;lli, che <lb/>&longs;ono più da lunge. </s>

<s id="id.2.1.75.1.0">Trutina è quella co&longs;a, che &longs;o&longs;tiene tutta la Bilancia, laquale Trutina pigli a il Perno, <lb/>ouero l'A&longs;&longs;etto, & noma&longs;i in que&longs;ti pae&longs;i Gioa, altroue Giouola, ouero l'o recchie <lb/>della Bilancia, & in altre contrade Scocca, talche non &longs;i troua &longs;in hora vocabolo, <pb/>che in Italia communcmente vi &longs;i confaccia, ne alcuno di qne&longs;ti &longs;arebbe inte&longs;o <lb/>per tutto. </s>

<arrow.to.target n="note1"/><emph type="italics"/>Allunghi&longs;i la linea AB fin al centro del mondo, <lb/>che &longs;ia F. </s>

<s id="id.2.1.76.1.0">Perpendicolo vuol dire quella linea, che &longs;porge in fuori dal centro della Bilancia al <lb/>mezo di detta Bilancia, ilqual Perpendicolo è &longs;olamente nelle Bilancie, lequali han <lb/>no il centro di fuori della Bilancia, o &longs;ia di &longs;otto, ò &longs;ia di &longs;opra. </s>

<s id="id.2.1.76.2.0">Ma quando il cen<lb/>tro della Bilancia è nel mezo di e&longs;&longs;a, all'hora non vi è que&longs;to Perpendicolo per e&longs; <lb/>&longs;ere il centro della Bilancia, & il mezo di e&longs;&longs;a vn'i&longs;te&longs;&longs;o punto. </s>

<s id="id.2.1.76.3.0">Et que&longs;to Perpen<lb/>dicolo è co&longs;a imaginata dall' Autore &longs;olamente, & non da altri, per ageuolare al<lb/>cune dimo&longs;trationi della Bilancia, che di nouo ha inue&longs;tigate: & non è la linguet<lb/>ta, ne meno la linea della direttione, ò dirittura che &longs;i habbia à dire. </s>

<s id="id.2.1.77.1.0">LEMMA.</s>

<s id="id.2.1.78.1.0">Sia la linca AB à piombo dell'orizonte, & col diametro AB &longs;i de&longs;cri<lb/>ua il cerchio AEBD, il cui centro &longs;ia C. </s>

<s id="id.2.1.78.2.0">Dico il punto B e&longs;&longs;ere <lb/>l'infimo luogo della circonferenza del cerchio AEBD, & il pun<lb/>to A il piu alto, & quali &longs;i voglian punti, come DE, i quali &longs;iano <lb/>però egualmente di&longs;tanti da A e&longs;&longs;ere egualmente po&longs;ti di &longs;otto, & <lb/>quelli che &longs;tanno piu da pre&longs;&longs;o ad e&longs;&longs;o A, e&longs;&longs;ere più alti di quelli, che <lb/>&longs;ono più da lunge. </s>

<s id="id.2.1.79.1.0"><arrow.to.target n="note1"></arrow.to.target><emph type="italics"/>Allunghi&longs;i la linea AB fin al centro del mondo, <lb/>che &longs;ia F. </s>

<s id="id.2.1.79.2.0">Dapoi &longs;ia pre&longs;o nella circonferenza <lb/>del cerchio qual &longs;i voglia punto, come G, & &longs;i <lb/>congiungano le linee FG FD FE. </s>

<s id="id.2.1.79.3.0">Hor per<lb/>cioche BF è la minima linea di tutte &que;lle, <lb/>che dal punto F &longs;ono tirate alla circonferenza <lb/>AEBD, &longs;arà la BF minore della FG. </s>

<s id="id.2.1.79.3.0">Hor per<lb/>cioche BF è la minima linea di tutte quelle, <lb/>che dal punto F &longs;ono tirate alla circonferenza <lb/>AEBD, &longs;arà la BF minore della FG. </s>

<s id="id.2.1.79.4.0">Per <lb/>laqual co&longs;a il punto B &longs;arà piu da pre&longs;&longs;o al pun<lb/>to F, che il G. </s>

<s id="id.2.1.79.5.0">Et per cotesta ragione &longs;i dimo<lb/>strerà, che il punto B &longs;ta più da pre&longs;&longs;o al centro <lb/>del mondo di qual &longs;i voglia altro punto della cir<lb/>conferenza del cerchio AEBD. </s>

<s id="id.2.1.79.6.0">Sarà dun&que; <lb/>il punto B l'infimo luogo della circonferenza del <lb/>cerchio AEBD. </s>

<s id="id.2.1.79.6.0">Sarà dunque <lb/>il punto B l'infimo luogo della circon&longs;erenza del <lb/>cerchio AEBD. </s>

<s id="id.2.1.79.7.0">Dapoi perche AF tirata <lb/>per lo centro è maggiore di GF, &longs;arà il punto A <lb/>più alto non &longs;olamente di G, ma etiandio di qual <lb/>&longs;i voglia altro punto della circonferenza del cer<lb/>chio AEBD. </s>

<s id="id.2.1.79.8.0">Oltre à ciò perche DF, & FE <lb/>&longs;ono eguali, i punti DE &longs;aranno egualmente di <lb/>stanti dal centro del mondo. </s>

<s id="id.2.1.79.9.0">Et e&longs;&longs;endo DF <lb/>maggiore di FG, &longs;arà il punto D, che è più da<lb/>pre&longs;&longs;o al punto A, più alto del punto G, lequali <lb/>co&longs;e tutte erano da mo&longs;trar&longs;i. <emph.end type="italics"/></s>

<s id="id.2.1.79.9.0">Et e&longs;&longs;endo DF <lb/>maggiore di FG, &longs;arà il punto D, che è più da <lb/>pre&longs;&longs;o al punto A, più alto del punto G, lequali <lb/>co&longs;e tutte erano da mo&longs;trar&longs;i.<emph.end type="italics"/></s>

<s id="id.2.1.80.1.0"><margin.target id="note1"/><emph type="italics"/>Per la ottaua del terzo. <emph.end type="italics"/></s><figure id="id.037.01.020.1.jpg" xlink:href="037/01/020/1.jpg"/><pb pagenum="3" xlink:href="037/01/021.jpg"/>

<s id="id.2.1.80.1.0"><margin.target id="note1"></margin.target><emph type="italics"/>Per la ottaua del terzo.<emph.end type="italics"/></s><figure></figure><pb pagenum="3"/>

<s id="id.2.1.83.1.0">Que&longs;to vocabolo Lemma greco v&longs;ato da tutti i volgarizatori di Euclide, & da gli <lb/>altri Scrittori di Mathematica ancora, hò accettato anch'io. </s>

<expan abbr="nõ">non</expan> è Pre&longs;uppo&longs;ta, perche ella <expan abbr="nõ">non</expan> &longs;i proua <expan abbr="cõ">con</expan> ragione, ma &longs;uppon&longs;i; ma il Lemma <lb/>&longs;i dimo&longs;tra, come in &que;&longs;to luogo, che prende il punto B e&longs;&longs;ere po&longs;to nell'infimo <lb/>&longs;ito della circonferenza del cerchio, & lo proua per douer&longs;ene valere nelle &longs;eguen<lb/>ti dimo&longs;trationi. </s>

<s id="id.2.1.84.1.0">Doue in &que;&longs;to Lemma &longs;i dice, che la linea AB è à piombo dell'orizonte, intenda&longs;i <lb/>per orizonte il piano della campagna, & del terreno &longs;ottopo&longs;to, volendo dire ori<lb/>zonte parola greca vn cerchio, che termina la no&longs;tra veduta, & abbraccia & diui <lb/>de la metà della terra tutta. </s>

<s id="id.2.1.83.2.0">Ma ben con tutto ciò <lb/>&longs;timo che egli habbia me&longs;tieri di vn poco di lume per e&longs;&longs;er inte&longs;o; & viene à dire, <lb/>&longs;i come nota Cicerone nel &longs;econdo della Diuinatione, co&longs;a che prima &longs;i prende <lb/>per render facile l'intendimento delle co&longs;e, lequali &longs;i hanno dapoi à mo&longs;trare, & <lb/><expan abbr="nõ">non</expan> è Pre&longs;uppo&longs;ta, perche ella <expan abbr="nõ">non</expan> &longs;i proua <expan abbr="cõ">com</expan> ragione, ma &longs;uppon&longs;i; ma il Lemma <lb/>&longs;i dimo&longs;tra, come in que&longs;to luogo, che prende il punto B e&longs;&longs;ere po&longs;to nell'infimo <lb/>&longs;ito della circonferenza del cerchio, & lo proua per douer&longs;ene valere nelle &longs;eguen <lb/>ti dimo&longs;trationi. </s>

<s id="id.2.1.84.2.0">Quando dun&que; &longs;i troua in &que;&longs;ti libri vna linea, oue<lb/>ro altra quantità e&longs;&longs;ere à piombo, ouero egualmente di&longs;tante, ò inchinata all'ori<lb/>zonte, intenda&longs;i per l'orizonte il piano della campagna, ò del terreno. </s>

<s id="id.2.1.85.1.0">PROPOSITIONE I. </s>

<s id="id.2.1.84.1.0">Doue in que&longs;to Lemma &longs;i dice, che la linea AB è à piombo dell'orizonte, intenda&longs;i <lb/>per orizonte il piano della campagna, & del terreno &longs;ottopo&longs;to, volendo dire ori <lb/>zonte parola greca vn cerchio, che termina la no&longs;tra veduta, & abbraccia & diui <lb/>de la metà della terra tutta. </s>

<s id="id.2.1.86.1.0">Se il pe&longs;o &longs;arà &longs;o&longs;tenuto nel centro della &longs;ua grauezza da linea diritta <lb/>non &longs;i fermerà giamai, &longs;e &que;lla i&longs;te&longs;&longs;a linea non &longs;arà à piombo del<lb/>l'orizonte. </s><figure id="id.037.01.021.1.jpg" xlink:href="037/01/021/1.jpg"/>

<s id="id.2.1.84.2.0">Quando dunque &longs;i troua in que&longs;ti libri vna linea, oue<lb/>ro altra quantità e&longs;&longs;ere à piombo, ouero egualmente di&longs;tante, ò inchinata all'ori<lb/>zonte, intenda&longs;i per l'orizonte il piano della campagna, ò del terreno. </s>

<s id="id.2.1.85.1.0">PROPOSITIONE I.</s>

<s id="id.2.1.86.1.0">Se il pe&longs;o &longs;arà &longs;o&longs;tenuto nel centro della &longs;ua grauezza da linea diritta <lb/>non &longs;i fermerà giamai, &longs;e quella i&longs;te&longs;&longs;a linea non &longs;arà à piombo del <lb/>l'orizonte. </s><figure></figure>

<s id="id.2.1.88.1.0"><emph type="italics"/>Sia il pe&longs;o A, & il centro della &longs;ua <lb/>grauezza B, ilqual pe&longs;o venga &longs;o <lb/>&longs;tenuto dalla linea CB. </s>

<s id="id.2.1.88.2.0">Dico che <lb/>il pe&longs;o non è per fermar&longs;i giamai, <lb/>&longs;e CB non &longs;arà à piombo dell'o<lb/>rizonte. </s>

<s id="id.2.1.88.3.0">Sia il punto C immobi<lb/>le, e&longs;&longs;endo co&longs;i nece&longs;&longs;ario, accio il <lb/>pe&longs;o &longs;ia &longs;o&longs;tenuto: & e&longs;&longs;endo il pun <lb/>to C immobile, &longs;e il pe&longs;o A de<lb/>ue&longs;i mouere, il punto B de&longs;criuerà <lb/>la circonferenza di vn cerchio, il <lb/>cui mezo diametro &longs;arà CB. </s>

<s id="id.2.1.88.4.0">Per <lb/>laqual co&longs;a &longs;u'l centro A & con <lb/>lo &longs;patio BC &longs;i de&longs;criua il cerchio <lb/>BFDE. </s>

<s id="id.2.1.88.5.0">& &longs;ia di prima BC à <lb/>piombo dell'orizonte, & &longs;ia tirata <lb/>&longs;in à D, & il punto C &longs;tia di &longs;ot<lb/>to al punto B. </s>

<s id="id.2.1.88.6.0">Hor percioche il pe&longs;o A &longs;i moue in giù &longs;econdo il centro della gra<emph.end type="italics"/>

<s id="id.2.1.88.5.0">& &longs;ia di prima BC à <lb/>piombo dell'orizonte, & &longs;ia tirata <lb/>&longs;in à D, & il punto C &longs;tia di &longs;ot <lb/>to al punto B. </s>

<arrow.to.target n="note2"/><lb/><emph type="italics"/>uezza, il punto B &longs;i mouerà in giù, oue naturalmente inchina ver&longs;o il centro del mon<lb/>do per la linea diritta BD: tutto il pe&longs;o A dun&que; con B &longs;uo centro della gra<lb/>uezza, grauerà &longs;opra la linea diritta BC, & concio&longs;ia che il pe&longs;o venga &longs;o&longs;tenuto <lb/>dalla linea CB, la linea CB &longs;o&longs;terrà tutto il pe&longs;o A, &longs;opra laquale non puote mo<emph.end type="italics"/><pb xlink:href="037/01/022.jpg"/><emph type="italics"/>uer&longs;i in giù, e&longs;&longs;endogliene da e&longs;&longs;a <lb/>vietato. </s>

<s id="id.2.1.88.7.0">Per la diffinitione dun<lb/>&que; del centro della grauezza, il <lb/>punto B & il pe&longs;o A &longs;taranno <lb/>in &que;&longs;to &longs;ito. </s>

<s id="id.2.1.88.6.0">Hor percioche il pe&longs;o A &longs;i moue in giù &longs;econdo il centro della gra-<emph.end type="italics"/> <arrow.to.target n="note2"></arrow.to.target><lb/><emph type="italics"/>uezza, il punto B &longs;i mouerà in giù, oue naturalmente inchina ver&longs;o il centro del mon <lb/>do per la linea diritta BD: tutto il pe&longs;o A dunque con B &longs;uo centro della gra<lb/>uezza, grauerà &longs;opra la linea diritta BC, & concio&longs;ia che il pe&longs;o venga &longs;o&longs;tenuto <lb/>dalla linea CB, la linea CB &longs;o&longs;terrà tutto il pe&longs;o A, &longs;opra laquale non puote mo<emph.end type="italics"/><pb/><emph type="italics"/>uer&longs;i in giù, e&longs;&longs;endogliene da e&longs;&longs;a <lb/>vietato. </s>

<s id="id.2.1.88.8.0">& quantun&que; il <lb/>B &longs;ia piu alto di qual &longs;i voglia al<lb/>tro punto del cerchio, tuttauia non <lb/>&longs;i mouerà in giù da &que;&longs;to &longs;ito per <lb/>la circonferenza del cerchio, pero<lb/>che non &longs;i inchinerà più ver&longs;o lo F, <lb/>che ver&longs;o lo E, per e&longs;&longs;ere nell'vna <lb/>parte & nell'altra eguale la di&longs;ce<lb/>&longs;a: ne il pe&longs;a A piu &longs;tà pendente <lb/>in vna parte che nell'altra, ilche <lb/>non auiene in qual &longs;i voglia altro <lb/>punto della circonferenza del cer<lb/>chio, eccettuato il D. </s>

<s id="id.2.1.88.9.0">Sia il centro <lb/><figure id="id.037.01.022.1.jpg" xlink:href="037/01/022/1.jpg"/><lb/>della grauezza dell'i&longs;te&longs;&longs;o pe&longs;o, come in F, concio&longs;ia che la di&longs;ce&longs;a &longs;ia dal punto <lb/>F ver&longs;o il D, & la a&longs;ce&longs;a ver&longs;o il B, però il punto F mouera&longs;&longs;i in giù: & per<lb/>cioche non &longs;i puote mouere al centro del mondo per linea diritta, per e&longs;&longs;ere impe<lb/>dito dal punto C immobile per cau&longs;a della linea CF, ma ben &longs;i mouerà &longs;empre <lb/>in giù come richiede la &longs;ua natura: & e&longs;&longs;endo il D il luogo infimo, &longs;i mouerà per <lb/>la circonferenza FD finche peruenga in D, nelqual &longs;ito fermera&longs;&longs;i il pe&longs;o, & <lb/>re&longs;terà immobile, sì perche non &longs;i puote più mouere in giù per e&longs;&longs;ere attaccato al <lb/>punto C, sì anche percioche egli è &longs;o&longs;tenuto nel &longs;uo centro della grauezza. </s>

<s id="id.2.1.88.7.0">Per la diffinitione dun<lb/>que del centro della grauezza, il <lb/>punto B & il pe&longs;o A &longs;taranno <lb/>in que&longs;to &longs;ito. </s>

<s id="id.2.1.88.10.0">Et <lb/>quando F &longs;arà in D, &longs;arà &longs;imilmente la FC in DC, & in&longs;ieme à piombo <lb/>dell'orizonte. </s>

<s id="id.2.1.88.11.0">il pe&longs;o dun&que; non &longs;i fermerà giamai finche la linea CF non &longs;tia <lb/>à piombo dell'orizonte, che bi&longs;ognaua prouare. <emph.end type="italics"/></s>

<s id="id.2.1.88.8.0">& quantunque <gap/>il <lb/>B &longs;ia piu alto di qual &longs;i voglia al<lb/>tro punto del cerchio, t<gap/>tauia non <lb/>&longs;i mouerà in giù da que&longs;to &longs;ito per <lb/>la circonferenza del cerchio, pero<lb/>che non &longs;i inchinerà più ver&longs;o lo F, <lb/>che ver&longs;o lo E, per e&longs;&longs;ere nell'vna <lb/>parte & nell'altra eguale la di&longs;ce<lb/>&longs;a: ne il pe&longs;a A piu &longs;tà pendente <lb/>in vna parte che nell'altra, ilche <lb/>non auiene in qual &longs;i voglia altro <lb/>punto della circon&longs;erenza del cer<lb/>chin, eccettuato il D. </s>

<s id="id.2.1.90.1.0"><margin.target id="note2"/><emph type="italics"/>Per la terza pre&longs;upposta di &que;sto. <emph.end type="italics"/></s>

<s id="id.2.1.91.1.0">Di quì &longs;i puote cauare, che il pe&longs;o &longs;ia pur &longs;o&longs;tenuto in vn dato punto <lb/>in qual &longs;i voglia modo, non &longs;tarà fermo giamai, &longs;e non quando la <lb/>linea tirata dal centro della grauezza del pe&longs;o à &que;l punto, &longs;tia à <lb/>piombo dell'orizonte. </s><pb pagenum="4" xlink:href="037/01/023.jpg"/>

<s id="id.2.1.88.9.0">Sia il centro <lb/><figure id="fig1"></figure><lb/>della grauezza dell'i&longs;te&longs;&longs;o pe&longs;o, come in F, concio&longs;ia che la di&longs;ce&longs;a &longs;ia dal punto <lb/>F ver&longs;o il D, & la a&longs;ce&longs;a ver&longs;o il B, però il punto F mouera&longs;&longs;i in giù: & per<lb/>cioche non &longs;i puote mouere al centro del mondo per linea diritta, per e&longs;&longs;er<gap/> impe<lb/>dito dal punto C immobile per cau&longs;a della linea CF, ma ben &longs;i mouerà &longs;empre <lb/>in giù come richiede la &longs;ua natura: & e&longs;&longs;endo il D il luogo infimo, &longs;i mouerà per <lb/>la circonferenza FD finche peruenga in D, nelqual &longs;ito fermera&longs;&longs;i il pe&longs;o, & <lb/>re&longs;terà immobile, sì perche non &longs;i puote più mouere in giù per e&longs;&longs;ere attaccato al <lb/>punto C, sì anche percioche egli è &longs;o&longs;tenuto nel &longs;uo centro della grauezza. </s>

<s id="id.2.1.88.10.0">Et <lb/>quando F &longs;arà in D, &longs;arà &longs;imilmente la FC in DC, & in&longs;ieme à piombo <lb/>dell'orizonte. </s>

<s id="id.2.1.88.11.0">il pe&longs;o dunque non &longs;i fermerà giamai finche la linea CF non &longs;tia <lb/>à piombo dell'orizonte, che bi&longs;ognaua prouare.<emph.end type="italics"/></s>

<s id="id.2.1.90.1.0"><margin.target id="note2"></margin.target><emph type="italics"/>Per la terza pre&longs;upposta di questo.<emph.end type="italics"/></s>

<s id="id.2.1.91.1.0">Di quì &longs;i puote cauare, che il pe&longs;o &longs;ia pur &longs;o&longs;tenuto in vn dato punto <lb/>in qual &longs;i voglia modo, non &longs;tarà fermo giamai, &longs;e non quando la <lb/>linea tirata dal centro della grauezza del pe&longs;o à quel punto, &longs;tia à <lb/>piombo dell'orizonte. </s><pb pagenum="4"/>

<s id="id.2.1.93.1.0"><emph type="italics"/>Come, po&longs;te le co&longs;e i&longs;te&longs;&longs;e, &longs;ia &longs;o&longs;tenuto <lb/>il pe&longs;o dalle linee CG CH. </s>

<s id="id.2.1.93.2.0">Dico <lb/>che &longs;e la tirata linea BC &longs;arà à <lb/>piombo dell'orizonte, il pe&longs;o &longs;tarà <lb/>fermo: ma &longs;e la tirata linea CF <lb/>non &longs;arà à piombo dell'orizonte, il <lb/>punto F &longs;imouerà in giù fin al D, <lb/>nel qual &longs;ito &longs;tarà fermo il pe&longs;o, <lb/>& la tirata linea CD &longs;arà à piom<lb/>bo dell'orizonte. </s>

<s id="id.2.1.93.3.0">Le quali co&longs;e <lb/>tutte con la ragione mede&longs;ima &longs;i pro<lb/>uerebbono. <emph.end type="italics"/></s><figure id="id.037.01.023.1.jpg" xlink:href="037/01/023/1.jpg"/>

<s id="id.2.1.93.3.0">Le quali co&longs;e <lb/>tutte con laragione mede&longs;ima &longs;i pro<lb/>uerebbono.<emph.end type="italics"/></s><figure></figure>

<s id="id.2.1.95.1.0">PROPOSITIONE II. </s>

<s id="id.2.1.96.1.0">La bilancia egualmente di&longs;tante dall'orizonte, il cui centro &longs;tia &longs;opra <lb/>la detta bilancia, & che habbia i pe&longs;i eguali nelle &longs;tremità, & egual<lb/>mente di&longs;tanti dal perpendicolo, &longs;e da cotale &longs;ito &longs;arà mo&longs;&longs;a, & <lb/>nell'i&longs;te&longs;&longs;o di nuouo la&longs;ciata, ritornerà, & iui re&longs;terà. </s><figure id="id.037.01.023.2.jpg" xlink:href="037/01/023/2.jpg"/>

<s id="id.2.1.95.1.0">PROPOSITIONE II.</s>

<s id="id.2.1.98.1.0"><emph type="italics"/>Sia la bilancia AB in <lb/>linea diritta egualmen<lb/>te di&longs;tante dall'orizon<lb/>te, il cui centro C &longs;ia <lb/>&longs;opra la bilancia, & <lb/>&longs;ia CD il perpendi<lb/>colo, il quale &longs;arà à <lb/>piombo dell'orizonte: <lb/>& la di&longs;tanza DA <lb/>&longs;ia eguale alla di&longs;tan<lb/>za DB: & &longs;iano i <lb/>pe&longs;i in AB eguali, <lb/>i centri della grauez<lb/>za de' quali &longs;iano ne i <lb/>punti AB. </s>

<s id="id.2.1.96.1.0">La bilancia egualmente di&longs;tante dall'orizonte, il cui centro &longs;tia &longs;opra <lb/>la detta bilancia, & che habbia i pe&longs;i eguali nelle &longs;tremità, & egual<lb/>mente di&longs;tanti dal perpendicolo, &longs;e da cotale &longs;ito &longs;arà mo&longs;&longs;a, & <lb/>nell'i&longs;te&longs;&longs;o di nuouo la&longs;ciata, ritornerà, & iui re&longs;terà. </s><figure></figure>

<s id="id.2.1.98.2.0">Moua&longs;i <lb/>da &que;&longs;to &longs;ito la bi<lb/>lancia AB come in EF, dapoi &longs;ia la&longs;ciata. </s>

<s id="id.2.1.98.3.0">Dico che la bilancia EF ritor<lb/>neràin AB di&longs;tante egualmente dall'orizonte, & iui rimanerà. </s>

<s id="id.2.1.98.1.0"><emph type="italics"/>Sia la bilancia AB in <lb/>linea diritta egualmen <lb/>te di&longs;tante dall'orizon <lb/>te, il cui centro C &longs;ia <lb/>&longs;opra la bilancia, & <lb/>&longs;ia CD il perpendi<lb/>colo, il quale &longs;arà à <lb/>piombo dell'orizonte: <lb/>& la di&longs;tanza DA <lb/>&longs;ia eguale alla di&longs;tan<lb/>za DB: & &longs;iano i <lb/>pe&longs;i in AB eguali, <lb/>i centri della grauez<lb/>za de' quali &longs;iano ne i <lb/>punti AB. </s>

<s id="id.2.1.98.4.0">Hora percioche <emph.end type="italics"/><pb xlink:href="037/01/024.jpg"/><emph type="italics"/>il punto C &longs;tà immobì <lb/>le mentre la bilancia &longs;i <lb/>moue, il punto D veni <lb/>rà à de&longs;criuere vna cir<lb/>conferenza di cerchio, il <lb/>cui mezo diametro &longs;a<lb/>rà CD. </s>

<s id="id.2.1.98.5.0">Per laqual <lb/>co&longs;a co'l centro D, & <lb/>lo &longs;patio CD de&longs;cri<lb/>ua&longs;i il cerchio DGH. <lb/></s>

<s id="id.2.1.98.2.0">Moua&longs;i <lb/>da que&longs;to &longs;ito la bi<lb/>lancia AB come in EF, dapoi &longs;ia la&longs;ciata. </s>

<s id="id.2.1.98.6.0">Et perche CD &longs;empre <lb/>&longs;tà à piombo della bi<lb/>lancia, mentre la bilan<lb/>cia &longs;arà in EF, la li<lb/>nea CD &longs;arà in CG <lb/>&longs;i fattamente, che CG <lb/><figure id="id.037.01.024.1.jpg" xlink:href="037/01/024/1.jpg"/><lb/>venga ad e&longs;&longs;ere à piombo di EF: & concio&longs;ia che AB &longs;ia diui&longs;a in due parti <emph.end type="italics"/><lb/><arrow.to.target n="note3"/><emph type="italics"/>eguali nel punto D, & i pe&longs;i in AB &longs;iano eguali, &longs;arà etiandio il centro della <lb/>grauezza della magnitudine compo&longs;ta di &que;&longs;ti due corpi AB nel mezo, cioè in <lb/>D: & quando la bilancia in&longs;ieme co i pe&longs;i &longs;arà in EF, &longs;arà parimente G il cen<lb/>tro della grauezza della magnitudine compo&longs;ta di e&longs;&longs;i AB: & percioche CG <lb/>non è à piombo dell'orizonte, la grandezza compo&longs;ta de i pe&longs;i EF non rimarrà <emph.end type="italics"/><lb/><arrow.to.target n="note4"/><emph type="italics"/>in &que;sto &longs;ito, ma &longs;i mouerà in giù &longs;econdo il centro della grauezza &longs;ua, che è in <lb/>G, per la circonferenza GD, finche &longs;i faccia à piombo dell'orizonte, cioè finche <lb/>CG ritorni in CD. </s>

<s id="id.2.1.98.7.0">Et quando CG &longs;arà in CD, la linea EF (perche &longs;em<lb/>pre &longs;tà ad angoli retti con CG) &longs;arà in AB, nelqual &longs;ito &longs;tarà ferma. </s>

<s id="id.2.1.98.3.0">Dico che la bilancia EF ritor<lb/>neràin AB di&longs;tante egualmente dall'orizonte, & iui rimanerà. </s>

<s id="id.2.1.98.8.0">La bi<emph.end type="italics"/><lb/><arrow.to.target n="note5"/><emph type="italics"/>lancia dun&que; EF ritornerà in AB, laquale è di&longs;tante egualmente dall'orizon<lb/>te, & iui rimarrà, che bi&longs;ognaua dimo&longs;trare. <emph.end type="italics"/></s>

<s id="id.2.1.100.1.0"><margin.target id="note3"/><emph type="italics"/>Per la quarta del primo di Archimede delle co&longs;e che pe&longs;ano egualmente. <emph.end type="italics"/></s>

<s id="id.2.1.98.4.0">Hora percioche<emph.end type="italics"/><pb/><emph type="italics"/>il punto C &longs;tà immobì <lb/>le mentre la bilancia &longs;i <lb/>moue, il punto D veni <lb/>rà à de&longs;criuere vna cir<lb/>con&longs;erenza di cerchio, il <lb/>cui mezo diametro &longs;a<lb/>rà CD. </s>

<s id="id.2.1.101.1.0"><margin.target id="note4"/><emph type="italics"/>Per la prima di &que;sto. <emph.end type="italics"/></s>

<s id="id.2.1.102.1.0"><margin.target id="note5"/><emph type="italics"/>Per la prima di &que;sto. <emph.end type="italics"/></s>

<s id="id.2.1.98.5.0">Per laqual <lb/>co&longs;a co'lcentro D, & <lb/>lo &longs;patio CD de&longs;cri<lb/>ua&longs;i il cerchio DGH. </s>

<s id="id.2.1.103.1.0">PROPOSITIONE III. </s>

<s id="id.2.1.104.1.0">La bilancia egualmente di&longs;tante dall'orizonte, che habbia nelle &longs;tre<lb/>mità pe&longs;i eguali, & egualmente lontani dal perpendicolo, e&longs;&longs;endo <lb/>collocato il centro di &longs;otto, rimarrà in &que;&longs;to &longs;ito. </s>

<s id="id.2.1.98.6.0"><lb/>Et perche CD &longs;empre <lb/>&longs;tà à piombo della bi<lb/>lancia, mentre la bilan <lb/>cia &longs;arà in EF, la li<lb/>nea CD &longs;arà in CG <lb/>&longs;i fattamente, che CG <lb/><figure id="fig2"></figure><lb/>venga ad e&longs;&longs;ere à piombo di EF: & concio&longs;ia che AB &longs;ia diui&longs;a in due parti<emph.end type="italics"/><lb/><arrow.to.target n="note3"></arrow.to.target> <emph type="italics"/>eguali nel punto D, & i pe&longs;iin AB &longs;iano eguali, &longs;arà etiandio il centro della <lb/>grauezza della magnitudine compo&longs;ta di que&longs;ti due corpi AB nel mezo, cioè in <lb/>D: & quando la bilancia in&longs;ieme co i pe&longs;i &longs;arà in EF, &longs;arà parimente G il cen <lb/>tro della grauezza della magnitudine compo&longs;ta di e&longs;&longs;i AB: & percioche CG <lb/>non è à piombo dell'orizonte, la grandezza compo&longs;ta de i pe&longs;i EF non rimarrà<emph.end type="italics"/><lb/><arrow.to.target n="note4"></arrow.to.target> <emph type="italics"/>in questo &longs;ito, ma &longs;i mouerà in giù &longs;econdo il centro della grauezza &longs;ua, che è in <lb/>G, per la circonferenza GD, finche &longs;i faccia à piombo dell'orizonte, cioè finche <lb/>CG ritorni in CD. </s>

<s id="id.2.1.104.2.0">Ma &longs;e indi &longs;arà <lb/>mo&longs;&longs;a, & la&longs;ciata à ba&longs;&longs;o, &longs;i mouerà &longs;econdo la parte piu ba&longs;&longs;a. </s><pb pagenum="5" xlink:href="037/01/025.jpg"/><figure id="id.037.01.025.1.jpg" xlink:href="037/01/025/1.jpg"/>

<s id="id.2.1.98.7.0">Et quando CG &longs;arà in CD, la linea EF (perche &longs;em<lb/>pre &longs;tà ad angoli retti con CG) &longs;arà in AB, nelqual &longs;ito &longs;tarà &longs;erma. </s>

<s id="id.2.1.107.1.0"><emph type="italics"/>Sia la bilancia AB in <lb/>linea diritta, egual<lb/>mente di&longs;tante dall'ori<lb/>zonte, il cui centro C <lb/>&longs;ia di &longs;otto alla bilan<lb/>cia, & &longs;ia CD il per<lb/>pendicolo, ilquale &longs;arà <lb/>à piombo dell'orizon<lb/>te, & la di&longs;tanza AD <lb/>&longs;ia eguale alla distan<lb/>za DB, & &longs;iano in <lb/>AB pe&longs;i eguali, i cen<lb/>tri della grauezza de' <lb/>quali &longs;iano ne' punti <lb/>AB. </s>

<s id="id.2.1.107.2.0">Dico primiera<lb/>mente che la bilancia <lb/>AB &longs;tarà ferma in <lb/>&que;&longs;to &longs;ito. </s>

<s id="id.2.1.98.8.0">La bi-<emph.end type="italics"/><lb/><arrow.to.target n="note5"></arrow.to.target> <emph type="italics"/>lancia dunque EF ritornerà in AB, laquale è di&longs;tante egualmente dall'orizon<lb/>te, & iui rimarrà, che bi&longs;ognaua dimo&longs;trare.<emph.end type="italics"/></s>

<arrow.to.target n="note6"/><lb/><emph type="italics"/>&longs;ostiene la bilancia &longs;tà à piombo dell'orizonte: Adun&que; la bilancia AB in <lb/>&que;&longs;to &longs;ito rimarrà ferma. </s>

<s id="id.2.1.100.1.0"><margin.target id="note3"></margin.target><emph type="italics"/>Per la quarta del primo di Archimede delle co&longs;e che pe&longs;ano egualmente.<emph.end type="italics"/></s>

<s id="id.2.1.107.4.0">Ma da &que;&longs;to &longs;ito moua&longs;i la bilancia AB come in <lb/>EF, & la&longs;ci&longs;i dapoi. </s>

<s id="id.2.1.107.5.0">Dico che la bilancia EF &longs;i mouerà dalla parte dello F. <lb/></s>

<s id="id.2.1.101.1.0"><margin.target id="note4"></margin.target><emph type="italics"/>Per la prima di questo.<emph.end type="italics"/></s>

<s id="id.2.1.107.6.0">Et percioche il CD &longs;tà &longs;empre à piombo della bilancia, mentre la bilancia &longs;arà <lb/>in EF verrà ad e&longs;&longs;ere anche il CD in CG à piombo di EF, & il punto <emph.end type="italics"/>

<arrow.to.target n="note7"/><lb/><emph type="italics"/>G della magnitudine composta di EF &longs;arà il centro della grauezza, ilquale men<lb/>tre &longs;i moue de&longs;criuerà la circonferenza del cerchio DGH, il cui mezo diametro <lb/>è CD, & il centro C. </s>

<s id="id.2.1.102.1.0"><margin.target id="note5"></margin.target><emph type="italics"/>Per la prima di questo.<emph.end type="italics"/></s>

<s id="id.2.1.107.7.0">Ma perche CG non &longs;tà à piombo dell'orizonte, la <lb/>grandezza compo&longs;ta de i pe&longs;i EF non rimarrà in &que;sto &longs;ito, ma &longs;econdo il cen<lb/>tro della &longs;ua grauezza &longs;i mouerà in giù per la circonferenza GH. </s>

<s id="id.2.1.107.8.0">La bilancia <lb/>dun&que; EF &longs;i mouerà in giù dalla parte dello F, che bi&longs;ognaua mo&longs;trare. <emph.end type="italics"/></s>

<s id="id.2.1.103.1.0">PROPOSITIONE III.</s>

<s id="id.2.1.108.1.0"><margin.target id="note6"/><emph type="italics"/>Per la quarta del primo d' Archimede delle co&longs;e che pe&longs;ano <expan abbr="egualm&etilde;te">egualmente</expan>. <emph.end type="italics"/></s>

<s id="id.2.1.109.1.0"><margin.target id="note7"/><emph type="italics"/>Per la prima di &que;sto. <emph.end type="italics"/></s>

<s id="id.2.1.110.1.0">PROPOSITIONE IIII. </s>

<s id="id.2.1.111.1.0">La bilancia egualmente di&longs;tante dall'orizonte, & che habbia nelle &longs;tre<lb/>mità pe&longs;i eguali, & egualmente di&longs;tanti dal centro collocato in e&longs;&longs;a <lb/>bilancia. </s>

<s id="id.2.1.104.2.0">Ma &longs;e indi &longs;arà <lb/>mo&longs;&longs;a, & la&longs;ciata à ba&longs;&longs;o, &longs;i mouerà &longs;econdo la parte piu ba&longs;&longs;a. </s><pb pagenum="5"/><figure></figure>

<s id="id.2.1.111.2.0">Se ella indi &longs;arà mo&longs;&longs;a, ò non, douun&que; ella &longs;arà la&longs;cia<lb/>ta, rimarrà. </s><pb xlink:href="037/01/026.jpg"/>

<s id="id.2.1.107.1.0"><emph type="italics"/>Sia la bilancia AB in <lb/>linea diritta, egual<lb/>mente di&longs;tante dall'ori <lb/>zonte, il cui centro C <lb/>&longs;ia di &longs;otto alla bilan<lb/>cia, & &longs;ia CD il per<lb/>pendicolo, ilquale &longs;arà <lb/>à piombo dell'orizon<lb/>te, & la di&longs;tanza AD <lb/>&longs;ia eguale alla distan<lb/>za DB, & &longs;iano in <lb/>AB pe&longs;i eguali, i cen<lb/>tri della grauezza de' <lb/>quali &longs;iano ne' punti <lb/>AB. </s>

<s id="id.2.1.113.1.0"><emph type="italics"/>Sia la bilancia nella linea <lb/>diritta AB egualmen<lb/>te di&longs;tante dall'orizon<lb/>te, il cui centro C &longs;ia <lb/>nella i&longs;te&longs;&longs;a linea AB, <lb/>& la di&longs;tanza CA &longs;ia <lb/>eguale alla distanza <lb/>CB, & &longs;iano i pe&longs;i <lb/>AB eguali, i cui cen<lb/>tri della grauezza &longs;tia <lb/>no ne i punti AB. </s>

<s id="id.2.1.107.2.0">Dico primiera<lb/>mente che la bilancia <lb/>AB &longs;tarà &longs;erma in <lb/>que&longs;to &longs;ito. </s>

<s id="id.2.1.107.3.0">Hor percioche AB &longs;i diuide in parti eguali nel punto D, & i <lb/>pe&longs;i po&longs;ti in AB &longs;ono eguali, &longs;egue, che il punto D &longs;ia il centro della grauez<lb/>za della magnitudine compo&longs;ta di ambedue i corpi me&longs;&longs;i in AB; & il CD che<emph.end type="italics"/> <arrow.to.target n="note6"></arrow.to.target><lb/><emph type="italics"/>&longs;ostiene la bilancia &longs;tà à piombo dell'orizonte: Adunque la bilancia AB in <lb/>que&longs;to &longs;ito rimarrà ferma. </s>

<s id="id.2.1.107.4.0">Ma da que&longs;to &longs;ito moua&longs;i la bilancia AB come in <lb/>EF, & la&longs;<gap/>i&longs;i dapoi. </s>

<s id="id.2.1.107.5.0">Dico che la bilancia EF &longs;i mouerà dalla parte dello F. </s>

<s id="id.2.1.107.6.0"><lb/>Et percioche il CD &longs;tà &longs;empre à piombo della bilancia, mentre la bilancia &longs;arà <lb/>in EF verrà ad e&longs;&longs;ere anche il CD in CG à piombo di EF, & il punto<emph.end type="italics"/> <arrow.to.target n="note7"></arrow.to.target><lb/><emph type="italics"/>G della magnitudine composta di EF &longs;arà il centro della grauezza, ilquale men <lb/>tre &longs;i moue de&longs;criuerà la circonferenza del cerchio DGH, il cui mezo diametro <lb/>è CD, & il centro C. </s>

<s id="id.2.1.107.7.0">Ma perche CG non &longs;tà à piombo dell'orizonte, la <lb/>grandezza compo&longs;ta de i pe&longs;i EF non rimarrà in questo &longs;ito, ma &longs;econdo il cen<lb/>tro della &longs;ua grauezza &longs;i mouerà in giù per la circonferenza GH. </s>

<s id="id.2.1.107.8.0">La bilancia <lb/>dunque EF &longs;i mouerà in giù dalla parte dello F, che bi&longs;ognaua mo&longs;trare.<emph.end type="italics"/></s>

<s id="id.2.1.108.1.0"><margin.target id="note6"></margin.target><emph type="italics"/>Per la quar ta del primo d' Archimede delle co&longs;e che pe&longs;ano <expan abbr="egualm&etilde;te">egualmente</expan>.<emph.end type="italics"/></s>

<s id="id.2.1.109.1.0"><margin.target id="note7"></margin.target><emph type="italics"/>Per la prima di questo.<emph.end type="italics"/></s>

<s id="id.2.1.110.1.0">PROPOSITIONE IIII.</s>

<s id="id.2.1.111.1.0">La bilancia egualmente di&longs;tante dall'orizonte, & che habbia nelle &longs;tre <lb/>mità pe&longs;i eguali, & egualmente di&longs;tanti dal centro collocato in e&longs;&longs;a <lb/>bilancia. </s>

<s id="id.2.1.111.2.0">Se ella indi &longs;arà mo&longs;&longs;a, ò non, douunque ella &longs;arà la&longs;cia<lb/>ta, rimarrà. </s><pb/>

<s id="id.2.1.113.1.0"><emph type="italics"/>Sia la bilancia nella linea <lb/>diritta AB egualmen <lb/>te di&longs;tante dall'orizon<lb/>te, il cui centro C &longs;ia <lb/>nella i&longs;te&longs;&longs;a linea AB, <lb/>& la di&longs;tanza CA &longs;ia <lb/>eguale alla distanza <lb/>CB, & &longs;iano i pe&longs;i <lb/>AB eguali, i cui cen<lb/>tri della grauezza &longs;tia <lb/>no ne i punti AB. </s>

<s id="id.2.1.113.2.0">Mo <lb/>ua&longs;i la bilancia come in <lb/>DE, & iui &longs;ia la&longs;cia<lb/>ta. </s>

<s id="id.2.1.113.3.0">Dico primamen<lb/><figure id="id.037.01.026.1.jpg" xlink:href="037/01/026/1.jpg"/><lb/>te che la bilancia DE non &longs;i mouerà, & rimarrà in &que;l &longs;ito. </s>

<s id="id.2.1.113.3.0">Dico primamen<lb/><figure id="fig3"></figure><lb/>te che la bilancia DE non &longs;i mouerà, & rimarrà in quel &longs;ito. </s>

<s id="id.2.1.113.4.0">Hor percioche i <lb/>pe&longs;i AB &longs;ono eguali, &longs;arà il centro della grauezza della magnitudine compo&longs;ta <lb/>delli due pe&longs;i A & B in C. </s>

<s id="id.2.1.113.5.0">Per laqual co&longs;a l'i&longs;te&longs;&longs;o punto C &longs;arà il centro <lb/>della bilancia, & il centro della grauezza di tutto il pe&longs;o. </s>

<s id="id.2.1.113.6.0">Et percioche il centro <lb/>della bilancia che è C, mentre la bilancia AB in&longs;ieme co'pe&longs;i &longs;i moue in DE, <lb/>rimane immobile, non &longs;i mouerà ne anche il centro della grauezza, che è l'i&longs;te&longs;&longs;o C. <lb/></s>

<s id="id.2.1.113.7.0">Adun&que; ne anche la bilancia DE &longs;i mouerà per la diffinitione del centro della <lb/>grauezza, e&longs;&longs;endo in e&longs;&longs;o appiccata. </s>

<s id="id.2.1.113.8.0">L'i&longs;te&longs;&longs;o accade parimente &longs;tando la bilancia <lb/>AB egualmente di&longs;tante dall'orizonte, ouero e&longs;&longs;endo in qual &longs;i voglia altro &longs;ito. <lb/></s>

<s id="id.2.1.113.9.0">Rimarrà dun&que; la bilancia oue &longs;arà la&longs;ciata, che bi&longs;ognaua mo&longs;trare. <emph.end type="italics"/></s>

<s id="id.2.1.113.7.0"><lb/>Adunque ne anche la bilancia DE &longs;i mouerà per la diffinitione del centro della <lb/>grauezza, e&longs;&longs;endo in e&longs;&longs;o appiccata. </s>

<s id="id.2.1.115.1.0"><emph type="italics"/>Benche habbiamo con&longs;iderato nelle co&longs;e predette le grauezze &longs;olamente delle magni<lb/>tudini, le quali &longs;ono po&longs;te nelle &longs;tremità della bilancia, &longs;enza la grauezza della bi<lb/>lancia; niente di manco per e&longs;&longs;ere anche le braccia della bilancia eguali, auenirà lo <lb/>i&longs;te&longs;&longs;o alla bilancia, con&longs;iderata la &longs;ua grauezza in&longs;ieme co' pe&longs;i, ouero &longs;enza pe&longs;i, <lb/>percioche il centro iste&longs;&longs;o della grauezza &longs;enza pe&longs;i &longs;arà anco centro della grauez<lb/>za della bilancia &longs;ola. </s>

<s id="id.2.1.115.2.0">Similmente &longs;e li pe&longs;i &longs;aranno appiccati nelle &longs;tremità del<lb/>la bilancia, come &longs;uole far&longs;i, auerrà l'iste&longs;&longs;o, purche le linee tirate da i punti oue &longs;o<lb/>no attaccati i pe&longs;i ver&longs;o i centri delle grauezze, (moua&longs;i la bilancia in qual &longs;i vo<lb/>glia modo) vadano à concorrere nel centro del mondo, peroche doue &longs;ono attaccati <lb/>i pe&longs;i in &que;sta maniera, iui grauano, come &longs;e in &que;gli &longs;te&longs;&longs;i punti baue&longs;&longs;ero i cen<lb/>tri delle grauezze. </s>

<s id="id.2.1.115.3.0">Oltre à ciò poßiamo con&longs;iderare le co&longs;e che &longs;eguono in tut<lb/>to al modo i&longs;te&longs;&longs;o. <emph.end type="italics"/></s>

<s id="id.2.1.113.9.0"><lb/>Rimarrà dunque la bilancia oue &longs;arà la&longs;ciata, che bi&longs;ognaua mo&longs;trare.<emph.end type="italics"/></s>

<arrow.to.target n="note8"/><emph type="italics"/>Ma percioche à &que;&longs;ta vltima conchiu&longs;ione molte co&longs;e dette da alcuni, che &longs;entono al<lb/>tramente, paiono contra&longs;tare; però in cote&longs;ta parte egli &longs;arà bi&longs;ogno dimorare <lb/>alquanto, & &longs;econdo le mie forze non &longs;olo farò opra di difendere la propria <lb/>mia &longs;entenza, ma Archimede ancora, ilquale &longs;embra e&longs;&longs;ere &longs;tato in &que;&longs;to i&longs;te&longs;<lb/>&longs;o parere. <emph.end type="italics"/></s>

<s id="id.2.1.118.1.0"><margin.target id="note8"/><emph type="italics"/>Giord. </s>

<s id="id.2.1.115.1.0"><emph type="italics"/>Benche habbiamo con&longs;iderato nelle co&longs;e predette le grauezze &longs;olamente delle magni<lb/>tudini, le quali &longs;ono po&longs;te nelle &longs;tremità della bilancia, &longs;enza la grauezza della bi<lb/>lancia; niente di manco per e&longs;&longs;ere anche le braccia della bilancia eguali, auenir à lo <lb/>i&longs;te&longs;&longs;o alla bilancia, con&longs;iderata la &longs;ua grauezza in&longs;ieme co' pe&longs;i, ouero &longs;enza pe&longs;i, <lb/>percioche il centro iste&longs;&longs;o della grauezza &longs;enza pe&longs;i &longs;arà anco centro della grauez<lb/>za della bilancia &longs;ola. </s>

<s id="id.2.1.118.2.0">de' pe&longs;i. </s>

<s id="id.2.1.115.2.0">Similmente &longs;e li pe&longs;i &longs;aranno appiccati nelle &longs;tremità del<lb/>la bilancia, come &longs;uole far&longs;t, aùerrà l'iste&longs;&longs;o, purche le linee tirate da i punti oue &longs;o<lb/>no attaccati i pe&longs;i ver&longs;o i centri delle grauezze, (moua&longs;i la bilancia in qual &longs;i vo<lb/>gliamodo) vadano à concorrere nel centro del mondo, peroche doue &longs;ono attaccati <lb/>i pe&longs;i in questa maniera, iui grauano, come &longs;e in quegli &longs;te&longs;&longs;i punti baue&longs;&longs;ero i cen <lb/>tri delle grauezze. </s>

<s id="id.2.1.115.3.0">Oltre à ciò poßiamo con&longs;iderare le co&longs;e che &longs;eguono in tut<lb/>to al modo i&longs;te&longs;&longs;o.<emph.end type="italics"/></s>

<s id="id.2.1.116.1.0"><arrow.to.target n="note8"></arrow.to.target><emph type="italics"/>Ma percioche à que&longs;ta vltima conchiu&longs;ione molte co&longs;e dette da alcuni, che &longs;entono al<lb/>tramente, paiono contra&longs;tare; però in cote&longs;ta parte egli &longs;arà bi&longs;ogno dimorare <lb/>alquanto, & &longs;econdo le mie forze non &longs;olo farò opra di difendere la propria <lb/>mia &longs;entenza, ma Archimede ancora, ilquale &longs;embra e&longs;&longs;ere &longs;tato in que&longs;to i&longs;te&longs;<lb/>&longs;o parere.<emph.end type="italics"/></s><pb pagenum="6"/>

<s id="id.2.1.118.1.0"><margin.target id="note8"></margin.target><emph type="italics"/>Giord. </s>

<s id="id.2.1.118.2.0">de' pe&longs;i. </s>

<s id="id.2.1.118.3.0">Il Car dano della &longs;ottigliezza. </s>

<s id="id.2.1.118.4.0">Il Tartaglia de' &que;&longs;iti, & <expan abbr="inu&etilde;tioni">inuentioni</expan><emph.end type="italics"/></s><pb pagenum="6" xlink:href="037/01/027.jpg"/>

<s id="id.2.1.118.4.0">Il Tartaglia de' que&longs;iti, & <expan abbr="inu&etilde;tioni">inuentioni</expan><emph.end type="italics"/></s>

<s id="id.2.1.119.1.0"><emph type="italics"/>Po&longs;te le co&longs;e i&longs;te&longs;&longs;e, &longs;ia <lb/>tirata la linea FCG <lb/>à piombo di AB, & <lb/>dell'orizonte: & col <lb/>centro C, & lo &longs;pa<lb/>tio CA &longs;ia de&longs;crit<lb/>to il cerchio ADFB <lb/>EG: &longs;aranno i punti <lb/>ADBE nella circon<lb/>ferenza del cerchio, <lb/>per e&longs;&longs;ere le braccia <lb/>della bilancia eguali. </s>

<s id="id.2.1.119.1.0"><emph type="italics"/>Po&longs;te le co&longs;e i&longs;te&longs;&longs;e, &longs;ia <lb/>tirata la linea FCG <lb/>à piombo di AB, & <lb/>dell'orizonte: & col <lb/>centro C, & lo &longs;pa<lb/>tio CA &longs;ia de&longs;crit<lb/>to il cerchio ADFB <lb/>EG: &longs;aranno i punti <lb/>ADBE nella circon <lb/>ferenza del cerchio, <lb/>per e&longs;&longs;ere le braccia <lb/>della bilancia egual</s>

<s id="id.2.1.119.2.0">& percioche conuen<lb/>gono &que;&longs;ti autori in <lb/>vna &longs;entenza, affer<lb/>mando, che la bilan<lb/>cia DE non &longs;i moue <lb/>in FG, ne rimane in<emph.end type="italics"/><lb/><figure id="id.037.01.027.1.jpg" xlink:href="037/01/027/1.jpg"/><lb/><emph type="italics"/>DE, ma ritorna nella linea AB egualmente di&longs;tante dall'orizonte, mo&longs;trerò &que;<lb/>&longs;ta loro opinione non potere à modo alcuno &longs;tare. </s>

<s id="id.2.1.119.3.0">Percioche &longs;e egli è vero &que;l <lb/>che dicono, ouero auenirà &que;sto effetto per e&longs;&longs;ere il pe&longs;o D più graue del pe&longs;o E, <lb/>ouero &longs;e li pe&longs;i &longs;ono eguali, le di&longs;tanze nelle quali &longs;ono po&longs;ti, non &longs;aranno eguali, <lb/>cioè la CD non &longs;arà eguale alla CE, ma più grande. </s>

<s id="id.2.1.119.2.0">/>& percioche conuen<lb/>gono que&longs;ti autori in <lb/>vna &longs;entenza, affer<lb/>mando, che la bilan<lb/>cia DE non &longs;i moue <lb/>in FG, ne rimane in<emph.end type="italics"/><lb/><figure id="fig4"></figure><lb/><emph type="italics"/>DE, maritornanellalinea AB egualmente di&longs;tante dall'orizonte, mo&longs;trerò que <lb/>&longs;ta loro opinione non potere à modo alcuno &longs;tare. </s>

<s id="id.2.1.119.3.0">Percioche &longs;e egli è vero quel <lb/>che dicono, ouero auenir à questo effetto per e&longs;&longs;ere il pe&longs;o D più graue del pe&longs;o E, <lb/>ouero &longs;e li pe&longs;i &longs;ono eguali, le di&longs;tanze nelle quali &longs;ono po&longs;ti, non &longs;aranno eguali, <lb/>cioè la CD non &longs;arà eguale alla CE, ma più grande. </s>

<s id="id.2.1.119.4.0">Ma che i pe&longs;i col<lb/>locati in DE &longs;iano eguali, & la di&longs;tanza CD &longs;ia eguale alla di&longs;tanza CE, è <lb/>chiaro dalla pre&longs;uppo&longs;ta. </s>

<s id="id.2.1.119.5.0">Hor perche dicono che il pe&longs;o po&longs;to in D in &que;l &longs;i<lb/>to è più graue del pe&longs;o po&longs;to in E nell altro &longs;ito da ba&longs;&longs;o: mentre i pe&longs;i &longs;ono in <lb/>DE, non &longs;arà il punto C piu centro della grauezza, imperoche non stanno fer<lb/>mi &longs;e &longs;ono attaccati al C, ma &longs;arà nella linea CD per la terza del primo di Ar<lb/>chimede delle co&longs;e che pe&longs;ano egualmente. </s>

<s id="id.2.1.119.5.0">Hor perche dicono che il pe&longs;o po&longs;to in D in quel &longs;i<lb/>to è più graue del pe&longs;o po&longs;to in E nell altro &longs;ito da ba&longs;&longs;o: mentre i pe&longs;i &longs;ono in <lb/>DE, non &longs;arà il punto C piu centro della grauezza, imperoche non stanno fer<lb/>mi &longs;e &longs;ono attaccati al C, ma &longs;arà nella linea CD per la terza del primo di At <lb/>chimede delle co&longs;e che pe&longs;ano egualmente. </s>

<s id="id.2.1.119.6.0">Non &longs;arà già nella CE per e&longs;&longs;ere il <lb/>pe&longs;o D più graue del pe&longs;o E: &longs;ia dun&que; in H, nelquale &longs;e &longs;aranno attacca<lb/>ti, rimarranno. </s>

<s id="id.2.1.119.7.0">Et percioche il centro della grauezza de' pe&longs;i congiunti in AB <lb/>&longs;tà nel punto C: ma de' pe&longs;i po&longs;ti in DE il punto è H: mentre dun&que; i pe&longs;i <lb/>AB &longs;i muouono in DE, il centro della grauezza C moueraßi ver&longs;o D, & <lb/>s'appre&longs;&longs;erà più da vicino al D, ilche è impoßibile, per mantenere i pe&longs;i vna me<lb/>de&longs;ima di&longs;tanza fra loro: peroche il centro della grauezza di cia&longs;cun corpo &longs;tà &longs;em<lb/>pre nel mede&longs;imo &longs;ito per ri&longs;petto al &longs;uo corpo. </s>

<s id="id.2.1.119.6.0">Non &longs;arà già nella CE per e&longs;&longs;ere il <lb/>pe&longs;o D più graue del pe&longs;o E: &longs;ia dunque in H, nelquale &longs;e &longs;aranno attacca<lb/>ti, rimarranno. </s>

<s id="id.2.1.119.8.0">Et quantun&que; il punto C &longs;ia il <emph.end type="italics"/>

<arrow.to.target n="note9"/><lb/><emph type="italics"/>centro della grauezza di due corpi A. & B, tuttauia per e&longs;&longs;ere mediante la bi<lb/>lancia co&longs;i giunti in&longs;ieme, che &longs;empre &longs;i trouano nell'iste&longs;&longs;o modo; però il punto C <emph.end type="italics"/>

<s id="id.2.1.119.7.0">Et percioche il centro della grauezza de' pe&longs;i congiunti in AB <lb/>&longs;tà nel punto C: ma de' pe&longs;i po&longs;tiin DE il punto è H: mentre dunque i pe&longs;i <lb/>AB &longs;i muouono in DE, il centro della grauezza C moueraßi ver&longs;o D, & <lb/>s'appre&longs;&longs;er à più da vicino al D, ilche è impoßibile, per mantenere i pe&longs;i vname<lb/>de&longs;ima di&longs;tanza fra loro: peroche il centro della grauezza di cia&longs;cun corpo &longs;tà &longs;em<lb/>pre nel mede&longs;imo &longs;ito per ri&longs;petto al &longs;uo corpo. </s>

<arrow.to.target n="note10"/><lb/><emph type="italics"/>&longs;arà co&longs;i centro della grauezza loro, come &longs;e fo&longs;&longs;e vna &longs;ola magnitudine; percio<lb/>che la bilancia in&longs;ieme co' pe&longs;i fa vn &longs;olo corpo continuo, il cui centro della grauez<lb/>za &longs;empre &longs;tarà nel mezo. </s>

<s id="id.2.1.119.9.0">Non è dun&que; il pe&longs;o po&longs;to in D più graue del pe<lb/>&longs;o po&longs;to in E. </s>

<s id="id.2.1.119.8.0">Et quantunque il punto C &longs;ia il<emph.end type="italics"/> <arrow.to.target n="note9"></arrow.to.target><lb/><emph type="italics"/>centro della grauezza di due corpi A. & B, tuttauia per e&longs;&longs;ere mediante la bi<lb/>lancia co&longs;i giunti in&longs;ieme, che &longs;empre &longs;i trouano nell'iste&longs;&longs;o modo; però il punto C<emph.end type="italics"/> <arrow.to.target n="note10"></arrow.to.target><lb/><emph type="italics"/>&longs;arà co&longs;i centro della grauezza loro, come &longs;e fo&longs;&longs;e vna &longs;ola magnitudine; percio<lb/>che la bilancia in&longs;ieme co' pe&longs;i fa vn &longs;olo corpo continuo, il cui centro della grauez <lb/>za &longs;empre &longs;tarà nel mezo. </s>

<s id="id.2.1.119.10.0">Che &longs;e dice&longs;&longs;ero il centro della grauezza non nella linea CD, ma<emph.end type="italics"/><pb xlink:href="037/01/028.jpg"/><emph type="italics"/>nella CE douer e&longs;&longs;ere, auerrà l'i&longs;te&longs;&longs;o fallo. <emph.end type="italics"/></s>

<s id="id.2.1.121.1.0"><margin.target id="note9"/><emph type="italics"/>Per la &longs;econda &longs;upposta di &que;sto. <emph.end type="italics"/></s>

<s id="id.2.1.119.9.0">Non è dunque il pe&longs;o po&longs;to in D più graue del pe<lb/>&longs;o po&longs;to in E. </s>

<s id="id.2.1.122.1.0"><margin.target id="note10"/><emph type="italics"/>Per la quarta del primo di Archime de delle co&longs;e che pe&longs;ano egualmente. <emph.end type="italics"/></s>

<s id="id.2.1.119.10.0">Che &longs;e dice&longs;&longs;ero il centro della grauezza non nella linea CD, ma<emph.end type="italics"/><pb/><emph type="italics"/>nella CE douer e&longs;&longs;ere, auerrà l'i&longs;te&longs;&longs;o &longs;allo.<emph.end type="italics"/></s>

<s id="id.2.1.121.1.0"><margin.target id="note9"></margin.target><emph type="italics"/>Per la &longs;ecom da &longs;upposta di questo.<emph.end type="italics"/></s>

<s id="id.2.1.122.1.0"><margin.target id="note10"></margin.target><emph type="italics"/>Per la quar ta del primo di Archime de delle co&longs;e che pe&longs;ano egualmente.<emph.end type="italics"/></s>

<s id="id.2.1.123.1.0"><emph type="italics"/>Di più &longs;e il pe&longs;o D &longs;i mouer à in giù, mouer à il pe&longs;o E in sù. </s>

<s id="id.2.1.123.2.0">Adun&que; vn pe&longs;o <lb/>più graue di E nel mede&longs;imo &longs;ito pe&longs;erà tanto quanto il pe&longs;o D, & auerrà che <lb/>co&longs;e graui di&longs;uguali, po&longs;te in eguale distanza pe&longs;eranno egualmente. </s>

<s id="id.2.1.123.2.0">Adunque vn pe&longs;o <lb/>più graue di E nel mede&longs;imo &longs;ito pe&longs;erà tanto quanto il pe&longs;o D, & auerr à che <lb/>co&longs;e graui di&longs;uguali, po&longs;te in eguale distanza pe&longs;eranno egualmente. </s>

<s id="id.2.1.123.3.0">Aggiun<lb/>ga&longs;i dun&que; al pe&longs;o E qualche co&longs;a graue, &longs;i fattamente, che contrape&longs;i al D &longs;e <lb/>nel C &longs;aranno attac<lb/>cati. </s>

<s id="id.2.1.123.4.0">Ma e&longs;&longs;endo &longs;ta<lb/>to di &longs;opra mo&longs;trato <lb/>il punto C e&longs;&longs;ere il c&etilde;<emph.end type="italics"/><lb/><arrow.to.target n="note11"/><emph type="italics"/>tro della grauezza di <lb/>pe&longs;i eguali po&longs;ti in <lb/>DE; &longs;e dun&que; il pe<lb/>&longs;o. </s>

<s id="id.2.1.123.3.0">Aggiun<lb/>ga&longs;i dunque al pe&longs;o E qualche co&longs;a graue, &longs;i &longs;attamente, che contrape&longs;i al D &longs;e <lb/>nel C &longs;aranno attac <lb/>cati. </s>

<s id="id.2.1.123.5.0">E &longs;arà più graue <lb/>del pe&longs;o D, &longs;arà anche <lb/>il centro della grauez<lb/>za nella linea C E. </s>

<s id="id.2.1.123.6.0">& &longs;ia &que;&longs;to centro <lb/>il<emph.end type="italics"/> K. </s>

<s id="id.2.1.123.4.0">Ma e&longs;&longs;endo &longs;ta<lb/>to di &longs;opra mo&longs;trato <lb/>il punto C e&longs;&longs;ere il cè-<emph.end type="italics"/><lb/><arrow.to.target n="note11"></arrow.to.target> <emph type="italics"/>tro della grauezza di <lb/>pe&longs;i eguali po&longs;ti in <lb/>DE; &longs;e dunque il pe<lb/>&longs;o. </s>

<s id="N10C55"><emph type="italics"/>Ma per la diffi<lb/>nitione del centro del<lb/>la grauezza, &longs;e li pe&longs;i <lb/>&longs;aranno appiccati al <emph.end type="italics"/><lb/>K, <emph type="italics"/>staranno fermi. <lb/></s>

<s id="id.2.1.123.7.0">Dun&que; &longs;e &longs;aranno <emph.end type="italics"/><lb/><figure id="id.037.01.028.1.jpg" xlink:href="037/01/028/1.jpg"/><lb/><emph type="italics"/>appiccati al C, non &longs;taranno fermi, che è contra la pre&longs;uppo&longs;ta: ma il pe&longs;o E &longs;i <emph.end type="italics"/><lb/><arrow.to.target n="note12"/><emph type="italics"/>mouerà in giù. </s>

<s id="id.2.1.123.5.0">E &longs;arà più graue <lb/>del pe&longs;o D, &longs;arà anche <lb/>il centro della grauez <lb/>za nella linea C</s>

<s id="id.2.1.123.8.0">Che &longs;e appiccati al C pe&longs;a&longs;&longs;ero ancora egualmente, na&longs;cerebbe <lb/>che di vna magnitudine, due &longs;arebbono i centri della grauezza, che è impo&longs;&longs;ibile. <lb/></s>

<s id="id.2.1.123.9.0">Adun&que; il pe&longs;o po&longs;to in E più graue di &que;llo che è in D, non pe&longs;erà tanto <lb/>quanto il D attaccando&longs;i al punto C. </s>

<s id="id.2.1.123.6.0">/>& &longs;ia que&longs;to centro <lb/>il<emph.end type="italics"/> K. <emph type="italics"/>Ma per la diffi<lb/>nitione del centro del <lb/>la grauezza, &longs;e li pe&longs;i <lb/>&longs;aranno appiccati al<emph.end type="italics"/><lb/>K, <emph type="italics"/>staranno fermi. </s>

<s id="id.2.1.123.10.0">I pe&longs;i dun&que; eguali po&longs;ti in DE, attac<lb/>cati nel centro della loro grauezza pe&longs;eranno egualmente, & &longs;taranno immobili, <lb/>che &longs;u proposto di mo&longs;trare. <emph.end type="italics"/></s>

<s id="id.2.1.125.1.0"><margin.target id="note11"/><emph type="italics"/>Per la terza del primo di Archimede delle co&longs;e che pe&longs;ano egualmente. <emph.end type="italics"/></s>

<s id="id.2.1.123.7.0"><lb/>Dunque &longs;e &longs;aranno<emph.end type="italics"/><lb/><figure id="fig5"></figure><lb/><emph type="italics"/>appiccati al C, non &longs;taranno fermi, che è contra la pre&longs;uppo&longs;ta: ma il pe&longs;o E &longs;i<emph.end type="italics"/><lb/><arrow.to.target n="note12"></arrow.to.target> <emph type="italics"/>mouer à in giù. </s>

<s id="id.2.1.126.1.0"><margin.target id="note12"/><emph type="italics"/>Per la prima &longs;upposta di &que;sto. <emph.end type="italics"/></s>

<arrow.to.target n="note13"/><emph type="italics"/>A &que;&longs;ta vltima &longs;conueneuolezza ri&longs;pondono, dicendo e&longs;&longs;ere impo&longs;&longs;ibile aggiungere al <lb/>lo E &longs;i picciolo pe&longs;o, che in ogni modo &longs;e ben &longs;i appiccano al C, il pe&longs;o E non <lb/>&longs;i moua &longs;empre in giù ver&longs;o il G. </s>

<s id="id.2.1.127.2.0">La qual co&longs;a habbiamo noi pre&longs;uppo&longs;to poter&longs;i <lb/>fare, & credeuamo poter&longs;i fare: Peroche &que;l che è di più del pe&longs;o D &longs;opra <lb/>il pe&longs;o E, hauendo ragione, & parte di quantità, &longs;i imaginauamo non &longs;olamente <lb/>e&longs;&longs;ere minimo, ma ancora poter&longs;i diuidere in infinito, il che eßi per certo non &longs;ola<lb/>mente minimo, ma ne anche e&longs;&longs;ere minimo, non potendo&longs;i ritrouare, &longs;i sforzano di <lb/>mo&longs;trare in &que;&longs;ta maniera. <emph.end type="italics"/></s>

<s id="id.2.1.123.9.0"><lb/>Adunque il pe&longs;o po&longs;to in E più graue di quello che è in D, non pe&longs;er à tanto <lb/>quanto il D attaccando&longs;i al punto C. </s>

<s id="id.2.1.129.1.0"><margin.target id="note13"/><emph type="italics"/>Il Tartaglia nella &longs;esta propo&longs;itione del quarto libro. <emph.end type="italics"/></s><pb pagenum="7" xlink:href="037/01/029.jpg"/>

<s id="id.2.1.123.10.0">I pe&longs;i dunque eguali po&longs;ti in DE, attac<lb/>cati nel centro della loro grauezza pe&longs;eranno egualmente, & &longs;taranno immobili, <lb/>che &longs;u proposto di mo&longs;trare.<emph.end type="italics"/></s>

<s id="id.2.1.130.1.0"><emph type="italics"/>Pongan&longs;i le co&longs;e iste&longs;&longs;e <lb/>& da i punti DE <lb/>&longs;iano tirate le linee <lb/>DHE<emph.end type="italics"/>K <emph type="italics"/>à piombo <lb/>dell'orizonte, & &longs;ia <lb/>vn'altro cerchio L <lb/>DM, il cui centro <lb/>&longs;ia N, ilquale toc<emph.end type="italics"/>

<arrow.to.target n="note14"/><lb/><emph type="italics"/>chi FDG nel pun<lb/>to D, & &longs;ia eguale <emph.end type="italics"/>

<s id="id.2.1.125.1.0"><margin.target id="note11"></margin.target><emph type="italics"/>Per laterza del primo di Archimede delle co&longs;e che pe&longs;ano egual mente.<emph.end type="italics"/></s>

<arrow.to.target n="note15"/><lb/><emph type="italics"/>ad FDG. </s>

<s id="id.2.1.130.2.0">Sarà <lb/>NC linea retta: & <lb/>perche l'angolo<emph.end type="italics"/> K <lb/><emph type="italics"/>EC è eguale all'an<lb/>golo HDN, & <lb/>l'angolo CEG è pa<lb/>rimente eguale al<lb/>l'angolo NDM,<emph.end type="italics"/><lb/><figure id="id.037.01.029.1.jpg" xlink:href="037/01/029/1.jpg"/><lb/><emph type="italics"/>peroche egli è contenuto da mezi diametri, & da circonferenze eguali: &longs;arà il re<lb/>stante angolo & mi&longs;to<emph.end type="italics"/> K<emph type="italics"/>EG eguale al re&longs;tante angolo & mi&longs;to HDM. </s>

<s id="id.2.1.126.1.0"><margin.target id="note12"></margin.target><emph type="italics"/>Per la prima &longs;upposta di questo.<emph.end type="italics"/></s>

<s id="id.2.1.130.3.0">Et per<lb/>cioche pre&longs;uppongono, che quanto è minore l'angolo contenuto dalla linea tirata à <lb/>piombo dell'orizonte, & dalla circonferenza, tanto in &que;l &longs;ito e&longs;&longs;ere anco più gra<lb/>ue il pe&longs;o. </s>

<s id="id.2.1.130.4.0">Talche &longs;i come l'angolo contenuto da HD, & dalla circonferenza <lb/>DG, è minore dell'angolo<emph.end type="italics"/> K<emph type="italics"/>EG, cioè dell'angolo HDM, co&longs;i &longs;econdo &que;&longs;ta <lb/>proportione il pe&longs;o po&longs;to in D &longs;ia più graue di &que;llo che &longs;tà in E. </s>

<s id="id.2.1.127.1.0"><arrow.to.target n="note13"></arrow.to.target> <emph type="italics"/>A que&longs;ta vltima &longs;conueneuolezza ri&longs;pondono, dicendo e&longs;&longs;ere impo&longs;&longs;ibile aggiungere al <lb/>lo E &longs;i picciolo pe&longs;o, che in ogni modo &longs;e ben &longs;i appiccano al C, il pe&longs;o E non <lb/>&longs;i moua &longs;empre in giù ver&longs;o il G. </s>

<s id="id.2.1.130.5.0">Ma la pro<lb/>portione dell'angolo MHD all'angolo HDG è minore di qual &longs;i voglia altra <lb/>proportione, che &longs;i troui tra la maggiore, & minore quantità: Adun&que; la pro<lb/>portione de i pe&longs;i DE &longs;arà la minima di tutte le proportioni, anzi non &longs;arà qua&longs;i <lb/>ne anche proportione, e&longs;&longs;endo la minima di tutte le proportioni. </s>

<s id="id.2.1.130.6.0">Che la propor<lb/>tione di MDH ver&longs;o HDG &longs;ia di tutte la minima, mo&longs;trano con &que;&longs;ta ne<lb/>ce&longs;&longs;aria ragione, peroche MHD &longs;upera HDG con angolo di linea curua, che <lb/>è MGD, ilquale angolo è il minimo di tutti gli angoli fatti di linee rette: ne po<lb/>tendo&longs;i dare angolo minore di MGD &longs;arà la proportione di MDH ver&longs;o HDG <lb/>la minima di tutte le proportioni. </s>

<s id="id.2.1.127.2.0">La qual co&longs;a habbiamo noi pre&longs;uppo&longs;to poter&longs;i <lb/>fare, & credeuamo poter&longs;i fare: Peroche quel che è di più del pe&longs;o D &longs;opra <lb/>il pe&longs;o E, hauendo ragione, & parte di quantità, &longs;i imaginauamo non &longs;olamente <lb/>e&longs;&longs;ere minimo, ma ancora poter&longs;i diuidere in infinito, il che eßi per certo non &longs;ola<lb/>mente minimo, ma ne anche e&longs;&longs;ere minimo, non potendo&longs;i ritrouare, &longs;i s&longs;orzano di <lb/>mo&longs;tr are in que&longs;ta maniera.<emph.end type="italics"/></s><pb pagenum="7"/>

<s id="id.2.1.130.7.0">Laqual ragione pare e&longs;&longs;ere grandemente friuo<lb/>la, peroche quantun&que; l'angolo MDG &longs;ia di tutti gli angoli fatti di linee rette <lb/>il minore, non perciò &longs;egue totalmente egli e&longs;&longs;ere di tutti gli angoli il minimo, im<emph.end type="italics"/>

<arrow.to.target n="note16"/><lb/><emph type="italics"/>peroche &longs;ia dal punto D tirata la linea DO à piombo di NC, ambedue &que;<lb/>ste toccheranno le circonferenze LDMFDG nel punto D. </s>

<s id="id.2.1.129.1.0"><margin.target id="note13"></margin.target><emph type="italics"/>Il Tartaglia nella &longs;esta propo&longs;itione del quate li bre.<emph.end type="italics"/></s>

<s id="id.2.1.130.8.0">Ma percioche le <lb/>circonferenze &longs;ono eguali, &longs;arà l'angolo MDO misto eguale all'angolo ODG mi<lb/>&longs;to. </s>

<s id="id.2.1.130.9.0">L'vno de gli angoli dun&que;, cioè ODG &longs;arà minore di MDG, cioè minore <emph.end type="italics"/>

<s id="id.2.1.130.1.0"><emph type="italics"/>Pongan&longs;i le co&longs;e iste&longs;&longs;e <lb/>& da<gap/>i punti DE <lb/>&longs;iano tirate le linee <lb/>DHE<emph.end type="italics"/>K <emph type="italics"/>à piombo <lb/>dell'orizonte, & &longs;ia <lb/>vn'altro cerchio L <lb/>DM, il cui centro <lb/>&longs;ia N, ilquale toc<emph.end type="italics"/> <arrow.to.target n="note14"></arrow.to.target><lb/><emph type="italics"/>chi FDG nel pun <lb/>to D, & &longs;ia eguale<emph.end type="italics"/> <arrow.to.target n="note15"></arrow.to.target><lb/><emph type="italics"/>ad FDG. </s>

<arrow.to.target n="note17"/><lb/><emph type="italics"/>del minimo. </s>

<s id="id.2.1.130.10.0">Dapoi l'angolo ODH &longs;arà minore dell'angolo MDH. </s>

<s id="id.2.1.130.2.0">Sarà <lb/>NC linea retta: & <lb/>perche l'angolo<emph.end type="italics"/> K <lb/><emph type="italics"/>EC è eguale all'an<lb/>golo HDN, & <lb/>l'angolo CEG è pa <lb/>rimente eguale al<lb/>l'angolo NDM,<emph.end type="italics"/><lb/><figure id="fig6"></figure><lb/><emph type="italics"/>peroche egli è contenuto da mezi diametri, & da circonferenze eguali: &longs;arà il re<lb/>stante angolo & mi&longs;to<emph.end type="italics"/> K<emph type="italics"/>EG eguale al re&longs;tante angolo & mi&longs;to HDM. </s>

<s id="id.2.1.130.11.0">Per laqual co&longs;a <lb/>ODH haurà proportione minore all'angolo HDG, che MDH all'i&longs;te&longs;&longs;o <emph.end type="italics"/><pb xlink:href="037/01/030.jpg"/><emph type="italics"/>HDG. </s>

<s id="id.2.1.130.12.0">Dara&longs;&longs;i dun&que; la proportione anco minore della minima, laquale mostre<lb/>remo dauantaggio in infinito minore in &que;sto modo. </s>

<s id="id.2.1.130.3.0">Et per<lb/>cioche pre&longs;uppongono, che quanto è minore l'angolo contenuto dalla linea tirata à <lb/>piombo dell'orizonte, & dalla circonferenza, tanto in quel &longs;ito e&longs;&longs;ere anco più gra <lb/>ue il pe&longs;o. </s>

<s id="id.2.1.130.13.0">De&longs;criua&longs;i il cerchio DR, <lb/>il cui centro &longs;ia E, & il mezo diametro ED, la circonferentia DR tocche<emph.end type="italics"/><lb/><arrow.to.target n="note18"/><emph type="italics"/>rà la circonferenza <lb/>DG nel punto D, <lb/>& la linea DO nel <emph.end type="italics"/><lb/><arrow.to.target n="note19"/><emph type="italics"/>punto D. </s>

<s id="id.2.1.130.14.0">Per laqual <lb/>co&longs;a minore &longs;arà l'an<lb/>golo RDG dell'an<lb/>golo ODG, & &longs;i<lb/>milmente l'angolo R <lb/>DH dell'angolo O <lb/>DH. </s>

<s id="id.2.1.130.4.0">Talche &longs;i come l'angolo contenuto da HD, & dalla circonferenza <lb/>DG, è minore dell'angolo<emph.end type="italics"/> K<emph type="italics"/>EG, cioè dell'angolo HDM, co&longs;i &longs;econdo que&longs;ta <lb/>proportione il pe&longs;o po&longs;to in D &longs;ia più graue di quello che &longs;tà in E. </s>

<s id="id.2.1.130.15.0">Adun&que; ha<lb/>uerà minore propor<lb/>tione RDH ad HD <lb/>G di &que;l che haurà <lb/>ODH ad HDG. <lb/></s>

<s id="id.2.1.130.16.0">Pigli&longs;i dapoi tra E <lb/>& C, come &longs;i vuo<lb/>le, il punto P, dal<lb/>quale nella di&longs;tanza <emph.end type="italics"/><lb/><figure id="id.037.01.030.1.jpg" xlink:href="037/01/030/1.jpg"/><lb/><emph type="italics"/>di PD &longs;i de&longs;criua vn'altra circonferenza DQ, laquale toccherà la circonferen<lb/>tia DR, & la circonferentia DG nel punto D, & l'angolo QDH &longs;arà mi <lb/>nore dell'angolo RDH. </s>

<s id="id.2.1.130.5.0">Mala pro<lb/>portione dell'angolo MHD all'angolo HDG è minore di qual &longs;i voglia altra <lb/>proportione, che &longs;i troui tra la maggiore, & minore quantità: Adunque la pro<lb/>portione de i pe&longs;i DE &longs;arà la minima di tutte le proportioni, anzinon &longs;arà qua&longs;i <lb/>ne anche proportione, e&longs;&longs;endo la minima di tutte le proportioni. </s>

<s id="id.2.1.130.17.0">Adun&que; QDH haurà proportione minore ad HDG <lb/>che RDH ad HDG, & nell'i&longs;te&longs;&longs;o modo in tutto, &longs;e tra il C & il P &longs;i tor<lb/>rà vn'altro punto, & tra &que;&longs;to, & il C vn'altro, & co&longs;i &longs;ucceßiuamente &longs;i de<lb/>&longs;criueranno infinite circonferentie tra DO, & la circonferenza DG: dalle quali <lb/>troueremo &longs;empre la proportione minore in infinito: & co&longs;i &longs;egue, che la propor<lb/>tione del pe&longs;o po&longs;to in D al pe&longs;o po&longs;to in E non &longs;ia tanto picciola, che non &longs;i <lb/>po&longs;&longs;a ritrouarla &longs;empre minore in infinito. </s>

<s id="id.2.1.130.18.0">Et perche l'angolo MDG &longs;i puote <lb/>diuidere in infinito, &longs;i potrà anche diuidere &que;l più di grauezza che ha il D &longs;o<lb/>pra lo E in infinito. <emph.end type="italics"/></s>

<s id="id.2.1.130.6.0">Che la propor<lb/>tione di MDH ver&longs;o HDG &longs;ia di tutte la minima, mo&longs;trano con que&longs;ta ne<lb/>ce&longs;&longs;aria ragione, peroche MHD &longs;upera HDG con angolo di linea curua, che <lb/>è MGD, ilquale angolo è il minimo di tutti gli angoli fatti di linee rette: ne po<lb/>tendo&longs;i dare angolo minore di MGD &longs;arà la proportione di MDH ver&longs;o HDG <lb/>la minima di tutte le proportioni. </s>

<s id="id.2.1.134.1.0"><margin.target id="note14"/><emph type="italics"/>Per la &longs;econda del terzo. <emph.end type="italics"/></s>

<s id="id.2.1.135.1.0"><margin.target id="note15"/><emph type="italics"/>Per la vige&longs;imanona del primo. <emph.end type="italics"/></s>

<s id="id.2.1.130.7.0">Laqual ragione pare e&longs;&longs;ere grandemente friuo<lb/>la, peroche quantunque l'angolo MDG &longs;ia di tutti gli angoli fatti di linee rette <lb/>il minore, non perciò &longs;egue totalmente egli e&longs;&longs;ere di tutti gli angoli il minimo, im-<emph.end type="italics"/> <arrow.to.target n="note16"></arrow.to.target><lb/><emph type="italics"/>peroche &longs;ia dal punto D tirata la linea DO à piombo di NC, ambedue que<lb/>ste toccberanno le circonferenze LDMFDG nel punto D. </s>

<s id="id.2.1.136.1.0"><margin.target id="note16"/><emph type="italics"/>Per la decima ottaua del terzo. <emph.end type="italics"/></s>

<s id="id.2.1.137.1.0"><margin.target id="note17"/><emph type="italics"/>Per la ottaua del quinto. <emph.end type="italics"/></s>

<s id="id.2.1.130.8.0">Ma percioche le <lb/>circonferenze &longs;ono eguali, &longs;arà l'angolo MDO misto eguale all'angolo ODG mi<lb/>&longs;to. </s>

<s id="id.2.1.138.1.0"><margin.target id="note18"/><emph type="italics"/>Per la vndecima del terzo. <emph.end type="italics"/></s>

<s id="id.2.1.139.1.0"><margin.target id="note19"/><emph type="italics"/>Per la decima ottaua del terzo. <emph.end type="italics"/></s><pb pagenum="8" xlink:href="037/01/031.jpg"/>

<s id="id.2.1.130.9.0">L'vno de gli angoli dunque, cioè ODG &longs;arà minore di MDG, cioè minore<emph.end type="italics"/> <arrow.to.target n="note17"></arrow.to.target><lb/><emph type="italics"/>del minimo. </s>

<s id="id.2.1.140.1.0"><emph type="italics"/>Ne bi&longs;ogna trala&longs;ciare, che <lb/>eglino hanno pre&longs;uppo&longs;to <lb/>nella demo&longs;tratione l'ango <lb/>lo<emph.end type="italics"/> K<emph type="italics"/>EG e&longs;&longs;er maggiore del<lb/>l'angolo HDC, come co<lb/>&longs;a nota: il che ben è vero &longs;e <lb/>DHE<emph.end type="italics"/>K <emph type="italics"/>&longs;ono fra loro e<lb/>gualmente di&longs;tanti. </s>

<s id="id.2.1.130.10.0">Dapoi l'angolo ODH &longs;arà minore dell'angolo MDH. </s>

<s id="id.2.1.140.2.0">Ma <lb/>percioche, come eßi pari<lb/>mente pre&longs;uppongono, le <lb/>linee DHE<emph.end type="italics"/>K <emph type="italics"/>&longs;i vanno à <lb/>trouare nel centro del mon<lb/>do, le linee DHE<emph.end type="italics"/>K <emph type="italics"/>non <lb/>&longs;aranno egualmente di&longs;tan<lb/>ti giamai, et <expan abbr="l'ãgolo">l'angolo</expan><emph.end type="italics"/> K<emph type="italics"/>EG <lb/>non &longs;olo non &longs;arà maggio<lb/>re dall'angolo HDG, ma <lb/>minore. </s>

<s id="id.2.1.130.11.0">Per laqual co&longs;a <lb/>ODH haurà proportione minore all'angolo HDG, che MDH all'i&longs;te&longs;&longs;o<emph.end type="italics"/><pb/><emph type="italics"/>HDG. </s>

<s id="id.2.1.130.12.0">Dara&longs;&longs;i dunque la proportione anco minore della minima, laquale mostre<lb/>remo dauantaggio in in&longs;inito minore in questo modo. </s>

<s id="id.2.1.130.13.0">De&longs;criua&longs;i il cerchio DR, <lb/>il cui centro &longs;ia E, & il mezo diametro ED, la circonferentia DR tocche-<emph.end type="italics"/><lb/><arrow.to.target n="note18"></arrow.to.target> <emph type="italics"/>rà la circonferenza <lb/>DG nel punto D, <lb/>& la linea DO nel<emph.end type="italics"/><lb/><arrow.to.target n="note19"></arrow.to.target> <emph type="italics"/>punto D. </s>

<s id="id.2.1.130.14.0">Per laqual <lb/>co&longs;a minore &longs;arà l'an <lb/>golo RDG dell'an<lb/>golo ODG, & &longs;i<lb/>milmente l'angolo R <lb/>DH dell'angolo O <lb/>DH. </s>

<s id="id.2.1.130.15.0">Adunque ha<lb/>uer à minore propor<lb/>tione RDH ad HD <lb/>G di quel che haurà <lb/>ODH ad HDG. </s>

<s id="id.2.1.130.16.0"><lb/>Pigli&longs;i dapoi tra E <lb/>& C, come &longs;i vuo<lb/>le, il punto P, dal <lb/>quale nella di&longs;tanza<emph.end type="italics"/><lb/><figure id="fig7"></figure><lb/><emph type="italics"/>di PD &longs;i de&longs;criua vn'altra circonferenza DQ, laquale toccherà la circonferen<lb/>tia DR, & la circonferentia DG nel punto D, & l'angolo QDH &longs;arà mi <lb/>nore dell'angolo RDH. </s>

<s id="id.2.1.130.17.0">Adunque QDH haurà proportione minore ad HDG <lb/>che RDH ad HDG, & nell'i&longs;te&longs;&longs;o modo in tutto, &longs;e tra il C & il P &longs;i tor<lb/>rà vn'altro punto, & tra que&longs;to, & il C vn'altro, & co&longs;i &longs;ucceßiuamente &longs;i de<lb/>&longs;criueranno infinite circonferentie tra DO, & la circonferenza DG: dalle quali <lb/>troueremo &longs;empre la proportione minore in infinito: & co&longs;i &longs;egue, che la propor<lb/>tione del pe&longs;o po&longs;to in D al pe&longs;o po&longs;to in E non &longs;ia tanto picciola, che non &longs;i <lb/>po&longs;&longs;a ritrouarla &longs;empre minore in infinito. </s>

<s id="id.2.1.130.18.0">Et perche l'angolo MDG &longs;i puote <lb/>diuidere in infinito, &longs;i potrà anche diuidere quel più di grauezza che ha il D &longs;o<lb/>pra lo E in infinito.<emph.end type="italics"/></s><pb pagenum="8"/>

<s id="id.2.1.134.1.0"><margin.target id="note14"></margin.target><emph type="italics"/>Per la &longs;ecen da del terzo<emph.end type="italics"/></s>

<s id="id.2.1.135.1.0"><margin.target id="note15"></margin.target><emph type="italics"/>Per la vige &longs;imanona del prim<gap/>.<emph.end type="italics"/></s>

<s id="id.2.1.136.1.0"><margin.target id="note16"></margin.target><emph type="italics"/>Per la decima ottaua del terzo.<emph.end type="italics"/></s>

<s id="id.2.1.137.1.0"><margin.target id="note17"></margin.target><emph type="italics"/>Per la ottaua del quinto.<emph.end type="italics"/></s>

<s id="id.2.1.139.1.0"><margin.target id="note19"></margin.target><emph type="italics"/>Per la decima ottaua del terzo.<emph.end type="italics"/></s>

<s id="id.2.1.140.1.0"><emph type="italics"/>Ne bi&longs;ogna trala&longs;ciare, che <lb/>eglino hanno pre&longs;upp o&longs;to <lb/>nella demo&longs;tratione l'ango <lb/>lo<emph.end type="italics"/> K<emph type="italics"/>EG e&longs;&longs;er maggiore del <lb/>l'angolo HDC, come co <lb/>&longs;a nota: il che ben è vero &longs;e <lb/>DHE<emph.end type="italics"/>K <emph type="italics"/>&longs;ono fra loro e<lb/>gualmente di&longs;tanti. </s>

<s id="id.2.1.140.2.0">Ma <lb/>percioche, come eßi pari<lb/>mente pre&longs;uppongono, le <lb/>linee DHE<emph.end type="italics"/>K <emph type="italics"/>&longs;i vanno à <lb/>trouare nel centro del mon <lb/>do, le linee DHE<emph.end type="italics"/>K <emph type="italics"/>non <lb/>&longs;aranno egualmente di&longs;tan <lb/>ti giamai, et <expan abbr="l'ãgolo">l'angolo</expan><emph.end type="italics"/> K<emph type="italics"/>EG <lb/>non &longs;olo non &longs;arà maggio<lb/>re dall'angolo HDG, ma <lb/>minore. </s>

<s id="id.2.1.140.3.0">Come per gra<lb/>tia di e&longs;&longs;empio, &longs;ia tirata la <lb/>linea FG &longs;in al centro del <lb/>mondo, che &longs;ia S, & con <lb/>giungan&longs;i DS ES. </s>

<s id="id.2.1.140.4.0">Egli <lb/>è da mostrare l'angolo SE <lb/>G e&longs;&longs;ere minore dell'ango <lb/>lo SDG. </s>

<s id="id.2.1.140.5.0">Tiri&longs;i dal punto <lb/>E la linea ET, che toc<lb/>chi il cerchio DGEF, & <lb/>dall'i&longs;te&longs;&longs;o punto &longs;ia tirata <lb/>la EV egualmente di&longs;tan<emph.end type="italics"/><lb/><figure id="id.037.01.031.1.jpg" xlink:href="037/01/031/1.jpg"/><lb/><emph type="italics"/>te da DS: Percioche dun&que; EVDS &longs;ono tra loro egualmente di&longs;tanti, &longs;imil<lb/>mente ET DO &longs;ono egualmente di&longs;tanti: &longs;arà l'angolo VET eguale all'ango<lb/>lo SDO: & l'angolo TEG eguale all'angolo ODM, per e&longs;&longs;ere contenuto da <lb/>linee toccanti la circonferenza, & da circonferenze eguali. </s>

<s id="id.2.1.140.6.0">Tutto l'angolo dun<lb/>&que; VEG &longs;arà eguale all'angolo SDM. </s>

<s id="id.2.1.140.5.0">Tiri&longs;i dal punto <lb/>E la linea ET, che toc<lb/>chi il cerchio DGEF, & <lb/>dall'i&longs;te&longs;&longs;o punto &longs;ia tirata <lb/>la EV egualmente di&longs;tan<emph.end type="italics"/><lb/><figure id="fig8"></figure><lb/><emph type="italics"/>te da DS: Percioche dunque EVDS &longs;ono traloro egualmente di&longs;tanti, &longs;imil<lb/>mente ET DO &longs;ono egualmente di&longs;tanti: &longs;arà l'angolo VET eguale all'ango<lb/>lo SDO: & l'angolo TEG eguale all'angolo ODM, per e&longs;&longs;ere contenuto da <lb/>linee toccanti la circonferenza, & da circonferenze eguali. </s>

<s id="id.2.1.140.7.0">Leui&longs;i via dall'angolo SDM l'ango <lb/>lo di linee curue MDG: & dall'angolo VEG leui&longs;i via l'angolo VES, & <lb/>l'angolo VES fatto di linee rette è maggiore dell'angolo MDG fatto di linee <lb/>curue; &longs;arà il re&longs;tante angolo SEG minore dell'angolo SDG. </s>

<s id="id.2.1.140.8.0">Per laqual co&longs;a <lb/>dalle pre&longs;uppo&longs;te loro non &longs;olo il pe&longs;o posto in D &longs;arà più graue del pe&longs;o po&longs;to <lb/>in E, ma per lo contrario il pe&longs;o E &longs;arà più graue dell'i&longs;te&longs;&longs;o D. <emph.end type="italics"/></s><pb xlink:href="037/01/032.jpg"/>

<s id="id.2.1.140.6.0">Tutto l'angolo dun<lb/>que VEG &longs;arà eguale all'angolo SDM. </s>

<s id="id.2.1.143.1.0"><emph type="italics"/>Producono tutta via <lb/>ragioni con le quali <lb/>&longs;i sforzano di mo<lb/>&longs;trare, che la bilan<lb/>cia DE ritorna per <lb/>neceßità in AB e<lb/>gualmente distante <lb/>dall'orizonte. </s>

<s id="id.2.1.143.2.0">Pri<lb/>ma dimo&longs;trano l'i<lb/>&longs;te&longs;&longs;o pe&longs;o e&longs;&longs;ere più <lb/>graue in A, che <lb/>in altro &longs;ito, che <lb/>chiamano &longs;ito della <lb/>egualità, e&longs;&longs;endo la <lb/>linea AB egual<lb/>mente di&longs;tante dal<lb/>l'orizonte. </s>

<s id="id.2.1.143.3.0">Da<lb/>poi quanto è più da<emph.end type="italics"/><lb/><figure id="id.037.01.032.1.jpg" xlink:href="037/01/032/1.jpg"/><lb/><emph type="italics"/>pre&longs;&longs;o allo A, tanto e&longs;&longs;ere piu graue di qual &longs;i voglia altro più da lontano, cioè <lb/>il pe&longs;o po&longs;to in A e&longs;&longs;ere più graue, che in D; & in D, che in L: & &longs;imil<lb/>mente in A più graue, che in N; & in N più graue, che in M. </s>

<s id="id.2.1.140.8.0">Per laqual co&longs;a <lb/>dalle pre&longs;uppo&longs;te loro non &longs;olo il pe&longs;o posto in D &longs;arà più graue del pe&longs;o po&longs;to <lb/>in E, ma per lo contrario il pe&longs;o E &longs;arà più graue dell'i&longs;te&longs;&longs;o D.<emph.end type="italics"/></s><pb/>

<s id="id.2.1.143.4.0">Con&longs;ide<emph.end type="italics"/><lb/><arrow.to.target n="note20"/><emph type="italics"/>rando &longs;olamente vn pe&longs;o in vno delle braccia in sù, ouero in giù mo&longs;&longs;o. </s>

<s id="id.2.1.143.5.0">Percio<lb/>che dicono, po&longs;ta la trutina della bilancia in CF, il pe&longs;o me&longs;&longs;o in A è più lunge <lb/>dalla trutina che in D; & in D più lunge, che in L: peroche tirate le linee DO <emph.end type="italics"/><lb/><arrow.to.target n="note21"/><emph type="italics"/>LP à piombo di CF, la linea AC re&longs;ta maggiore di DO, & DO di e&longs;&longs;a LP, <lb/>& auiene l'i&longs;te&longs;&longs;o ne i punti NM. </s>

<s id="id.2.1.143.6.0">Dapoi dicono da qual luogo il pe&longs;o &longs;i mo<lb/>ue più velocemente, iui è più graue: ma egli &longs;i moue più velocemente dallo <emph.end type="italics"/><lb/><arrow.to.target n="note22"/><emph type="italics"/>A, che da altro &longs;ito; adun&que; egli è più graue nello A. </s>

<s id="id.2.1.143.7.0">Con &longs;imile mo<lb/>do, quanto più egli è da pre&longs;&longs;o allo A, tanto più velocemente &longs;i moue: <lb/>adun&que; nel D &longs;arà più graue, che in L. </s>

<s id="id.2.1.143.8.0">L'altra cagione poi che cauano dal mo<emph.end type="italics"/><lb/><arrow.to.target n="note23"/><emph type="italics"/>uimento più diritto, & più torto è, che quanto il pe&longs;o di&longs;cende più diritto in archi <lb/>eguali, pare e&longs;&longs;er anco più graue; concio&longs;ia che il pe&longs;o e&longs;&longs;endo libero, & &longs;ciolto, &longs;i <lb/>moua di &longs;ua propria natura per lo diritto; ma in A egli di&longs;cende più dirittamen<emph.end type="italics"/><lb/><arrow.to.target n="note24"/><emph type="italics"/>te; dun&que; in A &longs;arà più graue, & dimo&longs;trano ciò pigliando l'arco AN egua<lb/>le all'arco LD. </s>

<s id="N10F75">& da i punti NL &longs;iano tirate le linee NRLQ egualmente di<lb/>&longs;tanti dalla linea FG, laquale chiamano anche della direttione; & &que;lle altre &longs;e<lb/>gheranno le linee ABDO in QR, & dal punto N &longs;ia tirata la NT à piombo <lb/>di FG: Dimo&longs;trano veramente LQ e&longs;&longs;ere eguale à PO, & NR ad e&longs;&longs;a CT, <lb/>& la linea NR e&longs;&longs;er maggiore di Lq. </s>

<s id="id.2.1.143.3.0">Da<lb/>poi quanto è più da<emph.end type="italics"/><lb/><figure id="fig9"></figure><lb/><emph type="italics"/>pre&longs;&longs;o allo A, tanto e&longs;&longs;ere piu graue di qual &longs;i voglia altro più da lontano, cioè <lb/>il pe&longs;o po&longs;to in A e&longs;&longs;ere più graue, che in D; & in D, che in L: & &longs;imil<lb/>mente in A più graue, che in N; & in N più graue, che in M. </s>

<s id="N10F7F">Hor percioche la di&longs;ce&longs;a del pe&longs;o dallo A <lb/>fin ad N per la circonferentia di AN trapa&longs;&longs;a maggior parte della linea FG, <lb/>(che eßi chiamano pigliare di diritto) che la di&longs;ce&longs;a di L in D per la circonferenza <lb/>LD; concio&longs;ia che la di&longs;ce&longs;a AN trapaßi la linea CT, ma la di&longs;ce&longs;a LD la linea <emph.end type="italics"/><pb pagenum="9" xlink:href="037/01/033.jpg"/><emph type="italics"/>PO, & CT è maggiore di PO, la di&longs;ce&longs;a di AN &longs;arà più diritta, che la di<lb/>&longs;ce&longs;a di LD: &longs;arà dun&que; più graue il pe&longs;o po&longs;to in A, che in L, ouero in qual <lb/>&longs;i voglia altro &longs;ito, & nell'i&longs;te&longs;&longs;o modo dimo&longs;trano, che quanto il pe&longs;o è più vicino <lb/>allo A, è più graue; cioè &longs;iano le circonferenze LD DA tra loro eguali, & <lb/>dal punto D &longs;ia tirata la linea DR à piombo di AB; &longs;arà la DR eguale al<emph.end type="italics"/>

<arrow.to.target n="note25"/><lb/><emph type="italics"/>la CO. </s>

<s id="id.2.1.143.4.0">Con&longs;ide-<emph.end type="italics"/><lb/><arrow.to.target n="note20"></arrow.to.target> <emph type="italics"/>rando &longs;olamente vn pe&longs;o in vno delle braccia in sù, ouero in giù mo&longs;&longs;o. </s>

<s id="id.2.1.143.9.0">& dimo<lb/>&longs;trano po&longs;cia, che <lb/>la linea DR è mag<lb/>giore della LQ, & <lb/>dicono che la &longs;ce&longs;a <lb/>di DA prende più <lb/>di &longs;ce&longs;a diritta, che <lb/>non fa LD, pe<lb/>roche è maggiore <lb/>la linea CO, che <lb/>la OT: Per la<lb/>qual co&longs;a il pe&longs;o &longs;a<lb/>rà più graue in D, <lb/>che in L, ilche pa<lb/>rimente auiene ne <lb/>punti NM. </s>

<s id="id.2.1.143.10.0">& <lb/>co&longs;i il pre&longs;uppo&longs;to, <lb/>per loquale dimo<emph.end type="italics"/><lb/><figure id="id.037.01.033.1.jpg" xlink:href="037/01/033/1.jpg"/><lb/><emph type="italics"/>&longs;trano la bilancia DE ritornare in AB a&longs;&longs;ermano come noto, & manife&longs;to; cioè <emph.end type="italics"/>

<s id="id.2.1.143.5.0">Percio<lb/>che dicono, po&longs;ta la trutina della bilancia in CF, il pe&longs;o me&longs;&longs;o in A è più lunge <lb/>dalla trutina che in D; & in D più lunge, che in L: peroche tirate le linee DO<emph.end type="italics"/><lb/><arrow.to.target n="note21"></arrow.to.target> <emph type="italics"/>LP à piombo di CF, la linea AC re&longs;ta maggiore di DO, & DO di e&longs;&longs;a LP, <lb/>& auiene l'i&longs;te&longs;&longs;o ne i punti NM. </s>

<arrow.to.target n="note26"/><lb/><emph type="italics"/>che &longs;econdo il &longs;ito il pe&longs;o è tanto più graue, quanto nel mede&longs;imo &longs;ito manco tor<lb/>ta è la &longs;ce&longs;a: & la cagione di cotal ritorno dicono e&longs;&longs;ere &que;&longs;ta; peroche la &longs;ce&longs;a del <lb/>pe&longs;o po&longs;to in D è più diritta della &longs;ce&longs;a del pe&longs;o po&longs;to in E, per pigliare il pe&longs;o <emph.end type="italics"/>

<arrow.to.target n="note27"/><lb/><emph type="italics"/>di E manco della direttione in de&longs;cendendo che non fa il pe&longs;o di D pur nel di&longs;cen<lb/>dere: Come &longs;e l'arco EV &longs;ia eguale à DA, & &longs;iano tirate VHET à piom<lb/>bo di FG; &longs;arà maggiore DR di TH. </s>

<s id="id.2.1.143.6.0">Dapoi dicono da qual luogo il pe&longs;o &longs;i mo<lb/>ue più velocemente, iui è più graue: ma egli &longs;i moue più velocemente dallo<emph.end type="italics"/><lb/><arrow.to.target n="note22"></arrow.to.target> <emph type="italics"/>A, che da altro &longs;ito; adunque egli è più graue nello A. </s>

<s id="id.2.1.143.11.0">Per laqual co&longs;a per la pre&longs;uppo&longs;ta il pe<emph.end type="italics"/>

<arrow.to.target n="note28"/><lb/><emph type="italics"/>&longs;o me&longs;&longs;o in D per ri&longs;petto al &longs;ito &longs;arà più graue del pe&longs;o me&longs;&longs;o in E. </s>

<s id="id.2.1.143.7.0">Con &longs;imile mo<lb/>do, quanto più egli è da pre&longs;&longs;o allo A, tanto più velocemente &longs;i moue: <lb/>adunque nel D &longs;arà più graue, che in L. </s>

<s id="id.2.1.143.12.0">Adun&que; <lb/>il pe&longs;o me&longs;&longs;o in D e&longs;&longs;endo più graue &longs;i mouerà in giù, & il pe&longs;o po&longs;to in E in <lb/>&longs;u fin che la bilancia DE ritorni in AB. <emph.end type="italics"/></s>

<s id="id.2.1.146.1.0"><margin.target id="note20"/><emph type="italics"/>Il Cardano nel primo della &longs;ottigliezza. <emph.end type="italics"/></s>

<s id="id.2.1.143.8.0">L'altra cagione poi che cauano dal mo-<emph.end type="italics"/><lb/><arrow.to.target n="note23"></arrow.to.target> <emph type="italics"/>uimento più diritto, & più torto è, che quanto il pe&longs;o di&longs;cende più diritto in archi <lb/>eguali, pare e&longs;&longs;er anco più graue; concio&longs;ia che il pe&longs;o e&longs;&longs;endo libero, & &longs;ciolto, &longs;i <lb/>moua di &longs;ua propria natura per lo diritto; ma in A egli di&longs;cende più dirittamen<emph.end type="italics"/><lb/><arrow.to.target n="note24"></arrow.to.target> <emph type="italics"/>te; dunque in A &longs;arà più graue, & dimo&longs;trano ciò pigliando l'arco AN egua<lb/>le all'arco LD. & da i punti NL &longs;iano tirate le linee NRLQ egualmente di<lb/>&longs;tanti dalla linea FG, laquale chiamano anche della direttione; & quelle altre &longs;e<lb/>gheranno le linee ABDO in QR, & dal punto N &longs;ia tirata la NT à piombo <lb/>di FG: Dimo&longs;trano veramente LQ e&longs;&longs;ere eguale à PO, & NR ad e&longs;&longs;a CT, <lb/>& la linea NR e&longs;&longs;er maggiore di <expan abbr="Lq.">Lque</expan> Hor percioche la di&longs;ce&longs;a del pe&longs;o dallo A <lb/>fin ad N per la circonferentia di AN trapa&longs;&longs;a maggior parte della linea FG, <lb/>(che eßi chiamano pigliare di diritto) che la di&longs;ce&longs;a di L in D per la circonferenza <lb/>LD; concio&longs;ia che la di&longs;ce&longs;a AN trapaßi la linea CT, ma la di&longs;ce&longs;a LD la linea<emph.end type="italics"/><pb pagenum="9"/><emph type="italics"/>PO, & CT è maggiore di PO, la di&longs;ce&longs;a di AN &longs;arà più diritta, che la di<lb/>&longs;ce&longs;a di LD: &longs;arà dunque più graue il pe&longs;o po&longs;to in A, che in L, ouero in qual <lb/>&longs;i voglia altro &longs;ito, & nell'i&longs;te&longs;&longs;o modo dimo&longs;trano, che quanto il pe&longs;o è più vicino <lb/>allo A, è più graue; cioè &longs;iano le circonferenze LD DA traloro eguali, & <lb/>dal punto D &longs;ia tirata la linea DR à piombo di AB; &longs;arà la DR eguale al-<emph.end type="italics"/> <arrow.to.target n="note25"></arrow.to.target><lb/><emph type="italics"/>la CO. </s>

<s id="id.2.1.147.1.0"><margin.target id="note21"/><emph type="italics"/>Giordano nella quarta propo&longs;itione. <emph.end type="italics"/></s>

<s id="id.2.1.148.1.0"><margin.target id="note22"/><emph type="italics"/>Il Tartaglia nella quinta propo&longs;itione. <emph.end type="italics"/></s>

<s id="id.2.1.143.9.0">& dimo<lb/>&longs;trano po&longs;cia, che <lb/>la linea DR è mag <lb/>giore della LQ, & <lb/>dicono che la &longs;ce&longs;a <lb/>di DA prende più <lb/>di &longs;ce&longs;a diritta, che <lb/>non fa LD, pe<lb/>roche è maggiore <lb/>la linea CO, che <lb/>la OT<gap/> Per la<lb/>qual co&longs;a<gap/> pe&longs;o &longs;a <lb/>rà più graue in D, <lb/>che in L, ilche pa <lb/>rimente auiene ne <lb/>punti NM. </s>

<s id="id.2.1.149.1.0"><margin.target id="note23"/><emph type="italics"/>Il Cardano. </s>

<s id="id.2.1.149.2.0">Giordano alla propo&longs;itione quarta. <emph.end type="italics"/></s>

<s id="id.2.1.143.10.0">& <lb/>co&longs;i il pre&longs;uppo&longs;to, <lb/>per loquale dimo-<emph.end type="italics"/><lb/><figure id="fig10"></figure><lb/><emph type="italics"/>&longs;trano la bilancia DE ritornare in AB a&longs;fermano come noto, & manife&longs;to; cioè<emph.end type="italics"/> <arrow.to.target n="note26"></arrow.to.target><lb/><emph type="italics"/>che &longs;econdo il &longs;ito il pe&longs;o è tanto più graue, quanto nel mede&longs;imo &longs;ito manco tor<lb/>ta è la &longs;ce&longs;a: & la cagione di cotal ritorno dicono e&longs;&longs;ere que&longs;ta; peroche la &longs;ce&longs;a del <lb/>pe&longs;o po&longs;to in D è più diritta della &longs;ce&longs;a del pe&longs;o po&longs;to in E, per pigliare il pe&longs;o<emph.end type="italics"/> <arrow.to.target n="note27"></arrow.to.target><lb/><emph type="italics"/>di E manco della direttione in de&longs;cendendo che non fa il pe&longs;o di D pur nel di&longs;cen <lb/>dere: Come &longs;e l'arco EV &longs;ia eguale à DA, & &longs;iano tirate VHET à piom <lb/>bo di FG; &longs;arà maggiore DR di TH. </s>

<s id="id.2.1.150.1.0"><margin.target id="note24"/><emph type="italics"/>Il Tartaglia alla propo&longs;itione. <emph.end type="italics"/> 5. </s>

<s id="id.2.1.151.1.0"><margin.target id="note25"/><emph type="italics"/>Per la trige&longs;imaquarta del primo. <emph.end type="italics"/></s>

<s id="id.2.1.143.11.0">Per laqual co&longs;a per la pre&longs;uppo&longs;ta il pe<emph.end type="italics"/> <arrow.to.target n="note28"></arrow.to.target><lb/><emph type="italics"/>&longs;o me&longs;&longs;o in D per ri&longs;petto al &longs;ito &longs;arà più graue del pe&longs;o me&longs;&longs;o in E. </s>

<s id="id.2.1.152.1.0"><margin.target id="note26"/><emph type="italics"/>Giordane nella quarta pre&longs;upposta. <emph.end type="italics"/></s>

<s id="id.2.1.153.1.0"><margin.target id="note27"/><emph type="italics"/>Giordano nella &longs;econda propo&longs;itione. <emph.end type="italics"/></s>

<s id="id.2.1.143.12.0">Adunque <lb/>il pe&longs;o me&longs;&longs;o in D e&longs;&longs;endo più graue &longs;i mouerà in giù, & il pe&longs;o po&longs;to in E in <lb/>&longs;u fin che la bilancia DE ritorni in AB.<emph.end type="italics"/></s>

<s id="id.2.1.154.1.0"><margin.target id="note28"/><emph type="italics"/>Il Tartaglia nella quinta propo&longs;itione. <emph.end type="italics"/></s>

<s id="id.2.1.155.1.0"><emph type="italics"/>L'altra ragione ancora di &que;&longs;to ritorno è, che <expan abbr="quãdo">quando</expan> la trutina della bilancia è &longs;opra <emph.end type="italics"/>

<s id="id.2.1.146.1.0"><margin.target id="note20"></margin.target><emph type="italics"/>Il Cardano nel primo della &longs;ottigliezza.<emph.end type="italics"/></s>

<arrow.to.target n="note29"/><lb/><emph type="italics"/>di lei in CF; la linea CG è la meta: & percio che l'angolo GCD è maggiore <lb/>dell'angolo GCE, & l'angolo maggiore dalla meta rende più graue il pe&longs;o: adun<lb/>&que; &longs;tando la trutina della bilancia di &longs;opra &longs;arà più graue il pe&longs;o in D, che in E, <lb/>& perciò il D ritornerà nello A, & lo E nel B. <emph.end type="italics"/></s>

<s id="id.2.1.156.1.0"><margin.target id="note29"/><emph type="italics"/>Il Cardano. <emph.end type="italics"/></s>

<s id="id.2.1.147.1.0"><margin.target id="note21"></margin.target><emph type="italics"/>Giordano nella quarta propo&longs;itione<emph.end type="italics"/></s>

<s id="id.2.1.157.1.0">Meta è pur voce Latina co&longs;tumata da gli antichi ne i giuo chi, & conte&longs;e fatte ne i cer<lb/>chi murati, & ne i Theatri, percio che il principio, oue &longs;i dauano le mo&longs;&longs;e a' corri<lb/>tori, &longs;i chiamaua Carcere, & il fine Meta; di modo, che meta viene à dire termine <lb/>& fine: & piu in altro &longs;ignificato il luogo piu ba&longs;&longs;o, & infimo. </s>

<s id="id.2.1.157.2.0">Hor qui &longs;i puote <pb xlink:href="037/01/034.jpg"/>intendere ad ambidue i modi, cioè che la linea CG &longs;ia la meta, cioè il termine <lb/>& fine, nelquale ha da peruenire il pe&longs;o collocato nella bilancia; ouero il luogo <lb/>infimo della circonferenza, alquale capita il pe&longs;o per natura. </s>

<s id="id.2.1.148.1.0"><margin.target id="note22"></margin.target><emph type="italics"/>Il Tartaglia nella quinta propo&longs;itione.<emph.end type="italics"/></s>

<s id="id.2.1.157.3.0">Doue &longs;criue l'Auto<lb/>re l'angolo maggiore dalla Meta, vuol dire l'angolo, che fa il braccio della bilan<lb/>cia con la Meta CG. </s>

<s id="id.2.1.158.1.0"><emph type="italics"/>Et co&longs;i <expan abbr="cõ">con</expan> &que;&longs;te ragioni &longs;i sforzano dimo&longs;trare la bilancia DE ritornare in AB; le <lb/>quali al parer mio &longs;i po&longs;&longs;ono ageuolmente &longs;oluere. <emph.end type="italics"/></s>

<s id="id.2.1.149.1.0"><margin.target id="note23"></margin.target><emph type="italics"/>Il Cardano. </s>

<s id="id.2.1.159.1.0"><emph type="italics"/>Primieramente dun&que; in quanto s'appartiene alle ragioni, che dicono il pe&longs;o me&longs;&longs;o <lb/>in A e&longs;&longs;ere piu graue, che in altro &longs;ito, lequali cauano dalla di&longs;tanza piu da lonta<lb/>no, & piu da pre&longs;&longs;o della linea FG, & dal mouimento piu veloce, & piu diritto <lb/>dal punto A. </s>

<s id="id.2.1.149.2.0">Giordano al la propo&longs;itio ne quarta.<emph.end type="italics"/></s>

<s id="id.2.1.150.1.0"><margin.target id="note24"></margin.target><emph type="italics"/>Il Tartaglia alla pro po&longs;itione<emph.end type="italics"/> 5.</s>

<s id="id.2.1.151.1.0"><margin.target id="note25"></margin.target><emph type="italics"/>Per la trige &longs;imaquarta del primo.<emph.end type="italics"/></s>

<s id="id.2.1.152.1.0"><margin.target id="note26"></margin.target><emph type="italics"/>Giordane nella quarta pre &longs;apoosta<emph.end type="italics"/></s>

<s id="id.2.1.153.1.0"><margin.target id="note27"></margin.target><emph type="italics"/>Giordano nella &longs;econda propo&longs;iti<gap/> ne.<emph.end type="italics"/></s>

<s id="id.2.1.154.1.0"><margin.target id="note28"></margin.target><emph type="italics"/>Il Tartaglia nella quinta propo&longs;icione.<emph.end type="italics"/></s>

<s id="id.2.1.155.1.0"><emph type="italics"/>L'altra ragione ancora di que&longs;to ritorno è, che <expan abbr="quãdo">quando</expan> la trutina della bilancia è &longs;opra<emph.end type="italics"/> <arrow.to.target n="note29"></arrow.to.target><lb/><emph type="italics"/>dilei in CF; la linea CG è la meta: & percio che l'angolo GCD è maggiore <lb/>dell'angolo GCE, & l'angolo maggiore dalla meta rende più graue il pe&longs;o: adun<lb/>que &longs;tando la trutina della bilancia di &longs;opra &longs;arà più graue il pe&longs;o in D, che in E, <lb/>& perciò il D ritorner à nello A, & lo E nel B.<emph.end type="italics"/></s>

<s id="id.2.1.156.1.0"><margin.target id="note29"></margin.target><emph type="italics"/>Il Cardano.<emph.end type="italics"/></s>

<s id="id.2.1.157.1.0">Meta è pur voce Latina co&longs;tumata da gli antichi ne i giuo chi, & conte&longs;e fatte ne i cer <lb/>chi murati, & ne i Theatri, percio che il principio, oue &longs;i dauano le mo&longs;&longs;e a' corri<lb/>tori, &longs;i chiamaua Carcere, & il fine Meta; di modo, che meta viene à dire termine <lb/>& fine: & piu in altro &longs;ignificato il luogo piu ba&longs;&longs;o, & in&longs;imo. </s>

<s id="id.2.1.157.2.0">Hor qui &longs;i puote <pb/>intendere ad ambidue i modi, cioè che la linea CG &longs;ia la meta, cioè il termine <lb/>& fine, nelquale ha da peruenire il pe&longs;o collo cato nella bilancia; ouero il luogo <lb/>infimo della circonferenza, alquale capita il pe&longs;o per natura. </s>

<s id="id.2.1.157.3.0">Doue &longs;criue l'Auto <lb/>re l'angolo maggiore dalla Meta, vuol dire l'angolo, che fa il braccio della bilan<lb/>cia con la Meta CG. </s>

<s id="id.2.1.158.1.0"><emph type="italics"/>Et co&longs;i <expan abbr="cõ">com</expan> que&longs;te ragioni &longs;i sforzano dimo&longs;trare la bilancia DE ritornare in AB; le <lb/>quali al parer mio &longs;i po&longs;&longs;ono ageuolmente &longs;oluere.<emph.end type="italics"/></s>

<s id="id.2.1.159.1.0"><emph type="italics"/>Primieramente dunque in quanto s'appartiene alle ragioni, che dicono il pe&longs;o me&longs;&longs;o <lb/>in A e&longs;&longs;ere piu graue, che in altro &longs;ito, lequali cauano dalla di&longs;tanza piu da lonta<lb/>no, & piu da pre&longs;&longs;o della linea FG, & dal mouimento piu veloce, & piu diritto <lb/>dal punto A. </s>

<s id="id.2.1.159.2.0">In prima non dimo&longs;trano veramente perche il pe&longs;o &longs;i moua piu velo<lb/>cemente dallo A, che da al tro &longs;ito. </s>

<s id="id.2.1.159.3.0">ne perche &longs;ia maggiore CA di DO, & DO <lb/>di LP, per &que;&longs;to, come per vera cagione, &longs;egue il pe&longs;o po&longs;to in A e&longs;&longs;ere piu gra<lb/>ue di &que;llo, che è in D, & &que;llo di D, di &que;l che &longs;tà in L, percioche non &longs;i &que;ta <lb/>l'intelletto, &longs;e di ciò altra cagione non &longs;i dimo&longs;tra, parendo &longs;egno piu to&longs;to, che vera <lb/>cagione. </s>

<s id="id.2.1.159.3.0">ne perche &longs;ia maggiore CA di DO, & DO <lb/>di LP, per que&longs;to, come per vera cagione, &longs;egue il pe&longs;o po&longs;to in A e&longs;&longs;ere piu gra<lb/>ue di quello, che è in D, & quello di D, di quel che &longs;tà in L, percioche non &longs;i queta <lb/>l'intelletto, &longs;e di ciò altra cagione non &longs;i dimo&longs;tra, parendo &longs;egno piu to&longs;to, che vera <lb/>cagione. </s>

<s id="id.2.1.159.4.0">Quello ste&longs;&longs;o accade parimente all'altra ragione, laquale adducono dal <lb/>mouimento piu diritto, & piu torto. </s>

<s id="id.2.1.159.5.0">Oltre à ciò tutte &que;lle co&longs;e, che per&longs;uadono <lb/>per via del <expan abbr="mouim&etilde;to">mouimen<lb/>to</expan> piu veloce, & <lb/>piu tardo il pe&longs;o in <lb/>A e&longs;&longs;ere piu graue, <lb/>che in D, non per<lb/>ciò dimo&longs;trano, che <lb/>il pe&longs;o in A, in <expan abbr="quãto">quan<lb/>to</expan> è in A, &longs;ia piu <lb/>graue del pe&longs;o D, in <lb/>quanto è in D, ma <lb/>in quanto &longs;i parte <lb/>da i punti D A. </s>

<s id="id.2.1.159.4.0">Quello ste&longs;&longs;o accade parimente all'altra ragione, laquale adducono dal <lb/>mouimento piu diritto, & piu torto. </s>

<s id="id.2.1.159.6.0">Onde, <expan abbr="auãti">auanti</expan> che piu <lb/>oltre &longs;i proceda, pri<lb/>ma dimo&longs;trerò, che <lb/>il pe&longs;o quanto egli <lb/>è piu da pre&longs;&longs;o ad <lb/>FG manco graua, <lb/>&longs;i in quanto egli &longs;tà <lb/>nel &longs;ito, oue &longs;i ritro<emph.end type="italics"/><lb/><figure id="id.037.01.034.1.jpg" xlink:href="037/01/034/1.jpg"/><lb/><emph type="italics"/>ua, come anche in quanto &longs;i parte da &que;llo: & in&longs;ieme, che egli è fal&longs;o il pe&longs;o e&longs;&longs;ere <lb/>piu graue in A, che in altro &longs;ito. <emph.end type="italics"/></s>

<s id="id.2.1.161.1.0"><emph type="italics"/>Tiri&longs;i la FG fin al centro del mondo, che &longs;ia in S, & dal punto S tiri&longs;i anco vna linea, <lb/>che tocchi il cerchio AFBG. </s>

<s id="id.2.1.159.5.0">Oltre à ciò tutte quelle co&longs;e, che per&longs;uadono <lb/>per via del <expan abbr="mouim&etilde;">mouimen</expan> <lb/>to piu veloce, & <lb/>piu tardo il pe&longs;o in <lb/>A e&longs;&longs;ere piu graue, <lb/>che in D, non per<lb/>ciò dimo &longs;trano, che <lb/>il pe&longs;o in A, in <expan abbr="quã">quam</expan> <lb/>to è in A, &longs;ia piu <lb/>graue del pe&longs;o D, in <lb/>quanto è in D, ma <lb/>in quanto &longs;i parte <lb/>da i punti D A.</s>

<s id="N11140">non potrà già &que;sta linea tirata dal punto S toc<lb/>care il cerchio nel punto A; imperoche tirata la linea AS, il triangolo ACS ver<emph.end type="italics"/><pb pagenum="10" xlink:href="037/01/035.jpg"/><emph type="italics"/>rebbe ad hauere due angoli retti, cioè SAC, & ACS, che è impoßibile: ne me<lb/>no toccherà &longs;opra il punto A nella circonferenza AF; peroche &longs;egherebbe il cer<emph.end type="italics"/>

<arrow.to.target n="note30"/><lb/><emph type="italics"/>chio. </s>

<s id="id.2.1.159.6.0">Onde, <expan abbr="auãti">auanti</expan> che piu <lb/>oltre &longs;i proceda, pri <lb/>ma dimo&longs;trerò, che <lb/>il pe&longs;o quanto egli <lb/>è piu da pre&longs;&longs;o ad <lb/>FG manco graua, <lb/>&longs;i in quanto egli &longs;tà <lb/>nel &longs;ito, oue &longs;i ritro<emph.end type="italics"/><lb/><figure id="fig11"></figure><lb/><emph type="italics"/>ua, come anche in quanto &longs;i parte da quello: & in&longs;ieme, che egli è fal&longs;o il pe&longs;o e&longs;&longs;ere <lb/>piu graue in A, che in altro &longs;ito.<emph.end type="italics"/></s>

<s id="id.2.1.161.2.0">Toccherà dun&que; &longs;otto, & &longs;ia SO: &longs;iano dapoi congiunte le lince SD SL, <lb/>lequali &longs;eghino la circonferenza AOG ne' punti<emph.end type="italics"/> K<emph type="italics"/>H, & &longs;iano ancho congiunte le <lb/>linee C<emph.end type="italics"/>K <emph type="italics"/>CH. </s>

<s id="id.2.1.161.1.0"><emph type="italics"/>Tiri&longs;i la FG fin al centro del mondo, che &longs;ia in S, & dal punto S tiri&longs;i anco vna linea, <lb/>che tocchi il cerchio AFBG. non potrà già questa linea tirata dal punto S toc<lb/>care il cerchio nel punto A; imperoche tirata la linea AS, il triangolo ACS ver<emph.end type="italics"/><pb pagenum="10"/><emph type="italics"/>rebbe ad hauere due angoli retti, cioè SAC, & ACS, che è impoßibile: ne me <lb/>no toccherà &longs;opra il punto A nella circonferenza AF; peroche &longs;egherebbe il cer-<emph.end type="italics"/> 2<arrow.to.target n="note30"></arrow.to.target><lb/><emph type="italics"/>chio. </s>

<s id="id.2.1.161.2.0">Toccherà dunque &longs;otto, & &longs;ia SO: &longs;iano dapoi congiunte le lince SD SL, <lb/>lequali &longs;eghino la circonferenza AOG ne' punti<emph.end type="italics"/> K<emph type="italics"/>H, & &longs;iano ancho congiunte le <lb/>linee C<emph.end type="italics"/>K <emph type="italics"/>CH. </s>

<s id="id.2.1.161.3.0">Et percioche il pe&longs;o, quanto egli è piu da pre&longs;&longs;o di F, tanto piu an<lb/>co &longs;tà &longs;opra il centro; come il pe&longs;o in D preme, & &longs;tà piu &longs;opra il punto del volgi<lb/>mento C, come à centro, cioè in D piu graua &longs;opra la linea CD, che &longs;e egli fo&longs;&longs;e in A <lb/>&longs;opra la linea CA: & dauantaggio piu in L &longs;opra la linea CL. </s>

<s id="id.2.1.161.4.0">imperoche e&longs;&longs;endo <lb/>li tre angoli di cia&longs;cun triangolo eguali à due angoli retti, & l'angolo DC<emph.end type="italics"/>K <emph type="italics"/>del <lb/>triangolo DC<emph.end type="italics"/>K, <emph type="italics"/>che è di due lati eguali &longs;ia <lb/>minore dell'angolo LCH del <expan abbr="triãgolo">triangolo</expan> LCH, <lb/>che è pur di due lati eguali: &longs;aranno gli altri <lb/>alla ba&longs;e, cioè CD<emph.end type="italics"/>K <emph type="italics"/>C<emph.end type="italics"/>K<emph type="italics"/>D in&longs;ieme pre&longs;i <lb/>maggiori de gli altri CLH CHL; & le <lb/>metà di &que;&longs;ti, cioè l'angolo CDS &longs;arà mag<lb/>giore dell'angolo CLS. </s>

<s id="id.2.1.161.4.0">imperoche e&longs;&longs;endo <lb/>li tre angoli di cia&longs;cun triangolo eguali à due angoli retti, & l'angolo DC<emph.end type="italics"/>K <emph type="italics"/>del <lb/>triangolo DC<emph.end type="italics"/>K, <emph type="italics"/>che è di due lati eguali &longs;ia <lb/>minore dell'angolo LCH del <expan abbr="triãgolo">triangolo</expan> LCH, <lb/>che è pur di due lati eguali: &longs;aranno gli altri <lb/>alla ba&longs;e, cioè CD<emph.end type="italics"/>K <emph type="italics"/>C<emph.end type="italics"/>K<emph type="italics"/>D in&longs;ieme pre&longs;i <lb/>maggiori de gli altri CLH CHL; & le <lb/>metà di que&longs;ti, cioè l'angolo CDS &longs;arà mag <lb/>giore dell'angolo CLS. </s>

<s id="id.2.1.161.5.0">E&longs;&longs;endo adun&que; <lb/>CLS minore, la linea CL piu &longs;i acco&longs;terà <lb/>al mouimento naturale del pe&longs;o me&longs;&longs;o in L <lb/>del tutto &longs;ciolto; cioè à dire alla linea LS, <lb/>che CD al mouimento DS: percioche il pe<lb/>&longs;o po&longs;to in L libero, & &longs;ciolto &longs;i mouerebbe <lb/>ver&longs;o il centro del mondo per LS, & il pe<lb/>&longs;o po&longs;to in D per DS. </s>

<s id="id.2.1.161.6.0">Ma perche il pe&longs;o <lb/>me&longs;&longs;o in L graua tutto &longs;opra LS, & &que;llo <lb/>che è in D &longs;opra DS, il pe&longs;o in L grauerà <lb/>piu &longs;opra la linea CL, che &que;llo, che &longs;tà in <lb/>D &longs;opra la linea DC. </s>

<s id="id.2.1.161.5.0">E&longs;&longs;endo adunque <lb/>CLS minore, la linea CL piu &longs;i acco&longs;terà <lb/>al mouimento naturale del pe&longs;o me&longs;&longs;o in L <lb/>del tutto &longs;ciolto; cioè à dire alla linea LS, <lb/>che CD al mouimento DS: percioche il pe <lb/>&longs;o po&longs;to in L libero, & &longs;ciolto &longs;i mouerebbe <lb/>ver&longs;o il centro del mondo per LS, & il pe<lb/>&longs;o po&longs;to in D per DS. </s>

<s id="id.2.1.161.7.0">Adun&que; la linea <lb/>CL &longs;o&longs;terrà piu il pe&longs;o, che la linea CD, & <lb/>nel modo iste&longs;&longs;o quanto piu il pe&longs;o &longs;arà da<lb/>pre&longs;&longs;o ad F, &longs;i dimostrerà piu e&longs;&longs;er &longs;o&longs;tenuto <lb/>dalla linea CL per cotesta cagione, peroche <lb/>&longs;empre l'angolo CLS &longs;arebbe minore, la<lb/>qual co&longs;a etiandio èmanife&longs;ta; perche &longs;e le li<lb/>nee CL, & LS s'incontra&longs;&longs;ero in vna li<lb/>nea, ilche auiene in FCS, all'hora la linea <lb/>CF &longs;o&longs;terrebbe tutto il pe&longs;o, che è in F, & <lb/>lo renderebbe immobile, nè haurebbe niuna <lb/>grauezza in tutto nella circonferenza del cer<lb/>chio. </s>

<s id="id.2.1.161.8.0">L'i&longs;te&longs;&longs;o pe&longs;o dun&que; per la diuer&longs;ità<emph.end type="italics"/><lb/><figure id="id.037.01.035.1.jpg" xlink:href="037/01/035/1.jpg"/><lb/><emph type="italics"/>de' &longs;iti &longs;arà piu graue, & piu lieue. </s>

<s id="id.2.1.161.6.0">Ma perche il pe&longs;o <lb/>me&longs;&longs;o in L graua tutto &longs;opra LS, & quello <lb/>che è in D &longs;opra DS, il pe&longs;o in L grauerà <lb/>pu &longs;opra la linea CL, che quello, che &longs;tà in <lb/>D &longs;opra la linea DC. </s>

<s id="id.2.1.161.9.0">& &que;&longs;to non già percio che per ragione del &longs;ito <lb/>alcuna volta egli acqui&longs;ti veramente grauezza maggiore, & alcuna volta la perda, <lb/>e&longs;&longs;endo &longs;empre della i&longs;te&longs;&longs;a grauezza, troui&longs;i douun&que; &longs;i voglia: ma percioche egli <emph.end type="italics"/><pb xlink:href="037/01/036.jpg"/><emph type="italics"/>graua piu, & meno nella circonferenza, come in D piu graua &longs;opra la circonferenza <lb/>DA, che in L &longs;opra la circonferenza LD: cioè &longs;e il pe&longs;o &longs;arà &longs;o&longs;tenuto dalle circon<lb/>ferenze, & dalle linee diritte; la circonferenza AD &longs;o&longs;terrà piu il pe&longs;o po&longs;to in D, <lb/>che la circonferenza DL, &longs;tando il pe&longs;o in L; peroche meno aiuta CD, che CL. <lb/></s>

<s id="id.2.1.161.10.0">Oltre à ciò quando il pe&longs;o è in L, &longs;e egli fo&longs;&longs;e del tutto libero & &longs;ciolto, &longs;i mouerebbe <lb/>in giu per LS, &longs;e non gliene fu&longs;&longs;e vietato dalla linea CL, laquale sforza il pe&longs;o po&longs;to <lb/>in L à mouer&longs;i oltre la linea LS per la circonferenza LD, & lo caccia in certo mo<lb/>do, & in cacciandolo viene in parte à &longs;o&longs;tenerlo; percioche &longs;e non lo &longs;o&longs;tene&longs;&longs;e, & <lb/>gli face&longs;&longs;e re&longs;i&longs;tenza, &longs;i mouerebbe in giu per la linea LS, ma non già per la cir<lb/>conferenza LD. </s>

<s id="id.2.1.161.7.0">Adunque la linea <lb/>CL &longs;o&longs;terrà piu il pe&longs;o, che lalinea CD, & <lb/>nel modo iste&longs;&longs;o quanto piu il pe&longs;o &longs;arà da <lb/>pre&longs;&longs;o ad F, &longs;i dimo strerà piu e&longs;&longs;er &longs;o&longs;tenuto <lb/>dalla linea CL per cotesta cagione, peroche <lb/>&longs;empre l'angolo CLS &longs;arebbe minore, la<lb/>qual co&longs;a etiandio èmanife&longs;ta; perche &longs;e le li <lb/>nee CL, & LS s'incontra&longs;&longs;ero in vna li <lb/>nea, ilche auiene in FCS, all'hora la linea <lb/>CF &longs;o&longs;terrebbe tutto il pe&longs;o, che è in F, & <lb/>lo renderebbe immobile, nè haurebbe niuna <lb/>grauezza in tutto nella circonferenza del cer <lb/>chio. </s>

<s id="id.2.1.161.8.0">Li&longs;te&longs;&longs;o pe&longs;o dunque per la diuer&longs;ità<emph.end type="italics"/><lb/><figure id="fig12"></figure><lb/><emph type="italics"/>de' &longs;iti &longs;arà piu graue, & piu lieue. </s>

<s id="id.2.1.161.9.0">& que&longs;to non già percio che per ragione del &longs;ito <lb/>alcuna volta egli acqui&longs;ti veramente grauezza maggiore, & alcuna volta la perda, <lb/>e&longs;&longs;endo &longs;empre della i&longs;te&longs;&longs;a grauezza, troui&longs;i douunque &longs;i voglia: ma percioche egli<emph.end type="italics"/><pb/><emph type="italics"/>graua piu, & meno nella circonferenza, come in D piu graua &longs;opra la circonferenza <lb/>DA, che in L &longs;opra la circonferenza LD: cioè &longs;e il pe&longs;o &longs;arà &longs;o&longs;tenuto dalle circon <lb/>ferenze, & dalle linee diritte; la circonferenza AD &longs;o&longs;terrà piu il pe&longs;o po&longs;to in D, <lb/>che la circonferenza DL, &longs;tando il pe&longs;o in L; peroche meno aiuta CD, che CL. </s>

<s id="id.2.1.161.10.0"><lb/>Oltre à ciò quando il pe&longs;o è in L, &longs;e egli fo&longs;&longs;e del tutto libero & &longs;ciolto, &longs;i mouerebbe <lb/>in giu per LS, &longs;e non gliene fu&longs;&longs;e vietato dalla linea CL, laquale sforza il pe&longs;o po&longs;to <lb/>in L à mouer&longs;i oltre la linea LS per la circonferenza LD, & lo caccia in certo mo <lb/>do, & in cacciandolo viene in parte à &longs;o&longs;tenerlo; percioche &longs;e non lo &longs;o&longs;tene&longs;&longs;e, & <lb/>gli face&longs;&longs;e re&longs;i&longs;tenza, &longs;i mouerebbe in giu per la linea LS, ma non già per la cir<lb/>conferenza LD. </s>

<s id="id.2.1.161.11.0">Similmente la CD fa re&longs;i&longs;tenza al pe&longs;o po&longs;to in D, sforzan<lb/>dolo à mouer&longs;i per la circonferenza DA. </s>

<s id="id.2.1.161.12.0">Nell'iste&longs;&longs;o modo &longs;tando il pe&longs;o in A, <lb/>la linea CA con&longs;tringerà il pe&longs;o à mouer&longs;i <lb/>oltre la linea AS per la circonferenza AO; <lb/>peroche l'angolo CAS è acuto, e&longs;&longs;endo lo <lb/>angolo ACS retto. </s>

<s id="id.2.1.161.12.0">Nell'iste&longs;&longs;o modo &longs;tando il pe&longs;o in A, <lb/>la linea CA con&longs;tringerà il pe&longs;o à mouer&longs;i <lb/>oltre la linea AS per la circoferenza AO; <lb/>peroche l'angolo CAS è acuto, e&longs;&longs;endo lo <lb/>angolo ACS retto. </s>

<s id="id.2.1.161.13.0">Adun&que; le linee <lb/>CA CD in qualche parte, ma non già e<lb/>gualmente fanno re&longs;istenza al pe&longs;o. </s>

<s id="id.2.1.161.14.0">& qua<lb/>lun&que; volta l'angolo, che è nella circonfe<lb/>renza del cerchio fatto dalle linee che e&longs;cono <lb/>dal centro del monde S, & dal centro C &longs;a<lb/>rà acuto, dimo&longs;treremo auenire l'i&longs;te&longs;&longs;o. </s>

<s id="id.2.1.161.13.0">Adunque le linee <lb/>CA CD in qualche parte, ma non già e<lb/>gualmente fanno re&longs;istenza al pe&longs;o. </s>

<s id="id.2.1.161.15.0">Hor <lb/>percioche l'angolo mi&longs;to CLD è eguale à <lb/>l'angolo CDA, per e&longs;&longs;ere conteuuto da <lb/>mezi diametri, & dall'i&longs;te&longs;&longs;a circonferenza; <lb/>& l'angolo CLS è minore dell'angolo <lb/>CDS; &longs;arà il re&longs;tante SLD maggiore <lb/>del re&longs;tante SDA. </s>

<s id="id.2.1.161.14.0">& qua <lb/>lunque volta l'angolo, che è nella circonfe<lb/>renza del cerchio fatto dalle linee che e&longs;cono <lb/>dal centro del monde S, & dal centro C &longs;a<lb/>rà acuto, dimo&longs;treremo auenire l'i&longs;te&longs;&longs;o. </s>

<s id="id.2.1.161.15.0">Hor <lb/>percioche l'angolo mi&longs;to CLD è eguale à <lb/>l'angolo CDA, per e&longs;&longs;ere conteuuto da <lb/>mezi diametri, & dall'i&longs;te&longs;&longs;a circonferenza; <lb/>& l'angolo CLS è minore dell'angolo <lb/>CDS; &longs;arà il reflante SLD maggiore <lb/>del re&longs;tante SDA. </s>

<s id="id.2.1.161.16.0">Per laqual co&longs;a la cir <lb/>conferenza DA, cioè la di&longs;ce&longs;a del pe&longs;o <lb/>in D &longs;ara piu da pre&longs;&longs;o al mouimento natu<lb/>rale del pe&longs;o &longs;ciolto me&longs;&longs;o in D, cioè della li<lb/>nea DS, che la circonferenza LD della <lb/>linea LS. </s>

<s id="id.2.1.161.17.0">Meno dun&que; farà re&longs;i&longs;tenza la <lb/>linea CD al pe&longs;o po&longs;to in D, che la linea <lb/>CL al pe&longs;o po&longs;to in L. </s>

<s id="id.2.1.161.17.0">Meno dunque farà re&longs;i&longs;tenza la <lb/>linea CD al pe&longs;o po&longs;to in D, che la linea <lb/>CL al pe&longs;o po&longs;to in L. </s>

<s id="id.2.1.161.18.0">Però la linea CD <lb/>&longs;o&longs;terrà meno, che CL, & il pe&longs;o &longs;arà <lb/>piu libero in D, che in L: mouendo&longs;i piu <lb/>naturalmente il pe&longs;o per DA, che per LD. <lb/></s>

<s id="id.2.1.161.19.0">Per laqual co&longs;a piu graue &longs;arà in D, che in <lb/>L. </s>

<s id="id.2.1.161.19.0"><lb/>Per laqual co&longs;a piu graue &longs;arà in D, che in <lb/>L. </s>

<s id="id.2.1.161.20.0">Similmente dimo&longs;treremo, che CA man <lb/>co&longs;o&longs;tiene, che CD & che il pe&longs;o piu in A, <lb/>che in D è libero, & piu graue. </s>

<s id="id.2.1.161.21.0">Dopo dalla <emph.end type="italics"/><lb/><figure id="id.037.01.037.1.jpg" xlink:href="037/01/037/1.jpg"/><lb/><emph type="italics"/>parte di &longs;otto per l'i&longs;te&longs;&longs;e cagioni, quanto il pe&longs;o &longs;arà piu da pre&longs;&longs;o al G, &longs;arà piu ri<emph.end type="italics"/><pb pagenum="11" xlink:href="037/01/037.jpg"/><emph type="italics"/>tenuto, come in H dalla linea CH, che in<emph.end type="italics"/> K <emph type="italics"/>dalla linea C<emph.end type="italics"/>K: <emph type="italics"/>percioche e&longs;&longs;en<emph.end type="italics"/>

<s id="id.2.1.161.21.0">Dopo dalla<emph.end type="italics"/><lb/><figure id="fig13"></figure><lb/><emph type="italics"/>parte di &longs;otto per l'i&longs;te&longs;&longs;e cagioni, quanto il pe&longs;o &longs;arà piu da pre&longs;&longs;o al G, &longs;arà piu ri-<emph.end type="italics"/><pb pagenum="11"/><emph type="italics"/>tenuto, come in H dalla linea CH, che in<emph.end type="italics"/> K <emph type="italics"/>dalla linea C<emph.end type="italics"/>K: <emph type="italics"/>percioche e&longs;&longs;en<emph.end type="italics"/> <arrow.to.target n="note31"></arrow.to.target><lb/><emph type="italics"/>do l'angolo CHS maggiore dell'angolo C<emph.end type="italics"/>K<emph type="italics"/>S, le linee CH HS, &longs;i acco&longs;te<lb/>ranno piu alla direttione, che C<emph.end type="italics"/>K K<emph type="italics"/>S. </s>

<arrow.to.target n="note31"/><lb/><emph type="italics"/>do l'angolo CHS maggiore dell'angolo C<emph.end type="italics"/>K<emph type="italics"/>S, le linee CH HS, &longs;i acco&longs;te<lb/>ranno piu alla direttione, che C<emph.end type="italics"/>K K<emph type="italics"/>S. </s>

<s id="id.2.1.161.22.0">& per &que;&longs;to &longs;arà piu ritenuto il pe&longs;o da <lb/>CH, che da C<emph.end type="italics"/>K; <emph type="italics"/>percioche &longs;e CH HS &longs;i incontra&longs;&longs;ero in vna linea, come auie<lb/>ne &longs;tando il pe&longs;o in G, allhora la linea CG &longs;o&longs;terrebbe tutto il pe&longs;o in G, per <lb/>modo che &longs;tarebbe immobile. </s>

<s id="id.2.1.161.22.0">& per que&longs;to &longs;arà piu ritenuto il pe&longs;o da <lb/>CH, che da C<emph.end type="italics"/>K; <emph type="italics"/>percioche &longs;e CH HS &longs;i incontra&longs;&longs;ero in vna linea, come auie<lb/>ne &longs;tando il pe&longs;o in G, allbora la linea CG &longs;o&longs;terrebbe tutto il pe&longs;o in G, per <lb/>modo che &longs;tarebbe immobile. </s>

<s id="id.2.1.161.23.0">Quanto minore dun&que; &longs;arà l'angolo contenuto dal <lb/>la linea CH, & dalla di&longs;ce&longs;a del pe&longs;o &longs;ciolto, cioè dalla linea HS, tanto meno <lb/>anco &que;lla linea ritenirà il pe&longs;o, & doue &longs;arà manco ritenuto, iui &longs;arà piu libero, & <lb/>piu graue. </s>

<s id="id.2.1.161.23.0">Quanto minore dunque &longs;arà l'angolo contenuto dal <lb/>la linea CH, & dalla di&longs;ce&longs;a del pe&longs;o &longs;ciolto, cioè dalla linea HS, tanto meno <lb/>anco quella linea ritenirà il pe&longs;o, & doue &longs;arà manco ritenuto, iui &longs;arà piu libero, & <lb/>piu graue. </s>

<s id="id.2.1.161.24.0">Oltre à ciò &longs;e il pe&longs;o fo&longs;&longs;e libero in K, & &longs;ciolto, &longs;i mouerebbe per la li<lb/>nea KS, ma egli è impedito dalla linea CK, laquale sforza il pe&longs;o a mouer&longs;i di <lb/>qua dalla linea KS per la circonferenza KH; percio che lo ritira in certo modo, <lb/>& in ritirandolo viene a &longs;o&longs;tenerlo, peroche &longs;e non lo &longs;o&longs;tene&longs;&longs;e, &longs;i mouerebbe il pe<lb/>&longs;o in giu per la linea diritta KS, ma non per la circonferenza KH. </s>

<s id="id.2.1.161.25.0">Similmente <lb/>la CH ritiene il pe&longs;o, sforzandolo a mouer&longs;i per la circonferenza HG. </s>

<s id="id.2.1.161.26.0">Et percio<lb/>che l'angolo CHS è maggiore dell'angolo CKS, leuati via gli angoli eguali <lb/>CHG, C<emph.end type="italics"/>K<emph type="italics"/>H, &longs;arà il re&longs;tante SHG maggiore del re&longs;tante S<emph.end type="italics"/>K<emph type="italics"/>H. </s>

<s id="id.2.1.161.27.0">Adun&que; <lb/>la circonferenza KH, cioè la di&longs;ce&longs;a del pe&longs;o po&longs;to in K &longs;arà piu da pre&longs;&longs;o al mo<lb/>uimento naturale del pe&longs;o po&longs;to in K &longs;ciolto, cioè alla linea KS, che la circonfe<lb/>renza HG alla linea HS. </s>

<s id="id.2.1.161.28.0">Per laqual co&longs;a meno ritiene la linea CK, che CH, <lb/>mouendo &longs;i il pe&longs;o piu naturalmente per KH, che per HG, Con ragione &longs;imile <lb/>anco &longs;i mo&longs;trerà, che quanto minore &longs;arà l'angolo SKH, la linea CK &longs;o&longs;terrà <lb/>meno. </s>

<s id="id.2.1.161.27.0">Adunque <lb/>la circonferenza KH, cioè la di&longs;ce&longs;a del pe&longs;o po&longs;to in K &longs;arà piu da pre&longs;&longs;o al mo<lb/>uimento naturale del pe&longs;o po&longs;to in K &longs;ciolto, cioè alla linea KS, che la circonfe<lb/>renza HG alla linea HS. </s>

<s id="id.2.1.161.29.0">Stando dun&que; il pe&longs;o in O, percioche l'angolo SOC non &longs;olamente è <lb/>minore dell'angolo CKS, ma anco il minimo di tutti gli angoli, che e&longs;con da i pun<lb/>ti CS, & hanno la cima nella circonferenza OKG; &longs;arà l'angolo SOK il mi <lb/>nimo &longs;i dell'angolo SKH, come de tutti gli altri co&longs;i fatti. </s>

<s id="id.2.1.161.30.0">Adun&que; la di&longs;ce&longs;a <lb/>del pe&longs;o po&longs;to in O &longs;arà piu da pre&longs;&longs;o al mouimento naturale di e&longs;&longs;o pe&longs;o &longs;ciolto in <lb/>O, che in altro &longs;ito della circonferenza OKG: & la linea CO meno &longs;o&longs;tenirà <lb/>il pe&longs;o, che &longs;e egli fo&longs;&longs;e in qual &longs;i voglia altro &longs;ito della i&longs;te&longs;&longs;a circonferenza OG. <lb/></s>

<s id="id.2.1.161.28.0">Per laqual co&longs;a meno ritiene la linea CK, che CH, <lb/>mouend o&longs;i il pe&longs;o piu naturalmente per KH, che per HG, Con ragione &longs;imile <lb/>anco &longs;i mo&longs;trerà, che quanto minore &longs;arà l'angolo SKH, la linea CK &longs;o&longs;terrà <lb/>meno. </s>

<s id="id.2.1.161.31.0">Similmente perche l'angolo del toccamento SOK è minore &longs;i dell'angolo SDA, <lb/>&longs;i dello SAO, & &longs;i di qual &longs;i voglia altro &longs;imile; &longs;arà la &longs;ce&longs;a del pe&longs;o me&longs;&longs;o in O <lb/>piu da pre&longs;&longs;o al mouimento naturale di e&longs;&longs;o pe&longs;o &longs;ciolto in O, che in altro &longs;ito del<lb/>la <expan abbr="circõfer&etilde;za">circonferenza</expan> ODF. </s>

<s id="id.2.1.161.32.0">Oltre a ciò perche la linea CO <expan abbr="nõ">non</expan> puote &longs;pingere il pe&longs;o po&longs;to <lb/>in O mentre egli &longs;i moue in giu, per modo che egli &longs;i moua oltre la linea OS, per <lb/>cioche la linea OS non taglia il cerchio, ma lo tocca; & l'angolo SOC è retto <lb/>& non acuto, il pe&longs;o po&longs;to in O non grauerà niente &longs;opra la linea CO, ne &longs;tarà <lb/>&longs;opra il centro, come accaderebbe in qual &longs;i voglia altro punto &longs;opra l'O. </s>

<s id="id.2.1.161.29.0">Stando dunque il pe&longs;o in O, percioche l'angolo SOC non &longs;olamente è <lb/>minore dell'angolo CKS, ma anco il minimo di tutti gli angoli, che e&longs;con da i pun <lb/>ti CS, & hanno la cima nella circonferenza OKG; &longs;arà l'angolo SOK il mi <lb/>nimo &longs;i dell'angolo SKH, come de tutti gli altri co&longs;i fatti. </s>

<s id="id.2.1.161.33.0">Sarà dun<lb/>&que; il pe&longs;o po&longs;to in O per &que;&longs;te cagioni libero, & &longs;ciolto piu in &que;&longs;to &longs;ito, che in <lb/>qual &longs;i voglia altro della circonferenza FOG; & perciò in &que;&longs;to &longs;arà piu graue, <lb/>cioè a dire piu grauerà, che in altro &longs;ito. </s>

<s id="id.2.1.161.34.0">Et quanto &longs;arà piu da pre&longs;&longs;o ad O, &longs;arà <lb/>piu graue di &que;llo, che &longs;e fo&longs;&longs;e piu da lunge: & la linea CO &longs;arà egualmente di<lb/>&longs;tante dall'orizonte: non pero all'orizonte del punto C (come &longs;timano e&longs;&longs;i) ma <lb/>del pe&longs;o po&longs;to in O, douendo&longs;i prendere l'orizonte dal centro della grauezza del pe<lb/>&longs;o. </s>

<s id="id.2.1.161.30.0">Adunque la di&longs;ce&longs;a <lb/>del pe&longs;o po&longs;to in O &longs;arà piu da pre&longs;&longs;o al mouimento naturale di e&longs;&longs;o pe&longs;o &longs;ciolto in <lb/>O, che in altro &longs;ito della circonferenza OKG: & la linea CO meno &longs;o&longs;tenirà <lb/>il pe&longs;o, che &longs;e egli fo&longs;&longs;e in qual &longs;i voglia altro &longs;ito della i&longs;te&longs;&longs;a circonferenza OG. </s>

<s id="id.2.1.161.35.0">Lequali co&longs;e tutte bi&longs;ognaua mo&longs;trare. <emph.end type="italics"/></s>

<s id="id.2.1.165.1.0"><margin.target id="note30"/><emph type="italics"/>Per la decima ottaua del terzo<emph.end type="italics"/></s>

<s id="id.2.1.161.31.0"><lb/>Similmente perche l'angolo del toccamento SOK è minore &longs;i dell'angolo SDA, <lb/>&longs;i dello SAO, & &longs;i di qual &longs;i voglia altro &longs;imile; &longs;arà la &longs;ce&longs;a del pe&longs;o me&longs;&longs;o in O <lb/>piu da pre&longs;&longs;o al mouimento naturale di e&longs;&longs;o pe&longs;o &longs;ciolto in O, che in altro &longs;ito del<lb/>la <expan abbr="circõfer&etilde;za">circonferenza</expan> ODF. </s>

<s id="id.2.1.161.32.0">Oltre a ciò perche la linea CO no puote &longs;pingere il pe&longs;o po&longs;to <lb/>in O mentre egli &longs;i moue in giu, per modo che egli &longs;i moua oltre la linea OS, per <lb/>cioche la linea OS non taglia il cerchio, ma lo tocca; & l'angolo SOC è retto <lb/>& non acuto, il pe&longs;o po&longs;to in O non grauerà niente &longs;opra la linea CO, ne &longs;tarà <lb/>&longs;opra il centro, come accaderebbe in qual &longs;i voglia altro punto &longs;opra l'O. </s>

<s id="id.2.1.161.33.0">Sarà dun<lb/>que il pe&longs;o po&longs;to in O per que&longs;te cagioni libero, & &longs;ciolto piu in que&longs;to &longs;ito, che in <lb/>qual &longs;i voglia altro della circonferenza FOG; & perciò in que&longs;to &longs;arà piu graue, <lb/>cioè a dire piu grauerà, che in altro &longs;ito. </s>

<s id="id.2.1.161.34.0">Et quanto &longs;arà piu da pre&longs;&longs;o ad O, &longs;arà <lb/>piu graue di quello, che &longs;e fo&longs;&longs;e piu da lunge: & la linea CO &longs;arà egualmente di<lb/>&longs;tante dall'orizonte: non pero all'orizonte del punto C (come &longs;timano e&longs;&longs;i) ma <lb/>del pe&longs;o po&longs;to in O, douendo&longs;i prendere l'orizonte dal centro della grauezza del pe <lb/>&longs;o. </s>

<s id="id.2.1.161.35.0">Lequali co&longs;e tutte bi&longs;ognaua mo&longs;trare.<emph.end type="italics"/></s><pb/>

<s id="id.2.1.165.1.0"><margin.target id="note30"></margin.target><emph type="italics"/>Per la deci ma ottau<gap/> del terzo<emph.end type="italics"/></s>

<s id="id.2.1.167.1.0"><emph type="italics"/>Ma &longs;e il braccio della bilancia fo&longs;&longs;e maggiore <lb/>di CO, come per la quantità di CD; <lb/>&longs;arà parimente il pe&longs;o me&longs;&longs;o in O piu gra<lb/>ue. </s>

<s id="id.2.1.167.2.0">De&longs;criua&longs;i il cerchio OH, il cui <lb/>centro &longs;ia D, & il mezo diametro D</s>

<s id="id.2.1.167.3.0">il cerchio OH toccherà il cerchio FOG <lb/>nel punto O, & toccherà anche la linea <emph.end type="italics"/><lb/><arrow.to.target n="note32"/><emph type="italics"/>OS nel punto mede&longs;imo, laquale è la &longs;ce<lb/>&longs;a naturale, & diritta del pe&longs;o po&longs;to in O.<emph.end type="italics"/><lb/><arrow.to.target n="note33"/></s>

<s id="id.2.1.167.3.0">/>il cerchio OH toccherà il cerchio FOG <lb/>nel punto O, & toccherà anche la linea<emph.end type="italics"/><lb/><arrow.to.target n="note32"></arrow.to.target> <emph type="italics"/>OS nel punto mede&longs;imo, laquale è la &longs;ce<lb/>&longs;a naturale, & diritta del pe&longs;o po&longs;to in O.<emph.end type="italics"/><lb/><arrow.to.target n="note33"></arrow.to.target> <emph type="italics"/>Et percioche l'angolo SOH è minore del <lb/>l'angolo SOG, &longs;arà la &longs;ce&longs;a del pe&longs;o po&longs;to <lb/>in O per la circonferenza OH piu dapre&longs; <lb/>&longs;o al mouimento naturale OS, che per la <lb/>circonferenza OG. </s>

<s id="N11381"><emph type="italics"/>Et percioche l'angolo SOH è minore del<lb/>l'angolo SOG, &longs;arà la &longs;ce&longs;a del pe&longs;o po&longs;to <lb/>in O per la circonferenza OH piu dapre&longs;<lb/>&longs;o al mouimento naturale OS, che per la <lb/>circonferenza OG. </s>

<s id="id.2.1.167.4.0">Piu libero dun&que; <lb/>& &longs;ciolto, & per con&longs;e&que;nte piu graue &longs;a<lb/>ràin O, &longs;tante il centro della bilancia in <lb/>D, che in C. </s>

<s id="id.2.1.167.4.0">Piu libero dunque <lb/>& &longs;ciolto, & per con&longs;equente piu graue &longs;a<lb/>ràin O, &longs;tante il centro della bilancia in <lb/>D, che in C. </s>

<s id="id.2.1.167.5.0">Similmente &longs;i mo&longs;trerà, <lb/>che quanto piu grande &longs;arà il braccio DO, <lb/>il pe&longs;o po&longs;to in O &longs;arà d'auantaggio piu <lb/>graue. <emph.end type="italics"/></s>

<s id="id.2.1.168.1.0"><margin.target id="note32"/><emph type="italics"/>Per la<emph.end type="italics"/> 11. <emph type="italics"/>del terzo. <emph.end type="italics"/></s>

<s id="id.2.1.167.5.0">Similmente &longs;i mo&longs;trerà, <lb/>che quanto piu grande &longs;arà il braccio DO, <lb/>il pe&longs;o po&longs;to in O &longs;arà d'auantaggio piu <lb/>graue.<emph.end type="italics"/></s>

<s id="id.2.1.169.1.0"><margin.target id="note33"/><emph type="italics"/>Per la<emph.end type="italics"/> 18. <emph type="italics"/>del terzo. <emph.end type="italics"/></s><figure id="id.037.01.038.1.jpg" xlink:href="037/01/038/1.jpg"/>

<s id="id.2.1.168.1.0"><margin.target id="note32"></margin.target><emph type="italics"/>Per la<emph.end type="italics"/> 11. <emph type="italics"/>del terzo<emph.end type="italics"/></s>

<s id="id.2.1.171.1.0"><emph type="italics"/>Ma &longs;e l'iste&longs;&longs;o cerchio AFBG co'l &longs;uo centro R &longs;arà piu da pre&longs;&longs;o ad S centro <lb/>del mondo, & dal punto S &longs;ia tirata vna linea, che tocchi il cerchio ST, il pun<lb/>to T, (doue il pe&longs;o è piu graue) &longs;arà piu lontano dal punto A, che il punto O: <lb/>percioche &longs;iano tirate da i punti OT le linee OMTN à piombo di CS, & <lb/>congiungan&longs;i RT, & &longs;ia il centro R nella linea CS, & la linea ARB &longs;ia <lb/>egualmente di&longs;tante ad ACB. </s>

<s id="id.2.1.171.2.0">Percioche dun&que; i triangoli COS RTS &longs;ono <emph.end type="italics"/><lb/><arrow.to.target n="note34"/><emph type="italics"/>di angoli retti, &longs;arà SC à CO, come CO à CM. </s>

<s id="id.2.1.169.1.0"><margin.target id="note33"></margin.target><emph type="italics"/>Per la<emph.end type="italics"/> 18. <emph type="italics"/>del terzo.<emph.end type="italics"/></s><figure></figure>

<s id="id.2.1.171.3.0">Similmente SR ad <emph.end type="italics"/><lb/><arrow.to.target n="note35"/><emph type="italics"/>RT, come RT ad RN. </s>

<s id="id.2.1.171.4.0">E&longs;&longs;endo dun&que; RT eguale à CO, & SC mag<lb/>giore di RS: haurà proportione maggiore SC à CO, che SR ad RT. </s>

<s id="id.2.1.171.1.0"><emph type="italics"/>Ma &longs;e l'iste&longs;&longs;o cerchio AFBG co'l &longs;uo centro R &longs;arà piu da pre&longs;&longs;o ad S centro <lb/>del mondo, & dal punto S &longs;ia tirata vna linea, che tocchi il cerchio ST, il pun<lb/>to T, (doue il pe&longs;o è piu graue) &longs;arà piu lontano dal punto A, che il punto O: <lb/>percioche &longs;iano tirate da i punti OT le linee OMTN à piombo di CS, & <lb/>congiungan &longs;i RT, & &longs;ia il centro R nella linea CS, & la linea ARB &longs;ia <lb/>egualmente di&longs;tante ad ACB. </s>

<s id="id.2.1.171.5.0">on<emph.end type="italics"/><lb/><arrow.to.target n="note36"/><emph type="italics"/>de baurà parimente proportione maggiore CO à CM, che RT ad RN. </s>

<s id="id.2.1.171.6.0">&longs;a <lb/>rà dun&que; minore CM, che RN. </s>

<s id="id.2.1.171.2.0">Percioche dunque i triangoli COS RTS &longs;ono<emph.end type="italics"/><lb/><arrow.to.target n="note34"></arrow.to.target> <emph type="italics"/>di angoli retti, &longs;arà SC à CO, come CO à CM. </s>

<s id="id.2.1.171.7.0">Tagli&longs;i dun&que; RN in P &longs;i fattamen<emph.end type="italics"/><pb pagenum="12" xlink:href="037/01/039.jpg"/><emph type="italics"/>te, che RP &longs;ia eguale à CM; & dal <lb/>

<expan abbr="p&utilde;to">punto</expan> P &longs;ia tirata la linea PQ egual<lb/>mente di&longs;tante dalle linee MONT, <lb/>laquale tagli la <expan abbr="circõfer&etilde;za">circonferenza</expan> AT in Q, <lb/>& in fine <expan abbr="cõgiõgan&longs;i">congiongan&longs;i</expan> la RQ. </s>

<s id="id.2.1.171.3.0">Similmente SR ad<emph.end type="italics"/><lb/><arrow.to.target n="note35"></arrow.to.target> <emph type="italics"/>RT, come RT ad RN. </s>

<s id="N11429">Hor per <lb/>cioche le due CO CM &longs;ono eguali à <lb/>le due RQ RP, & l'angolo CMO <emph.end type="italics"/>

<arrow.to.target n="note37"/><lb/><emph type="italics"/>è eguale all'angolo RPQ. </s>

<s id="id.2.1.171.4.0">E&longs;&longs;endo dunque RT eguale à CO, & SC mag <lb/>giore di RS: haurà proportione maggiore SC à CO, che SR ad RT. </s>

<s id="N11438">&longs;arà an<lb/>che l'angolo MCO eguale all'angolo <lb/>PRQ. </s>

<s id="N1143E">Ma l'angolo MCA retto <lb/>è eguale all'angolo PRA retto; a<lb/>dun&que; il re&longs;tante OCA al restante <emph.end type="italics"/>

<s id="id.2.1.171.5.0">on<emph.end type="italics"/><lb/><arrow.to.target n="note36"></arrow.to.target> <emph type="italics"/>de baurà parimente proportione maggiore CO à CM, che RT ad RN. </s>

<arrow.to.target n="note38"/><lb/><emph type="italics"/>QRA &longs;arà eguale, & la circonferen<lb/>za OA parimente eguale alla circon<lb/>ferenza QA. </s>

<s id="id.2.1.171.6.0">&longs;a <lb/>rà dunque minore CM, che RN. </s>

<s id="id.2.1.171.7.0">Tagli&longs;i dunque RN in P &longs;i fattamen-<emph.end type="italics"/><pb pagenum="12"/><emph type="italics"/>te, che RP &longs;ia eguale à CM; & dal <lb/><expan abbr="p&utilde;to">punto</expan> P &longs;ia tirata la linea PQ egual <lb/>mente di&longs;tante dalle linee MONT, <lb/>laquale tagli la <expan abbr="circõfer&etilde;za">circonferenza</expan> AT in Q, <lb/>& in fine <expan abbr="cõgiõgan&longs;i">congiongan&longs;i</expan> la <expan abbr="Rq.">Rque</expan> Hor per <lb/>cioche le due CO CM &longs;ono eguali à <lb/>le due RQ RP, & l'angolo CMO<emph.end type="italics"/> <arrow.to.target n="note37"></arrow.to.target><lb/><emph type="italics"/>è eguale all'angolo <expan abbr="RPq;">RPque</expan> &longs;arà an<lb/>che l'angolo MCO eguale all'angolo <lb/><expan abbr="PRq.">PRque</expan> Ma l'angolo MCA retto <lb/>è eguale all'angolo PRA retto; a<lb/>dunque il re&longs;tante OCA al restante<emph.end type="italics"/> <arrow.to.target n="note38"></arrow.to.target><lb/><emph type="italics"/>QRA &longs;arà eguale, & la circonferen<lb/>za OA parimente eguale alla circon <lb/>ferenza QA. </s>

<s id="id.2.1.171.8.0">Però il punto T per <lb/>e&longs;&longs;ere piu di&longs;tante dal punto A, che <lb/>Q, &longs;arà anco piu di&longs;tante dal punto <lb/>A, che il punto O. </s>

<s id="id.2.1.171.9.0">Dimo&longs;trera&longs;&longs;i pa <lb/>rimente, che quanto piu il cerchio &longs;arà <lb/>vicino al centro del mondo, che egli &longs;a <lb/>rà anco piu lontano. </s>

<s id="id.2.1.171.10.0">Et co&longs;i come pri<lb/>ma dimo&longs;trera&longs;&longs;i il pe&longs;o nella circonfe<lb/>renza TAF &longs;tar &longs;opra il centro R, <lb/>ma nella circonferenza TG e&longs;&longs;ere ri<lb/>tenuto dalla linea, & ritrouar&longs;i piu gra<lb/>ue nel punto T. <emph.end type="italics"/></s>

<s id="id.2.1.171.10.0">Et co&longs;i come pri<lb/>ma dimo&longs;trera&longs;&longs;i il pe&longs;o nella cir confe<lb/>renza TAF &longs;tar &longs;opra il centro R, <lb/>ma nella circonferenza TG e&longs;&longs;ere ri<lb/>tenuto dalla linea, & ritrouar&longs;i piu gra <lb/>ue nel punto T.<emph.end type="italics"/></s>

<s id="id.2.1.172.1.0"><margin.target id="note34"/><emph type="italics"/>Per la ottaua del &longs;esto. <emph.end type="italics"/></s>

<s id="id.2.1.173.1.0"><margin.target id="note35"/><emph type="italics"/>Per la ottaua del <expan abbr="qu&itilde;to">quinto</expan>. <emph.end type="italics"/></s>

<s id="id.2.1.172.1.0"><margin.target id="note34"></margin.target><emph type="italics"/>Per la <gap/>ttaua del &longs;esto.<emph.end type="italics"/></s>

<s id="id.2.1.174.1.0"><margin.target id="note36"/><emph type="italics"/>Per la decima del quinto. <emph.end type="italics"/></s>

<s id="id.2.1.175.1.0"><margin.target id="note37"/><emph type="italics"/>Per la<emph.end type="italics"/> 7. <emph type="italics"/>del &longs;esto. <emph.end type="italics"/></s>

<s id="id.2.1.173.1.0"><margin.target id="note35"></margin.target><emph type="italics"/>Per la ottaua del quito<emph.end type="italics"/></s>

<s id="id.2.1.176.1.0"><margin.target id="note38"/><emph type="italics"/>Per la<emph.end type="italics"/> 26. <emph type="italics"/>del terzo. <emph.end type="italics"/></s><figure id="id.037.01.039.1.jpg" xlink:href="037/01/039/1.jpg"/><pb xlink:href="037/01/040.jpg"/>

<s id="id.2.1.174.1.0"><margin.target id="note36"></margin.target><emph type="italics"/>Per la decima del q<gap/> to.<emph.end type="italics"/></s>

<s id="id.2.1.179.1.0"><emph type="italics"/>Che &longs;e il punto G fo&longs;&longs;e nel centro del mondo; allhora quanto piu il pe&longs;o &longs;arà da pre&longs;&longs;o al <lb/>G, &longs;arà piu graue: & douun&que; &longs;ia po&longs;to il pe&longs;o, fuor che nel G &longs;empre &longs;tarà &longs;opra <lb/>il centro C, come in<emph.end type="italics"/> K<emph type="italics"/>: Imperoche tirata la linea G<emph.end type="italics"/>K; <emph type="italics"/>&que;&longs;ta (&longs;e condo laqua<lb/>le &longs;i fa il mouimento naturale del pe&longs;o) in&longs;ieme co'l braccio della bilancia<emph.end type="italics"/> K<emph type="italics"/>C <lb/>farà vn'angolo acuto, peroche <lb/>gli angoli posti alla ba&longs;e in<emph.end type="italics"/> K <lb/><emph type="italics"/>& G del triangolo di due la<lb/>ti eguali C<emph.end type="italics"/>K<emph type="italics"/>G &longs;ono &longs;empre <lb/>acuti. </s>

<s id="id.2.1.179.2.0">Hor &longs;iano paragonate <lb/>in&longs;ieme &que;&longs;te due co&longs;e, cioè il <lb/>pe&longs;o posto in<emph.end type="italics"/> K, <emph type="italics"/>& &que;llo, <lb/>che è po&longs;to in D, &longs;arà il pe&longs;o <lb/>in K piu graue, che &que;llo <lb/>in D; imperoche tirata la li<lb/>nea DG, e&longs;&longs;endo che li tre an<lb/>goli di cia&longs;cuno triangolo &longs;iano <lb/>eguali à due angoli retti, & <lb/>l'angolo DCG del triangolo <lb/>CDG di due lati eguali &longs;ia <lb/>maggiore dell'angolo KCG <lb/>del triangolo CKG di due <lb/>lati eguali; &longs;aranno gli altri an<lb/>goli alla ba&longs;e DGC GDC <lb/>pre&longs;i in&longs;ieme minori de gli al<lb/>tri KGC GKC pre&longs;i in&longs;ie<emph.end type="italics"/><lb/><figure id="id.037.01.040.1.jpg" xlink:href="037/01/040/1.jpg"/><lb/><emph type="italics"/>me; & la metà di &que;sti, cioè l'angolo CDG &longs;arà minore dell'angolo CKG: <lb/>Per laqual co&longs;a mouendo&longs;i il pe&longs;o po&longs;to in K &longs;ciolto naturalmente per KG, & <lb/>il pe&longs;o po&longs;to in D per DG come per &longs;patij, per i quali &longs;ono portati nel centro del <lb/>mondo; la linea CD, cioè il braccio della bilancia &longs;i acco&longs;terà piu al mouimento <lb/>naturale del pe&longs;o po&longs;to in D <expan abbr="totalm&etilde;te">totalmente</expan> &longs;ciolto, alla linea cioè DG, che CK al <lb/>mouimento &longs;atto &longs;econdo KG. </s>

<s id="id.2.1.175.1.0"><margin.target id="note37"></margin.target><emph type="italics"/>Per la<emph.end type="italics"/> 7. <emph type="italics"/>del &longs;esto.<emph.end type="italics"/></s>

<s id="id.2.1.179.3.0">So&longs;tenterà dun&que; piu la linea CD, che C K. </s>

<s id="id.2.1.179.4.0">& perciò il pe&longs;o po&longs;to in K per le co&longs;e di &longs;opra dette &longs;arà piu graue, che in D. </s>

<s id="id.2.1.176.1.0"><margin.target id="note38"></margin.target><emph type="italics"/>Per la<emph.end type="italics"/> 26. <emph type="italics"/>del terzo.<emph.end type="italics"/></s><figure></figure><pb/>

<s id="id.2.1.179.1.0"><emph type="italics"/>Che &longs;e il punto G fo&longs;&longs;e nel centro del mondo; allhora quanto piu il pe&longs;o &longs;arà da pre&longs;&longs;o al <lb/>G, &longs;arà piu graue: & douunque &longs;ia po&longs;to il pe&longs;o, fuor che nel G &longs;empre &longs;tarà &longs;opra <lb/>il centro C, come in<emph.end type="italics"/> K<emph type="italics"/>: Imperoche tirata la linea G<emph.end type="italics"/>K; <emph type="italics"/>que&longs;ta (&longs;e condo laqua <lb/>le &longs;i fa il mouimento naturale del pe&longs;o) in&longs;ieme co'l braccio della bilancia<emph.end type="italics"/> K<emph type="italics"/>C <lb/>farà vn'angolo acuto, peroche <lb/>gli angoli posti alla ba&longs;e in<emph.end type="italics"/> K <lb/><emph type="italics"/>& G del triangolo di due la <lb/>ti eguali C<emph.end type="italics"/>K<emph type="italics"/>G &longs;ono &longs;empre <lb/>acuti. </s>

<s id="id.2.1.179.2.0">Hor &longs;iano paragonate <lb/>in&longs;ieme que&longs;te due co&longs;e, cioè il <lb/>pe&longs;o posto in<emph.end type="italics"/> K, <emph type="italics"/>& quello, <lb/>che è po&longs;to in D, &longs;arà il pe&longs;o <lb/>in K piu graue, che quello <lb/>in D; imperoche tirata la li<lb/>nea DG, e&longs;&longs;endo che li tre an <lb/>goli di cia&longs;cuno triangolo &longs;iano <lb/>eguali à due angoli retti, & <lb/>l'angolo DCG del triangolo <lb/>CDG di due lati eguali &longs;ia <lb/>maggiore dell'angolo KCG <lb/>del triangolo CKG di due <lb/>lati eguali; &longs;aranno gli altri an <lb/>goli alla ba&longs;e DGC GDC <lb/>pre&longs;i in&longs;ieme minori de gli al<lb/>tri KGC GKC pre&longs;i in&longs;ie<emph.end type="italics"/><lb/><figure id="fig14"></figure><lb/><emph type="italics"/>me; & la metà di questi, cioè l'angolo CDG &longs;arà minore dell'angolo CKG: <lb/>Per laqual co&longs;a mouendo&longs;i il pe&longs;o po&longs;to in K &longs;ciolto naturalmente per KG, & <lb/>il pe&longs;o po&longs;to in D per DG come per &longs;patij, per i quali &longs;ono portati nel centro del <lb/>mondo; la linea CD, cioè il braccio della bilancia &longs;i acco&longs;terà piu al mouimento <lb/>naturale del pe&longs;o po&longs;to in D <expan abbr="totalm&etilde;te">totalmente</expan> &longs;ciolto, alla linea cioè DG, che CK al <lb/>mouimento &longs;atto &longs;econdo KG. </s>

<s id="id.2.1.179.3.0">So&longs;tenterà dunque piu la linea CD, che C</s>

<s id="id.2.1.179.4.0">/>& perciò il pe&longs;o po&longs;to in K per le co&longs;e di &longs;opra dette &longs;arà piu graue, che in D. </s>

<s id="id.2.1.179.5.0">Ol<lb/>tre à ciò, perche &longs;e il pe&longs;o po&longs;to in K fo&longs;&longs;e del tutto libero, & &longs;ciolto, &longs;i mouerebbe <lb/>in giu per KG, &longs;e egli non fo&longs;&longs;e impedito dalla linea CK, laquale sforza il pe&longs;o <lb/>à mouer&longs;i oltra la linea KG per la circonferenza KH; la linea KG &longs;o&longs;tente<lb/>rà il pe&longs;o in parte, & gli farà re&longs;istenza, sforzandolo à mouer&longs;i per la circonferenza <lb/>KH. </s>

<s id="id.2.1.179.6.0">Et percioche l'angolo CDG è minore dell'angolo CKG, & l'angolo <lb/>CDK è eguale all'angolo CKH, &longs;arà l'angolo re&longs;tante GDK maggiore del re <lb/>&longs;tante GKH. </s>

<s id="id.2.1.179.7.0">Dun&que; la circonferenza KH &longs;arà piu da pre&longs;&longs;o al mouimento <lb/>naturale del pe&longs;o &longs;ciolto po&longs;to in K, cioè alla linea KG, che la circonferenza <lb/>DK alla linea DG. </s>

<s id="id.2.1.179.7.0">Dunque la circonferenza KH &longs;arà piu da pre&longs;&longs;o al mouimento <lb/>naturale del pe&longs;o &longs;ciolto po&longs;to in K, cioè alla linea KG, che la circonferenza <lb/>DK alla linea DG. </s>

<s id="id.2.1.179.8.0">Per laqual co&longs;a la linea CD &longs;a piu re&longs;i&longs;tenza al pe&longs;o po&longs;to <lb/>in D, che la linea CK al pe&longs;o posto in K. </s>

<s id="id.2.1.179.9.0">Adun&que; il pe&longs;o po&longs;to in K &longs;arà<emph.end type="italics"/><pb pagenum="13" xlink:href="037/01/041.jpg"/><emph type="italics"/>piu graue, che in D. </s>

<s id="id.2.1.179.9.0">Adunque il pe&longs;o po&longs;to in K &longs;arà<emph.end type="italics"/><pb pagenum="13"/><emph type="italics"/>piu graue, che in D. </s>

<s id="id.2.1.179.10.0">Similmente mostrera&longs;&longs;i, che quanto il pe&longs;o &longs;arà piu da pre&longs;&longs;o <lb/>ad F, come in L manco grauerà; ma quanto piu da pre&longs;&longs;o &longs;i trouerà al G, co<lb/>me in H, e&longs;&longs;ere piu graue. <emph.end type="italics"/></s>

<s id="id.2.1.179.10.0">Similmente mostrera&longs;&longs;i, che quanto il pe&longs;o &longs;arà piu da pre&longs;&longs;o <lb/>ad F, come in L manco grauerà; ma quanto piu da pre&longs;&longs;o &longs;i trouerà al G, co<lb/>me in H, e&longs;&longs;ere piu graue.<emph.end type="italics"/></s>

<expan abbr="triãgolo">triangolo</expan> di due lati eguali <lb/>CHG è &longs;empre acuto: <lb/>Per laqual co&longs;a anco SHC <lb/>minor di lui &longs;arà parimen<lb/>te &longs;empre acuto. </s>

<s id="id.2.1.181.2.0">ma &longs;ia ti <lb/>rata dal punto S la linea <lb/>SK à piombo di CS. <lb/></s>

<s id="id.2.1.181.1.0"><emph type="italics"/>Che &longs;e il centro del mondo fo&longs;&longs;e in S fra i punti CG; Primieramente &longs;i mo&longs;trerà nel <lb/>modo i&longs;te&longs;&longs;o, che il pe&longs;o in qualunque luogo po&longs;to starà &longs;opra il centro C, come in <lb/>H: peroche tirate le li<lb/>nee HG HS, l'angolo <lb/>che è alla ba&longs;e GHC del <lb/><expan abbr="triãgolo">triangolo</expan> di due lati eguali <lb/>CHG è &longs;empre acuto: <lb/>Perlaqual co&longs;a anco SHC <lb/>minor di lui &longs;arà parimen <lb/>te &longs;empre acuto. </s>

<s id="id.2.1.181.3.0">Dico che il pe&longs;o è piu gra<lb/>ue in<emph.end type="italics"/> K, <emph type="italics"/>che in alcun'al<lb/>tro &longs;ito della circonferen<lb/>za FKG; & quanto <lb/>piu da pre&longs;&longs;o &longs;arà allo F, <lb/>ouero al G meno graue<lb/>rà. </s>

<s id="id.2.1.181.4.0">Prendan&longs;i ver&longs;o lo <lb/>F i punti DL, & con <lb/>

<s id="id.2.1.181.2.0">ma &longs;ia ti <lb/>rata dal punto S la linea <lb/>SK à piombo di CS. </s>

<expan abbr="giungã&longs;i">giungan&longs;i</expan> le linee LC LS <lb/>DC DS, & &longs;iano al<emph.end type="italics"/><lb/><figure id="id.037.01.041.1.jpg" xlink:href="037/01/041/1.jpg"/><lb/><emph type="italics"/>lungate le linee LS DS KS HS fin'alla <expan abbr="circõferenza">circonferenza</expan> del cerchio in EM NO; <lb/>& &longs;iano <expan abbr="cõgiunte">congiunte</expan> CE, CM, CN, CO. </s>

<s id="id.2.1.181.5.0">Hor percioche LE DM &longs;i taglia<lb/>no in&longs;ieme in S, &longs;arà il rettangolo LSE eguale al rettangolo DSM. </s>

<s id="id.2.1.181.3.0"><lb/>Dico che il pe&longs;o è piu gra<lb/>ue in<emph.end type="italics"/> K, <emph type="italics"/>che in alcun'al <lb/>tro &longs;ito della circonferen <lb/>za FKG; & quanto <lb/>piu da pre&longs;&longs;o &longs;arà allo F, <lb/>ouero al G meno graue<lb/>rà. </s>

<s id="id.2.1.181.6.0">Onde &longs;i co<emph.end type="italics"/>

<arrow.to.target n="note39"/><lb/><emph type="italics"/>me è la LS ver&longs;o la DS, co&longs;i &longs;arà la SM ver&longs;ola SE; ma è maggior la LS <lb/>della DS; & la SM di e&longs;&longs;a SE. </s>

<s id="id.2.1.181.4.0">Prendan&longs;i ver&longs;o lo <lb/>F i punti DL, & con <lb/><expan abbr="giungã&longs;i">giungan&longs;i</expan> le linee LC LS <lb/>DC DS, & &longs;iano al-<emph.end type="italics"/><lb/><figure id="fig15"></figure><lb/><emph type="italics"/>lungate le linee LS DS KS HS fin'alla <expan abbr="circõferenza">circonferenza</expan> del cerchio in EM NO; <lb/>& &longs;iano <expan abbr="cõgiunte">congiunte</expan> CE, CM, CN, CO. </s>

<s id="id.2.1.181.7.0">Dun&que; LS SE pre&longs;e in&longs;ieme &longs;aranno mag<emph.end type="italics"/>

<arrow.to.target n="note40"/><lb/><emph type="italics"/>giori delle DS SM. </s>

<s id="id.2.1.181.5.0">Hor percioche LE DM &longs;i taglia<lb/><gap/>o in&longs;ieme in S, &longs;arà il rettangolo LSE eguale al rettangolo DSM. </s>

<s id="id.2.1.181.8.0">& per la ragion i&longs;te&longs;&longs;a &longs;i mo&longs;trerà la KN e&longs;&longs;er minore di DM. <lb/></s>

<s id="id.2.1.181.9.0">Di piu percioche il rettangolo OSH è eguale al rett'angolo KSN; per la mede&longs;i<emph.end type="italics"/>

<s id="id.2.1.181.6.0">Onde &longs;i co<emph.end type="italics"/> <arrow.to.target n="note39"></arrow.to.target><lb/><emph type="italics"/>me è la LS ver&longs;o la DS, co&longs;i &longs;arà la SM ver&longs;ola SE; ma è maggior la LS <lb/>della DS; & la SM di e&longs;&longs;a SE. </s>

<arrow.to.target n="note41"/><lb/><emph type="italics"/>ma ragione la HO &longs;arà maggiore della KN. </s>

<s id="N11604">& nell'i&longs;te&longs;&longs;o modo in tutto la <emph.end type="italics"/>

<s id="id.2.1.181.7.0">Dunque LS SE pre&longs;e in&longs;ieme &longs;aranno mag-<emph.end type="italics"/> <arrow.to.target n="note40"></arrow.to.target><lb/><emph type="italics"/>giori delle DS SM. </s>

<arrow.to.target n="note42"/><lb/><emph type="italics"/> KN &longs;i dimostrerà minore di tutte le altre linee, che pa&longs;&longs;ino per lo punto S. </s>

<s id="id.2.1.181.10.0">Et <lb/>percioche de i triangoli di due lati eguali CLE DCM i lati LC CE &longs;ono e<lb/>guali a i lati DC CM; & la ba&longs;e LE è maggiore di DM: &longs;arà l'angolo <lb/>LCE maggiore dell'angolo DCM. </s>

<s id="id.2.1.181.8.0">& per la ragion i&longs;te&longs;&longs;a &longs;i mo&longs;trerà la KN e&longs;&longs;er minore di DM. </s>

<s id="id.2.1.181.11.0">Per laqual co&longs;a gli angoli CLE CEL po<emph.end type="italics"/>

<arrow.to.target n="note43"/><lb/><emph type="italics"/>sti alla ba&longs;e tolti in&longs;ieme &longs;aranno minori de gli angoli CDM CMD; & le me<lb/>tà di &que;&longs;ti, cioè l'angolo CLS &longs;arà minore dell'angolo CDS. </s>

<s id="id.2.1.181.9.0"><lb/>Di piu percioche il rettangolo OSH è eguale alrett'angolo KSN; per la mede&longs;i-<emph.end type="italics"/> <arrow.to.target n="note41"></arrow.to.target><lb/><emph type="italics"/>ma ragione la HO &longs;arà maggiore della KN. & nell'i&longs;te&longs;&longs;o modo in tutto la<emph.end type="italics"/> <arrow.to.target n="note42"></arrow.to.target><lb/><emph type="italics"/>KN &longs;i dimostrerà minore di tutte le altre linee, che pa&longs;&longs;ino per lo punto S. </s>

<s id="id.2.1.181.12.0">Dun&que; il pe&longs;o po<lb/>&longs;to in L &longs;opra la linea LC grauerà piu, che po&longs;to in D &longs;opra la DC; & piu <lb/>&longs;tarà &longs;opra il centro in L, che in D. </s>

<s id="id.2.1.181.13.0">Similmente &longs;i mo&longs;trerà, che il pe&longs;o in D<emph.end type="italics"/><pb xlink:href="037/01/042.jpg"/><emph type="italics"/>&longs;tarà piu &longs;opra il centro C, che in K. </s>

<s id="id.2.1.181.14.0">Adun&que; il pe&longs;o po&longs;to in K &longs;arà piu <lb/>graue, che in D, & in D, che in L. </s>

<s id="N1163D">& con la mede&longs;ima ragione in tutto, pero<lb/>che KN è minore di HO, &longs;arà l'angolo CKS maggiore dell'angolo CHS. <lb/></s>

<s id="id.2.1.181.11.0">Per laqual co&longs;a gli angoli CLE CEL po<emph.end type="italics"/> <arrow.to.target n="note43"></arrow.to.target><lb/><emph type="italics"/>sti alla ba&longs;e tolti in&longs;ieme &longs;aranno minori de gli angoli CDM CMD; & le me<lb/>tà di que&longs;ti, cioè l'angolo CLS &longs;arà minore dell'angolo CDS. </s>

<s id="id.2.1.181.15.0">Per laqual co&longs;a il pe&longs;o posto in H &longs;tarà piu &longs;opra il centro C, che in<emph.end type="italics"/> K; <emph type="italics"/>& in &que;<lb/>&longs;ta maniera &longs;i mostrerà, che douun&que; &longs;ia il pe&longs;o nella circonferenza FDG, manco <lb/>starà &longs;opra il centro quando &longs;arà po&longs;to in K, che in altro &longs;ito: & quanto piu da<lb/>pre&longs;&longs;o egli &longs;arà ad F, ouero à G piu &longs;tarà &longs;opra. </s>

<s id="id.2.1.181.16.0">Dopo percioche l'angolo CKS <lb/>è maggiore del CDS, & CDK è eguale à CKH: &longs;arà il re&longs;tante SKH mi<lb/>nore del re&longs;tante SDK. </s>

<s id="id.2.1.181.12.0">Dunque il pe&longs;o po <lb/>&longs;to in L &longs;opra la linea LC grauerà piu, che po&longs;to in D &longs;opra la DC; & piu <lb/>&longs;tarà &longs;opra il centro in L, che in D. </s>

<s id="id.2.1.181.13.0">Similmente &longs;i mo&longs;trerà, che il pe&longs;o in D<emph.end type="italics"/><pb/><emph type="italics"/>&longs;tarà piu &longs;opra il centro C, che in K. </s>

<s id="id.2.1.181.14.0">Adunque il pe&longs;o po&longs;to in K &longs;arà piu <lb/>graue, che in D, & in D, che in L. & con la mede&longs;ima ragione in tutto, pero<lb/>che KN è minore di HO, &longs;arà l'angolo CKS maggiore dell'angolo CHS. </s>

<s id="id.2.1.181.15.0"><lb/>Per laqual cofa il pe&longs;o posto in H &longs;tarà piu &longs;opra il centro C, che in<emph.end type="italics"/> K; <emph type="italics"/>& in que<lb/>&longs;ta maniera &longs;i mostrerà, che douunque &longs;ia il pe&longs;o nella circonferenza FDG, manco <lb/>starà &longs;opra il centro quando &longs;arà po&longs;to in K, che in altro &longs;ito: & quanto piu da <lb/>pre&longs;&longs;o egli &longs;arà ad F, ouero à G piu &longs;tarà &longs;opra. </s>

<s id="id.2.1.181.16.0">Dopo percioche l'angolo CKS <lb/>è maggiore del CDS, & CDK è eguale à CKH: &longs;arà il re&longs;tante SKH mi<lb/>nore del re&longs;tante SDK. </s>

<s id="id.2.1.181.17.0">Per laqual co&longs;a la circonferenza KH &longs;arà piu da pre&longs;&longs;o <lb/>al mouimento naturale <lb/>diritto del pe&longs;o po&longs;to in <lb/>K &longs;ciolto, cioè alla li<lb/>nea KS, che la circon <lb/>ferenza DK al moui<lb/>mento DS. </s>

<s id="id.2.1.181.18.0">& perciò <lb/>la linea CD &longs;a piu re&longs;i <lb/>&longs;tenza al pe&longs;o po&longs;to in D <lb/>che la CK al pe&longs;o me&longs;<lb/>&longs;o in<emph.end type="italics"/> K. <emph type="italics"/>& per que&longs;ta <lb/>ragione &longs;i mo&longs;trera l'an<lb/>golo SHG e&longs;&longs;er mag<lb/>giore dello SKH; & <lb/>per con&longs;equente la linea <lb/>CH &longs;are piu re&longs;i&longs;tenza <lb/>al pe&longs;o po&longs;to in H, che <lb/>CK al pe&longs;o me&longs;&longs;o in K. </s>

<s id="N11675"><emph type="italics"/>& per &que;&longs;ta <lb/>ragione &longs;i mo&longs;trera l'an<lb/>golo SHG e&longs;&longs;er mag<lb/>giore dello SKH; & <lb/>per con&longs;e&que;nte la linea <lb/>CH &longs;are piu re&longs;i&longs;tenza <lb/>al pe&longs;o po&longs;to in H, che <lb/>CK al pe&longs;o me&longs;&longs;o in K. <lb/></s>

<s id="id.2.1.181.19.0">Similmente dimo&longs;trera&longs;&longs;i <lb/>che la linea CL piu &longs;o<lb/>&longs;tenterà il pe&longs;o, che CD:<emph.end type="italics"/><lb/><figure id="id.037.01.042.1.jpg" xlink:href="037/01/042/1.jpg"/><lb/><emph type="italics"/>& per le, cagioni i&longs;te&longs;&longs;e &longs;i prouerà, che il pe&longs;o me&longs;&longs;o in K grauerà meno &longs;opra la li<lb/>nea CK, che in qual &longs;i voglia altro &longs;ito della circonferenza FDG: & quanto <lb/>piu da pre&longs;&longs;o &longs;arà ad F, ouero à G, manco grauerà. </s>

<s id="id.2.1.181.19.0"><lb/>Similmente dimo&longs;trera&longs;&longs;i <lb/>che la linea CL piu &longs;o<lb/>&longs;tenterà il pe&longs;o, che CD:<emph.end type="italics"/><lb/><figure id="fig16"></figure><lb/><emph type="italics"/>& per le, cagioni i&longs;te&longs;&longs;e &longs;i prouerà, che il pe&longs;o me&longs;&longs;o in K grauerà meno &longs;opra la li<lb/>nea CK, che in qual &longs;i voglia altro &longs;ito della circon&longs;erenza FDG: & quanto <lb/>piu da pre&longs;&longs;o &longs;arà ad F, ouero à G, manco grauerà. </s>

<s id="id.2.1.181.20.0">dun&que; piu graue &longs;ara in K, <lb/>che in altro &longs;ito: & &longs;arà meno graue quanto piu da pre&longs;&longs;o &longs;tara ad F, ouero a G. <emph.end type="italics"/></s>

<s id="id.2.1.184.1.0"><margin.target id="note39"/><emph type="italics"/>Per la<emph.end type="italics"/> 35. <emph type="italics"/>del terzo. <emph.end type="italics"/></s>

<s id="id.2.1.181.20.0">dunque piu graue &longs;ara in K, <lb/>che in altro &longs;ito: & &longs;arà meno graue quanto piu da pre&longs;&longs;o &longs;tara ad F, ouero a G.<emph.end type="italics"/></s>

<s id="id.2.1.185.1.0"><margin.target id="note40"/><emph type="italics"/>Per la<emph.end type="italics"/> 16. <emph type="italics"/>del &longs;esto. <emph.end type="italics"/></s>

<s id="id.2.1.186.1.0"><margin.target id="note41"/><emph type="italics"/>Per la<emph.end type="italics"/> 7. <emph type="italics"/>del terzo. <emph.end type="italics"/></s>

<s id="id.2.1.184.1.0"><margin.target id="note39"></margin.target><emph type="italics"/>Per la<emph.end type="italics"/> 35. <emph type="italics"/>del terzo.<emph.end type="italics"/></s>

<s id="id.2.1.187.1.0"><margin.target id="note42"/><emph type="italics"/>Per la<emph.end type="italics"/> 25. <emph type="italics"/>del quinte. <emph.end type="italics"/></s>

<s id="id.2.1.188.1.0"><margin.target id="note43"/><emph type="italics"/>Per la<emph.end type="italics"/> 25. <emph type="italics"/>del primo. <emph.end type="italics"/></s>

<s id="id.2.1.185.1.0"><margin.target id="note40"></margin.target><emph type="italics"/>Per la<emph.end type="italics"/> 16. <emph type="italics"/>del &longs;esto.<emph.end type="italics"/></s>

<s id="id.2.1.189.1.0"><emph type="italics"/>Se in fine il centro C fo&longs;&longs;e nel centro del mondo, egli è manife&longs;to, che il pe&longs;o po&longs;to doue <emph.end type="italics"/><lb/><arrow.to.target n="note44"/><emph type="italics"/>&longs;i voglia &longs;tarà fermo. </s>

<s id="id.2.1.189.2.0">Come posto il pe&longs;o in D la linea CD &longs;o&longs;terrà tutto il pe&longs;o, <lb/>per e&longs;&longs;er a piombo dell'orizonte di e&longs;&longs;o pe&longs;o po&longs;to in D. </s>

<s id="id.2.1.186.1.0"><margin.target id="note41"></margin.target><emph type="italics"/>Per la<emph.end type="italics"/> 7. <emph type="italics"/>del terzo.<emph.end type="italics"/></s>

<s id="id.2.1.189.3.0">Dun&que; &longs;tarà fermo <lb/>il pe&longs;o. <emph.end type="italics"/></s>

<s id="id.2.1.190.1.0"><margin.target id="note44"/><emph type="italics"/>Per la prima di &que;sto. <emph.end type="italics"/></s>

<s id="id.2.1.187.1.0"><margin.target id="note42"></margin.target><emph type="italics"/>Per la<emph.end type="italics"/> 25. <emph type="italics"/>del quinte.<emph.end type="italics"/></s>

<s id="id.2.1.191.1.0"><emph type="italics"/>Hor percioche nelle co&longs;e, che fin qui &longs;ono &longs;tate dimostrate non habbiamo fatto mentio<lb/>ne alcuna della grauezza del braccio della bilancia, però &longs;e vorremo anco con&longs;idera<lb/>re la grauezza del detto braccio, &longs;i potrà ritrouare il centro della grauezza della ma<emph.end type="italics"/><pb pagenum="14" xlink:href="037/01/043.jpg"/><emph type="italics"/>gnitudine fatta dal pe&longs;o, & dal braccio, & &longs;i <expan abbr="de&longs;criuerãno">de&longs;criueranno</expan> le circonferenze de' cerchi <lb/>&longs;econdo la di&longs;tanza dal centro della bilancia ad e&longs;&longs;o centro della grauezza, come &longs;e <lb/>in e&longs;&longs;o (come è veramente) fo&longs;&longs;e posto il pe&longs;o, Et le co&longs;e che &longs;enza la con&longs;ideratio <lb/>ne della grauezza del braccio della bilancia habbiamo trouato, tutte nell'i&longs;te&longs;&longs;o mo<lb/>do con&longs;iderando ancora tal grauità le ritrouaremo. <emph.end type="italics"/></s>

<s id="id.2.1.192.1.0"><emph type="italics"/>Dalle co&longs;e dette dun&que;, <expan abbr="con&longs;iderãdo">con&longs;iderando</expan> la bilancia, <lb/>come ella è lontana dal centro del mondo <lb/>nel modo che e&longs;&longs;i hanno fatto, come etiandio <lb/>è in atto, appare la fal&longs;ità di coloro, che dico<lb/>no il pe&longs;o po&longs;to in A e&longs;&longs;ere piu graue, che <lb/>in altro &longs;ito; & in&longs;ieme e&longs;&longs;er fal&longs;o, che quan<lb/>to piu il pe&longs;o è lontano dalla linea FG, tan<lb/>to e&longs;&longs;ere piu graue: imperoche il punto O <lb/>è piu da pre&longs;&longs;o alla FG, che il punto A; <lb/>percioche la linea tirata a piombo dal pun<emph.end type="italics"/>

<s id="id.2.1.188.1.0"><margin.target id="note43"></margin.target><emph type="italics"/>Per la<emph.end type="italics"/> 25. <emph type="italics"/>del primo.<emph.end type="italics"/></s>

<arrow.to.target n="note45"/><lb/><emph type="italics"/>to O ad FG è minore della CA. </s>

<s id="id.2.1.189.1.0"><emph type="italics"/>Se in fine il centro C fo&longs;&longs;e nel centro del mondo, egli è manife&longs;to, che il pe&longs;o po&longs;to doue<emph.end type="italics"/><lb/><arrow.to.target n="note44"></arrow.to.target> <emph type="italics"/>&longs;i voglia &longs;tarà fermo. </s>

<s id="id.2.1.189.3.0">Dunque &longs;tarà fermo <lb/>il pe&longs;o.<emph.end type="italics"/></s>

<s id="id.2.1.190.1.0"><margin.target id="note44"></margin.target><emph type="italics"/>Per la pri<gap/>ua di questo.<emph.end type="italics"/></s>

<s id="id.2.1.191.1.0"><emph type="italics"/>Hor percioche nelle co&longs;e, che fin qui &longs;ono &longs;tate dimostrate non habbiamo fatto mentio<lb/>ne alcuna della grauezza del braccio della bilancia, però &longs;e vorremo anco con&longs;idera<lb/>re la grauezza del detto braccio, &longs;i potrà ritrouare il centro della grauezza della ma<emph.end type="italics"/><pb pagenum="14"/><emph type="italics"/>gnitudine fatta dal pe&longs;o, & dal braccio, & &longs;i <expan abbr="de&longs;criuerãno">de&longs;criueranno</expan> le circonferenze de' cerch; <lb/>&longs;econdo la di&longs;tanza dal centro della bilancia ad e&longs;&longs;o centro della grauezza, come &longs;e <lb/>in e&longs;&longs;o (come è veramente) fo&longs;&longs;e posto il pe&longs;o, Et le co&longs;e che &longs;enza la con&longs;ideratio <lb/>ne della grauezza del braccio della bilancia habbiamo trouato, tutte nell'i&longs;te&longs;&longs;o mo<lb/>do con&longs;iderando ancora tal grauit à le ritrouaremo.<emph.end type="italics"/></s>

<s id="id.2.1.192.1.0"><emph type="italics"/>Dalle co&longs;e dette dunque, <expan abbr="con&longs;iderãdo">con&longs;iderando</expan> la bilancia, <lb/>come ella è lontana dal centro del mondo <lb/>nel modo che e&longs;&longs;i hanno fatto, come etiandio <lb/>è in atto, appare la fal&longs;it à di coloro, che dico<lb/>no il pe&longs;o po&longs;to in A e&longs;&longs;ere piu graue, che <lb/>in altro &longs;ito; & in&longs;ieme e&longs;&longs;er fal&longs;o, che quan<lb/>to piu il pe&longs;o è lontano dalla linea FG, tan<lb/>to e&longs;&longs;ere piu graue: imperoche il punto O <lb/>è piu da pre&longs;&longs;o alla FG, che il punto A; <lb/>percioche la linea tirata a piombo dal pun-<emph.end type="italics"/> <arrow.to.target n="note45"></arrow.to.target><lb/><emph type="italics"/>to O ad FG è minore della CA. </s>

<s id="id.2.1.192.2.0">Da poi <lb/>egli è parimente fal&longs;o, che il pe&longs;o dal punto <lb/>A &longs;i moua piu velocemente, che da altro <lb/>&longs;ito. </s>

<s id="id.2.1.192.3.0">peroche dal punto O &longs;i mouerà piu ve<lb/>locemente, che dal punto A, concio&longs;ia che <lb/>in O &longs;ia piu libero ve&longs;ciolto, che in altro &longs;ito; <lb/>& la &longs;ce&longs;a dal punto O &longs;ia piu da pre&longs;&longs;o al <lb/>mouimento naturale diritto, che qual &longs;i vo<lb/>glia altra di&longs;ce&longs;a. <emph.end type="italics"/></s>

<s id="id.2.1.192.3.0">peroche dal punto O &longs;i mouerà piu ve <lb/>locemente, che dal punto A, concio&longs;ia che <lb/>in O &longs;ia piu libero e &longs;ciolto, che in altro &longs;ito; <lb/>& la &longs;ce&longs;a dal punto O &longs;ia piu da pre&longs;&longs;o al <lb/>mouimento naturale diritto, che qual &longs;i vo<lb/>glia altra di&longs;ce&longs;a.<emph.end type="italics"/></s>

<s id="id.2.1.193.1.0"><margin.target id="note45"/><emph type="italics"/>Per la<emph.end type="italics"/> 15. <emph type="italics"/>del terzo. <emph.end type="italics"/></s><figure id="id.037.01.043.1.jpg" xlink:href="037/01/043/1.jpg"/><pb xlink:href="037/01/044.jpg"/>

<s id="id.2.1.193.1.0"><margin.target id="note45"></margin.target><emph type="italics"/>Per la<emph.end type="italics"/> 15. <emph type="italics"/>del terzo.<emph.end type="italics"/></s><figure></figure><pb/>

<s id="id.2.1.196.1.0"><emph type="italics"/>Oltre a ciò quando mo&longs;trano per via della piu diritta, & della piu torta di&longs;ce&longs;a, che il pe<lb/>&longs;o è piu graue in A, che in D, & in D, che in L. </s>

<s id="id.2.1.196.2.0">Primier amente per certo e&longs;tima <lb/>no il fal&longs;o, che &longs;e alcun pe&longs;o &longs;arà collocato in qual &longs;i voglia &longs;ito della circonferenza, <lb/>come in D, la &longs;ua vera di&longs;ce&longs;a douer&longs;i fare per la linea diritta DR egualmente di<lb/>&longs;tante da e&longs;&longs;a FG, come &longs;econdo il mouimento naturale, &longs;i come prima è &longs;tato det<lb/>to. </s>

<s id="id.2.1.196.3.0">Percioche in qual &longs;i voglia &longs;ito &longs;i collochi alcun pe&longs;o, &longs;e riguardiamo il mouimen<lb/>to &longs;uo naturale al proprio luogo, alquale &longs;i moue dirittamente per &longs;ua natura, pre&longs;up<lb/>po&longs;ta tutta la figura dell'vniuer&longs;o mondo, &longs;arà tale, che &longs;empre lo &longs;patio, per lo qua<lb/>le &longs;i moue naturalmente, parerà hauere ragione di linea tirata dalla circonferenza al <lb/>centro. </s>

<s id="id.2.1.196.3.0">Percioche in qual &longs;i voglia &longs;ito &longs;i collochi alcun pe&longs;o, &longs;e riguardiamo il mouimen <lb/>to &longs;uo naturale al proprio luogo, alquale &longs;i moue dirittamente per &longs;ua natura, pre&longs;up <lb/>po&longs;ta tutta la figura dell'vniuer&longs;o mondo, &longs;arà tale, che &longs;empre lo &longs;patio, per lo qua<lb/>le &longs;i moue naturalmente, parerà hauere ragione di linea tirata dalla circonferenza al <lb/>centro. </s>

<s id="id.2.1.196.4.0">Adun&que; le na<lb/>turali di&longs;ce&longs;e diritte di <lb/>qual &longs;i voglia pe&longs;o &longs;ciol<lb/>to non &longs;i po&longs;&longs;ono fare <lb/>per linee tra loro egual<lb/>mente di&longs;tanti, per an<lb/>dar&longs;i à trouar tutte nel <lb/>centro del mondo. </s>

<s id="id.2.1.196.5.0">pre<lb/>&longs;uppongono da poi, che <lb/>il pe&longs;o mo&longs;&longs;o da D in <lb/>A per linea diritta ver<lb/>&longs;o il centro del mondo <lb/>&longs;ia della <expan abbr="quãtità">quantità</expan> i&longs;te&longs;&longs;a, <lb/>come &longs;e egli fo&longs;&longs;e da O <lb/>in C &longs;i fattamente, <lb/>che il <expan abbr="p&utilde;to">punto</expan> A &longs;ia egual<lb/>mente di&longs;tante dal cen<lb/>tro del mondo, come C; <lb/>ilche è parimente fal&longs;o: <emph.end type="italics"/><lb/><figure id="id.037.01.044.1.jpg" xlink:href="037/01/044/1.jpg"/><lb/><arrow.to.target n="note46"/><emph type="italics"/>Imperoche il punto A è piu da lontano dal centro del mondo, che C: percioche <lb/>maggior è la linea tirata dal centro del mondo fin ad A, che &que;lla del centro del <lb/>mondo fin a C, concio&longs;ia che vna linea dal centro del mondo fin ad A &longs;i di&longs;tenda <lb/>&longs;otto vn'angolo retto contenuto dalle linee AC, & dal punto C al centro del <lb/>mondo. </s>

<s id="id.2.1.196.4.0">Adunque le na <lb/>turali di&longs;ce&longs;e diritte di <lb/>qual &longs;i voglia pe&longs;o &longs;ciol <lb/>to non &longs;i po&longs;&longs;ono fare <lb/>per linee tra loro egual <lb/>mente di&longs;tanti, per an<lb/>dar&longs;i à trouar tutte nel <lb/>centro del mondo. </s>

<s id="id.2.1.196.6.0">Dalle quali co&longs;e non &longs;olo rie&longs;ce vana &que;lla pre&longs;uppo&longs;ta, laquale dimostra, <lb/>che la bilancia DE ritorna in AB, ma anco cadono tutte le loro dimo&longs;trationi; <lb/>&longs;e for&longs;e non dice&longs;&longs;ero, che &que;&longs;te co&longs;e tutte per la grandi&longs;&longs;ima di&longs;tanza, che è fra il cen<lb/>tro del mondo, & noi &longs;ono co&longs;i in&longs;en&longs;ibili, che per cagione di &que;&longs;ta in&longs;en&longs;ibilità, <lb/>&longs;i po&longs;&longs;ano pre&longs;upponere, come vere; concio&longs;ia, che tutti &que;lli, iquali hanno trattato <lb/>&que;&longs;te co&longs;e, le habbiano pre&longs;uppo&longs;te, come note; ma&longs;&longs;imamente, percioche &que;llo <lb/>e&longs;&longs;ere in&longs;en&longs;ibile non fà, che la di&longs;ce&longs;a del pe&longs;o da L in D (per v&longs;are le loro paro<lb/>le) non pigli meno del diretto, che la di&longs;ce&longs;a DA. </s>

<s id="id.2.1.196.7.0">Similmente l'arco DA piglie<lb/>rà piu del diretto, che la circonferenza EV. </s>

<s id="id.2.1.196.5.0">pre <lb/>&longs;uppongono da poi, che <lb/>il pe&longs;o mo&longs;&longs;o da D in <lb/>A per linea diritta ver <lb/>&longs;o il centro del mondo <lb/>&longs;ia della <expan abbr="quãtità">quantità</expan> i&longs;te&longs;&longs;a, <lb/>come &longs;e egli fo&longs;&longs;e da O <lb/>in C &longs;i fattamente, <lb/>che il <expan abbr="p&utilde;to">punto</expan> A &longs;ia egual <lb/>mente di&longs;tante dal cen<lb/>tro del mondo, come C; <lb/>ilche è parimente fal&longs;o:<emph.end type="italics"/><lb/><figure id="fig17"></figure><lb/><arrow.to.target n="note46"></arrow.to.target> <emph type="italics"/>Imperoche il punto A è piu da lontano dal centro del mondo, che C: percioche <lb/>maggior è la linea tirata dal centro del mondo fin ad A, che quella del centro del <lb/>mondo fin a C, concio&longs;ia che vna linea dal centro del mondo fin ad A &longs;i di&longs;tenda <lb/>&longs;otto vn'angolo retto contenuto dalle linee AC, & dal punto C al centro del <lb/>mondo. </s>

<s id="id.2.1.196.6.0">Dalle quali co&longs;e non &longs;olo rie&longs;ce vana quella pre&longs;uppo&longs;ta, laquale dimostra, <lb/>che la bilancia DE ritorna in AB, ma anco cadono tutte le loro dimo&longs;trationi; <lb/>&longs;e for&longs;e non dice&longs;&longs;ero, che que&longs;te co&longs;e tutte per la grandi&longs;&longs;ima di&longs;tanza, che è fra il cen <lb/>tro del mondo, & noi &longs;ono co&longs;i in&longs;en&longs;ibili, che per cagione di que&longs;ta in&longs;en&longs;ibilità, <lb/>&longs;i po&longs;&longs;ano pre&longs;upponere, come vere; concio&longs;ia, che tutti quelli, iquali hanno trattato <lb/>que&longs;te co&longs;e, le habbiano pre&longs;uppo&longs;te, come note; ma&longs;&longs;imamente, percioche quello <lb/>e&longs;&longs;ere in&longs;en&longs;ibile non fà, che la di&longs;ce&longs;a del pe&longs;o da L in D (per v&longs;are le loro paro<lb/>le) non pigli meno del diretto, che la di&longs;ce&longs;a DA. </s>

<s id="id.2.1.196.7.0">Similmente l'arco DA piglie<lb/>rà piu del diretto, che la circon&longs;erenza EV. </s>

<s id="id.2.1.196.8.0">onde &longs;arà vera la pre&longs;uppo&longs;ta, & le <lb/>altre dimo&longs;trationi rimarranno nella &longs;ua &longs;ua forza. </s>

<s id="id.2.1.196.9.0">Concediamo etiandio, che il pe<emph.end type="italics"/><pb pagenum="15" xlink:href="037/01/045.jpg"/><emph type="italics"/>&longs;o po&longs;to in A &longs;ia piu graue, che in altro &longs;ito; & che la di&longs;ce&longs;a diritta del pe&longs;o &longs;i deb<lb/>ba fare per linea diritta egualmente di&longs;tante da FG, & quali &longs;i voglian punti pre&longs;i <lb/>nelle linee egualmente di&longs;tanti dall'orizonte e&longs;&longs;ere egualmente lontani dal centro <lb/>del mondo: non &longs;eguiterà gia per &que;&longs;to, che la loro dimostratione &longs;ia vera, con la<lb/>quale vengono a dire, che il pe&longs;o posto in A è piu grane, che in altro &longs;ito, come in <lb/>L. </s>

<s id="id.2.1.196.9.0">Concediamo etiandio, che il pe<emph.end type="italics"/><pb pagenum="15"/><emph type="italics"/>&longs;o po&longs;to in A &longs;ia piu graue, che in altro &longs;ito; & che la di&longs;ce&longs;a diritta del pe&longs;o &longs;i deb <lb/>ba fare per linea diritta egualmente di&longs;tante da FG, & quali&longs;i voglian punti pre&longs;i <lb/>nelle linee egualmente di&longs;tanti dall'orizonte e&longs;&longs;ere egualmente lontani dal centro <lb/>del mondo: non &longs;eguiter à gia per que&longs;to, che la loro dimostratione &longs;ia vera, con la<lb/>quale vengono a dire, che il pe&longs;o posto in A è piu grane, che in altro &longs;ito, come in <lb/>L. </s>

<s id="id.2.1.196.10.0">Percioche &longs;e egli fo&longs;&longs;e vero, che quanto piu il pe&longs;o in &que;&longs;ta maniera di&longs;cende <lb/>piu al diritto, iui fo&longs;&longs;e piu graue; &longs;eguirebbe etiandio, che quanto l'iste&longs;&longs;o pe&longs;o de<lb/>&longs;cende&longs;&longs;e egualmente in archi eguali al diritto, che ne i luoghi mede&longs;imi haue&longs;&longs;e gra<lb/>uezza eguale, ilche in &que;&longs;to modo e&longs;&longs;er fal&longs;o &longs;i dimo&longs;tra. <emph.end type="italics"/></s>

<s id="id.2.1.198.1.0"><margin.target id="note46"/><emph type="italics"/>Per la<emph.end type="italics"/> 18. <emph type="italics"/>del primo. <emph.end type="italics"/></s>

<s id="id.2.1.196.10.0">Percioche &longs;e egli fo&longs;&longs;e vero, che quanto piu il pe&longs;o in que&longs;ta maniera di&longs;cende <lb/>piu al diritto, iui fo&longs;&longs;e piu graue; &longs;eguirebbe etiandio, che quanto l'iste&longs;&longs;o pe&longs;o de<lb/>&longs;cende&longs;&longs;e egualmente in archi eguali al diritto, che ne i luoghi mede&longs;imi haue&longs;&longs;e gra<lb/>uezza eguale, ilche in que&longs;to modo e&longs;&longs;er fal&longs;o &longs;i dimo&longs;tra.<emph.end type="italics"/></s>

<arrow.to.target n="note47"/><lb/><emph type="italics"/>& XM &longs;arà eguale ad XL. </s>

<s id="id.2.1.198.1.0"><margin.target id="note46"></margin.target><emph type="italics"/>Per la<emph.end type="italics"/> 18. <emph type="italics"/>del primo.<emph.end type="italics"/></s>

<s id="id.2.1.199.2.0">Se dun&que; il pe&longs;o da L &longs;arà mo&longs;&longs;o in A per la cir<lb/>conferenza LA, il mouimento &longs;uo diritto &longs;arà &longs;econdo la linea LX. </s>

<s id="id.2.1.199.1.0"><emph type="italics"/>Siano le circonferenze AL AM tra loro eguali, & congiunga&longs;i LM, laquale ta<lb/>gli AB in X; &longs;arà LM egualmente di&longs;tante da FG, & à piombo di AB,<emph.end type="italics"/> <arrow.to.target n="note47"></arrow.to.target><lb/><emph type="italics"/>& XM &longs;arà eguale ad XL. </s>

<s id="id.2.1.199.2.0">Se dunque il pe&longs;o da L &longs;arà mo&longs;&longs;o in A per la cir<lb/>conferenza LA, il mouimento &longs;uo diritto &longs;arà &longs;econdo la linea LX. </s>

<s id="id.2.1.199.3.0">Ma &longs;e egli &longs;i <lb/>mouerà da A in M per la circonferenza AM, il &longs;uo mouimento &longs;arà &longs;econdo <lb/>la linea diritta XM. </s>

<s id="id.2.1.199.4.0">Per laqual co&longs;a la &longs;ce&longs;a da L in A &longs;arà eguale alla &longs;ce&longs;a da <lb/>A in M, &longs;i per cau&longs;a delle circonferenze eguali, & &longs;i per le linee rette eguali, & à <lb/>piombo di e&longs;&longs;a AB. </s>

<s id="id.2.1.199.5.0">Adun&que; il pe&longs;o mede&longs;imo po&longs;to in L grauerà egualmente, <lb/>come in A, ilche è fal&longs;o, concio&longs;ia, che egli è di gran lunga piu graue in A, che in L. <emph.end type="italics"/></s>

<s id="id.2.1.199.5.0">Adunque il pe&longs;o mede&longs;imo po&longs;to in L grauerà egualmente, <lb/>come in A, ilche è fal&longs;o, concio&longs;ia, che egli è di gran lunga piu graue in A, che in L.<emph.end type="italics"/></s>

<s id="id.2.1.200.1.0"><margin.target id="note47"/><emph type="italics"/>Per la terza del terzo. <emph.end type="italics"/></s>

<s id="id.2.1.201.1.0"><emph type="italics"/>Et benche AMLA prendano, &longs;econdo e&longs;&longs;i, egualmente del diretto, diranno for&longs;e, <lb/>nondimeno perche il principio della &longs;ce&longs;a da L, cioè LD piglia meno del diretto, che <lb/>il principio della &longs;ce&longs;a da A, cioè AN, il pe&longs;o in A &longs;arà piu graue, che in L. <lb/></s>

<s id="id.2.1.200.1.0"><margin.target id="note47"></margin.target><emph type="italics"/>Per la terza del terzo.<emph.end type="italics"/></s>

<s id="id.2.1.201.2.0">Imperoche e&longs;&longs;endo (come è &longs;tato di &longs;opra po&longs;to) la circonferenza AN eguale ad <lb/>LD, laquale (&longs;econdo eßi) piglia di diretto CT; ma LD piglia di diretto PO, <lb/>però il pe&longs;o &longs;arà piu graue in A, che in L. </s>

<s id="N118A9">ilche &longs;e fo&longs;&longs;e vero, &longs;eguirebbe, che l'i&longs;te&longs;<lb/>&longs;o pe&longs;o nel mede&longs;imo &longs;ito, in diuer&longs;o modo &longs;olamente con&longs;iderato, ver&longs;o il mede&longs;imo <lb/>&longs;ito fo&longs;&longs;e & piu graue, & piu lieue; ilche è impo&longs;&longs;ibile. </s>

<s id="id.2.1.201.2.0"><lb/>Imperoche e&longs;&longs;endo (come è &longs;tato di &longs;opra po&longs;to) la circonferenza AN eguale ad <lb/>LD, laquale (&longs;econdo eßi) piglia di diretto CT; ma LD piglia di diretto PO, <lb/>però il pe&longs;o &longs;arà piu graue in A, che in L. ilche &longs;e fo&longs;&longs;e vero, &longs;eguirebbe, che l'i&longs;te&longs;<lb/>&longs;o pe&longs;o nel mede&longs;imo &longs;ito, in diuer&longs;o modo &longs;olamente con&longs;iderato, ver&longs;o il mede&longs;imo <lb/>&longs;ito fo&longs;&longs;e & piu graue, & piu lieue; ilche è impo&longs;&longs;ibile. </s>

<s id="id.2.1.201.3.0">cioè &longs;e con&longs;ideriamo la &longs;ce&longs;a <lb/>del pe&longs;o po&longs;to in L in quanto egli de&longs;cende da L in A &longs;arà piu graue, che &longs;e con&longs;ide <lb/>reremo la &longs;ce&longs;a del pe&longs;o i&longs;te&longs;&longs;o da L in D &longs;olamente. </s>

<s id="id.2.1.201.4.0">ne po&longs;&longs;ono negare per i mede<lb/>&longs;imi detti &longs;uoi, che la di&longs;ce&longs;a del pe&longs;o da L in A non pigli del diretto LX, ouero PC. <lb/></s>

<s id="id.2.1.201.4.0">ne po&longs;&longs;ono negare per i mede <lb/>&longs;imi detti &longs;uoi, che la di&longs;ce&longs;a del pe&longs;o da L in A non pigli del diretto LX, ouero PC. </s>

<s id="id.2.1.201.5.0">Et che &longs;imilmente la &longs;ce&longs;a AM non prenda di diretto XM: pigliando eßi ancora <lb/>à &que;&longs;to modo, & co&longs;i nece&longs;&longs;ario &longs;ia di pigliare. </s>

<s id="id.2.1.201.5.0"><lb/>Et che &longs;imilmente la &longs;ce&longs;a AM non prenda di diretto XM: pigliando cßi ancora <lb/>à que&longs;to modo, & co&longs;i nece&longs;&longs;ario &longs;ia di pigliare. </s>

<s id="N118CC">peroche &longs;e piglia&longs;&longs;ero &longs;olamente vna parte di tutta la &longs;ce <lb/>&longs;a da D in A, come D<emph.end type="italics"/>K, <emph type="italics"/>& dimo&longs;tra&longs;&longs;ero, che piu di diretto piglia la &longs;ce&longs;a D<emph.end type="italics"/>K, <lb/><emph type="italics"/>che la eguale portione della &longs;ce&longs;a dal punto E, &longs;eguirebbe il pe&longs;o po&longs;to in D, &longs;econ<lb/>do eßi, e&longs;&longs;ere piu graue del pe&longs;o po&longs;to in E, & mouer&longs;i in giu fin al K &longs;olamente. <lb/></s>

<s id="id.2.1.201.7.0">per modo che la bilancia &longs;ia mo&longs;&longs;a in KI. </s>

<s id="id.2.1.201.6.0">percioche &longs;e vogliono dimo&longs;trare, <lb/>che la bilancia DE ritorni in AB paragonando la &longs;ce&longs;a del pe&longs;o po&longs;to in D con <lb/>la &longs;ce&longs;a del pe&longs;o posto in E, egli è nece&longs;&longs;ario, che mo&longs;trino, che la diritta &longs;ce&longs;a OC <lb/>ri&longs;pondente alla circonferenza DA &longs;ia maggiore della &longs;ce&longs;a diritta TH ri&longs;ponden<lb/>te alla circonferenza EV. peroche &longs;e piglia&longs;&longs;ero &longs;olamente vna parte di tutta la &longs;ce <lb/>&longs;a da D in A, come D<emph.end type="italics"/>K, <emph type="italics"/>& dimo&longs;tra&longs;&longs;ero, che piu di diretto piglia la &longs;ce&longs;a D<emph.end type="italics"/>K, <lb/><emph type="italics"/>che la eguale portione della &longs;ce&longs;a dal punto E, &longs;eguirebbe il pe&longs;o po&longs;to in D, &longs;econ<lb/>do eßi, e&longs;&longs;ere piu graue del pe&longs;o po&longs;to in E, & mouer&longs;i in giu fin al K &longs;olamente. </s>

<s id="id.2.1.201.8.0">Similmente &longs;e vogliono mo&longs;trare, che la <lb/>bilancia KI ritorni in AB pigliando vna portione della &longs;ce&longs;a da K in A, cioè KS, <lb/>& mo&longs;tra&longs;&longs;ero, che KS pigli piu di diretto, che la &longs;ce&longs;a eguale, che è dirimpetto dal <lb/>punto I: &longs;eguirebbe con &longs;imile modo il pe&longs;o po&longs;to in K e&longs;&longs;ere piu graue, che in I, & <emph.end type="italics"/><pb xlink:href="037/01/046.jpg"/><emph type="italics"/>mouer&longs;i &longs;olamente fin ad S. </s>

<s id="id.2.1.201.9.0">Et &longs;e di nouo mo&longs;tra&longs;&longs;ero vna portione della &longs;ce&longs;a da S <lb/>in A, & co&longs;i &longs;ucceßiuamente e&longs;&longs;ere piu diritta della &longs;ce&longs;a eguale del pe&longs;o oppo&longs;to; <lb/>&longs;empre &longs;eguirà, che la bilancia SI andarà piu da pre&longs;&longs;o ad AB, ma non <expan abbr="dimostrerãno">dimostre<lb/>ranno</expan> giamai che per <lb/>uenga in AB. </s>

<s id="id.2.1.201.7.0"><lb/>per modo che la bilancia &longs;ia mo&longs;&longs;a in KI. </s>

<s id="id.2.1.201.10.0">Se <lb/>dun&que; vogliono di <lb/>mo&longs;trare, che la <expan abbr="bilãcia">bilan<lb/>cia</expan> DE ritorni in <lb/>AB, egli è nece&longs;&longs;a<lb/>rio, che pre&longs;upponga<lb/>no, che la &longs;ce&longs;a del <lb/>pe&longs;o da D in A <expan abbr="pr&etilde;da">pren<lb/>da</expan> di diretto la quan<lb/>tità della linea tira<lb/>ta dal punto D ad <lb/>AB ad angoli ret<lb/>ti; & co&longs;i, &longs;e para<lb/>goneremo le &longs;ce&longs;e e<lb/>guali di DA AN <lb/>fra loro, lequali <expan abbr="pr&etilde;dono">pren<lb/>dono</expan> di diretto OC <lb/>CT, accaderà, che <emph.end type="italics"/><lb/><figure id="id.037.01.046.1.jpg" xlink:href="037/01/046/1.jpg"/><lb/><emph type="italics"/>il pe&longs;o i&longs;te&longs;&longs;o &longs;arà in D graue egualmente, come in A. </s>

<s id="id.2.1.201.8.0">Similmente &longs;e vogliono mo&longs;trare, che la <lb/>bilancia KI ritorni in AB pigliando vna portione della &longs;ce&longs;a da K in A, cioè KS, <lb/>& mo&longs;tra&longs;&longs;ero, che KS pigli piu di diretto, che la &longs;ce&longs;a eguale, che è dirimpetto dal <lb/>punto I: &longs;eguirebbe con &longs;imile modo il pe&longs;o po&longs;to in K e&longs;&longs;ere piu graue, che in I, &<emph.end type="italics"/><pb/><emph type="italics"/>mouer&longs;i &longs;olamente fin ad S. </s>

<s id="id.2.1.201.9.0">Et &longs;e di nouo mo&longs;tra&longs;&longs;ero vna portione della &longs;ce&longs;a da S <lb/>in A, & co&longs;i &longs;ucceßiuamente e&longs;&longs;ere piu diritta della &longs;ce&longs;a eguale del pe&longs;o oppo&longs;to; <lb/>&longs;empre &longs;eguirà, che la bilancia SI andarà piu da pre&longs;&longs;o ad AB, ma non <expan abbr="dimostre-rãno">dimostre<lb/>ranno</expan> giamai che per <lb/>uenga in AB. </s>

<s id="id.2.1.201.10.0">Se <lb/>dunque vogliono di <lb/>mo&longs;trare, che la <expan abbr="bilã">bilam</expan> <lb/>cia DE ritorni in <lb/>AB, egli è nece&longs;&longs;a<lb/>rio, che pre&longs;upponga <lb/>no, che la &longs;ce&longs;a del <lb/>pe&longs;o da D in A <expan abbr="pr&etilde;">prem</expan> <lb/>da di diretto la quan <lb/>tità della linea tira<lb/>ta dal punto D ad <lb/>AB ad angoli ret<lb/>ti; & co&longs;i, &longs;e para<lb/>goneremo le &longs;ce&longs;e e<lb/>guali di DA AN <lb/>fra loro, lequali <expan abbr="pr&etilde;">prem</expan> <lb/>dono di diretto OC <lb/>CT, accaderà, che<emph.end type="italics"/><lb/><figure id="fig18"></figure><lb/><emph type="italics"/>il pe&longs;o i&longs;te&longs;&longs;o &longs;arà in D graue egualmente, come in A. </s>

<s id="id.2.1.201.11.0">Ma &longs;e le portioni &longs;olamente <lb/>piglieremo da DA, &longs;arà piu graue in A, che in D. </s>

<s id="id.2.1.201.12.0">Adun&que; dalla diuer&longs;ità &longs;o<lb/>lamente del modo del con&longs;iderare, auerrà, che il pe&longs;o mede&longs;imo &longs;arà & piu graue, <lb/>& piu leggiero; & non per la natura della co&longs;a. </s>

<s id="id.2.1.201.12.0">Adunque dalla diuer&longs;ità &longs;o<lb/>lamente del modo del con&longs;iderare, auerrà, che il pe&longs;o mede&longs;imo &longs;arà & piu graue, <lb/>& piu leggiero; & non per la natura della co&longs;a. </s>

<s id="id.2.1.201.13.0">Di piu la pre&longs;uppo&longs;ta loro non <lb/>afferma, che il pe&longs;o &longs;econdo il &longs;ito &longs;ia piu graue, quanto nel &longs;ito mede&longs;imo il principio <lb/>della &longs;ua di&longs;ce&longs;a è meno obliquo. </s>

<s id="id.2.1.201.14.0">La pre&longs;upposta dun&que; di &longs;opra addotta, cioè che <lb/>&longs;econdo il &longs;ito il pe&longs;o è piu graue quanto nell'i&longs;te&longs;&longs;o &longs;ito meno obliqua è la di&longs;ce&longs;a, non <lb/>&longs;olamente non &longs;i puote concedere à modo alcuno, per le co&longs;e, che habbiamo dette; <lb/>ma anco percioche non è co&longs;a difficile il dimo&longs;trare tutto l'oppo&longs;to, cioè il pe&longs;o mede&longs;i<lb/>mo in eguali circonferenze quanto meno obliqua è la di&longs;ce&longs;a, iui meno grauare. <emph.end type="italics"/></s>

<s id="id.2.1.201.14.0">La pre&longs;upposta dunque di &longs;opra addotta, cioè che <lb/>&longs;econdo il &longs;ito il pe&longs;o è piu graue quanto nell'i&longs;te&longs;&longs;o &longs;ito meno obliqua è la di&longs;ce&longs;a, non <lb/>&longs;olamente non &longs;i puote concedere à modo alcuno, per le co&longs;e, che habbiamo dette; <lb/>ma anco percioche non è co&longs;a difficile il dimo&longs;trare tutto l'oppo&longs;to, cioè il pe&longs;o mede&longs;i <lb/>mo in eguali circonferenze quanto meno obliqua è la di&longs;ce&longs;a, iui meno grauare.<emph.end type="italics"/></s>

<s id="id.2.1.203.1.0"><emph type="italics"/>Siano come prima le circonferenze AL AM tra loro eguali; & &longs;ia il punto L vici <lb/>no ad F, & congiunga&longs;i LM, la quale &longs;arà à piombo di AB & LX &longs;arà anco <lb/>eguale ad XM. </s>

<s id="id.2.1.203.2.0">Dapoi pre&longs;&longs;o ad M tra M & G &longs;ia pre&longs;o come &longs;i vuole, il pun<emph.end type="italics"/><lb/><arrow.to.target n="note48"/><emph type="italics"/>to P, & &longs;ia fatta la circonferenza PO eguale alla circonferenza AM, &longs;arà il <lb/>punto O pre&longs;&longs;o ad A. </s>

<s id="id.2.1.203.2.0">Dapoi pre&longs;&longs;o ad M tra M & G &longs;ia pre&longs;o come &longs;i vuole, il pun<emph.end type="italics"/><lb/><arrow.to.target n="note48"></arrow.to.target> <emph type="italics"/>to P, & &longs;ia fatta la circonferenza PO eguale alla circonferenza AM, &longs;arà il <lb/>punto O pre&longs;&longs;o ad A. </s>

<s id="id.2.1.203.3.0">& &longs;iano congiunte le linee CL, CO, CM, CP, OP<emph.end type="italics"/><lb/><arrow.to.target n="note49"/></s>

<s id="N11983"><emph type="italics"/>& dal punto P tiri&longs;i la PN a piombo di OC. </s>

<s id="id.2.1.203.3.0">& &longs;iano congiunte le linee CL, CO, CM, CP, OP.<emph.end type="italics"/><lb/><arrow.to.target n="note49"></arrow.to.target> <emph type="italics"/>& dal punto P tiri&longs;i la PN a piombo di OC. </s>

<s id="id.2.1.203.4.0">& percioche la circonferenza <lb/>AM è eguale alla circonferentia OP; &longs;arà l'angolo ACM eguale all'angolo <emph.end type="italics"/><lb/><arrow.to.target n="note50"/><emph type="italics"/>OCP, & l'angolo CXM retto eguale al retto CNP, &longs;arà anco il re&longs;tante angolo <lb/>XMC del triangolo MXC eguale al re&longs;tante NPC del triangolo PCN. <emph.end type="italics"/></s>

<s id="id.2.1.203.4.0">& percioche la circonferenza. </s>

<s id="N1199F"><emph type="italics"/>Ma il lato ancora CM è eguale al lato CP, dun&que; il triangolo MCX è egua<lb/>le al triangolo PCN, & il lato MX eguale al lato NP. </s>

<s id="id.2.1.203.5.0"><lb/>AM è eguale alla circonferentia OP; &longs;arà l'angolo ACM eguale all'angolo<emph.end type="italics"/><lb/><arrow.to.target n="note50"></arrow.to.target> <emph type="italics"/>OCP, & l'angolo CXM retto eguale al retto CNP, &longs;arà anco il re&longs;tante angolo <lb/>XMC del triangolo MXC eguale al re&longs;tante NPC del triangolo PCN.<emph.end type="italics"/><pb pagenum="16"/><emph type="italics"/>Ma il lato ancora CM è eguale al lato CP, dunque il triangolo MCX è egua <lb/>le al triangolo PCN, & il lato MX eguale al lato NP. </s>

<s id="id.2.1.203.6.0">Onde la linea PN <lb/>&longs;arà eguale ad LX. </s>

<s id="id.2.1.203.7.0">Tiri&longs;i oltre a ciò dal punto O la linea OT egualmente di<lb/>&longs;tante da AC, laquale tagli NP in V. </s>

<s id="id.2.1.203.7.0">Tiri&longs;i oltre a ciò dal punto O la linea OT egualmente di<lb/>&longs;tante da AC, laquale tagli NP in V. & &longs;ia anco tirata dal punto P vna <lb/>linea a piombo di OT, <lb/>la quale per certo non <lb/>puote cadere tra OV, <lb/>perche e&longs;&longs;endo l'angolo <lb/>ONV retto, &longs;arà acu<emph.end type="italics"/> <arrow.to.target n="note51"></arrow.to.target><lb/><emph type="italics"/>to lo OVN. </s>

<s id="N119AF">& &longs;ia anco tirata dal punto P vna <lb/>linea a piombo di OT, <lb/>la quale per certo non <lb/>puote cadere tra OV, <lb/>perche e&longs;&longs;endo l'angolo <lb/>ONV retto, &longs;arà acu<emph.end type="italics"/>

<arrow.to.target n="note51"/><lb/><emph type="italics"/>to lo OVN. </s>

<s id="id.2.1.203.8.0">Per la <lb/>qualco&longs;a OVP &longs;arà <lb/>ottu&longs;o. </s>

<s id="id.2.1.203.9.0">Non caderà <lb/>dun&que; la linea tirata <lb/>dal punto P tra OV <lb/>à piombo di OT: pe<lb/>roche due angoli d'uno <lb/>

<s id="id.2.1.203.9.0">Non caderà <lb/>dunque la linea tirata <lb/>dal punto P tra OV <lb/>à piombo di OT: pe<lb/>roche due angoli d'uno <lb/><expan abbr="triãgolo">triangolo</expan> &longs;arebbono l'u<lb/>no retto, & l'altro ot<lb/>tu&longs;o, che è impoßibile. </s>

<expan abbr="triãgolo">triangolo</expan> &longs;arebbono l'u<lb/>no retto, & l'altro ot<lb/>tu&longs;o, che è impoßibile. <lb/></s>

<s id="id.2.1.203.10.0">Caderà dun&que; nella li<lb/>nea OT nella parte di <lb/>VT, et &longs;ia PT. </s>

<s id="id.2.1.203.10.0"><lb/>Caderà dun que nella li <lb/>nea OT nellaparte di <lb/>VT, et &longs;ia PT. </s>

<s id="id.2.1.203.11.0">&longs;arà &longs;e <lb/>condo e&longs;&longs;i, PT la di<emph.end type="italics"/><lb/><figure id="id.037.01.047.1.jpg" xlink:href="037/01/047/1.jpg"/><lb/><emph type="italics"/>ritta &longs;ce&longs;a della circonferenza OP. </s>

<s id="id.2.1.203.12.0">Percioche dun&que; l'angolo ONV è retto, <emph.end type="italics"/>

<s id="id.2.1.203.11.0">&longs;arà &longs;e <lb/>condo e&longs;&longs;i, PT la di<emph.end type="italics"/><lb/><figure id="fig19"></figure><lb/><emph type="italics"/>ritta &longs;ce&longs;a della circonferenza OP. </s>

<arrow.to.target n="note52"/><lb/><emph type="italics"/>&longs;arà la linea OV maggiore della ON. </s>

<s id="id.2.1.203.12.0">Percioche dunque l'angolo ONV è retto,<emph.end type="italics"/> <arrow.to.target n="note52"></arrow.to.target><lb/><emph type="italics"/>&longs;arà la linea OV maggiore della ON. </s>

<s id="id.2.1.203.13.0">Onde la OT &longs;arà parimente maggiore <lb/>della ON. </s>

<s id="id.2.1.203.14.0">& co&longs;i di&longs;tendendo&longs;i la linea OP &longs;otto gli angoli retti ONP, <lb/>OTP, &longs;arà il quadrato di OP eguale alli quadrati ON NP in&longs;ieme pre&longs;i, &longs;i<emph.end type="italics"/> <arrow.to.target n="note53"></arrow.to.target><lb/><emph type="italics"/>milmente eguale a i quadrati di OT TP in&longs;ieme. </s>

<arrow.to.target n="note53"/><lb/><emph type="italics"/>milmente eguale a i quadrati di OT TP in&longs;ieme. </s>

<s id="id.2.1.203.15.0">per laqual co&longs;a li quadrati in&longs;ie<lb/>me di ON NP &longs;aranno eguali a i quadrati in&longs;ieme di OT TP. </s>

<s id="id.2.1.203.16.0">Ma il quadrato <lb/>di OT è maggiore del quadrato di ON, per e&longs;&longs;ere maggiore la linea OT della <lb/>ON. </s>

<s id="id.2.1.203.16.0">Ma il quadrato <lb/>di OT è maggiore del quadrato di ON. per e&longs;&longs;ere maggiore la linea OT della <lb/>ON. </s>

<s id="id.2.1.203.17.0">Adun&que; il quadrato di NP &longs;ara maggiore del quadrato TP & perciò la <lb/>linea TP &longs;arà minore della linea PN, & della linea LX. </s>

<s id="id.2.1.203.18.0">Meno obliqua <lb/>dun&que; &longs;arà la &longs;ce&longs;a dell'arco LA, che dell'arco OP. </s>

<s id="id.2.1.203.17.0">Adunque il quadrato di NP &longs;ara maggiore del quadrato TP & perciò la <lb/>linea TP &longs;arà minore della linea PN, & della linea LX. </s>

<s id="id.2.1.203.19.0">Dun&que; il pe&longs;o po<lb/>sto in L, per i loro detti, &longs;arà piu graue, che in O, il che, per le co&longs;e, che di <lb/>&longs;opra habbiamo detto, è manife&longs;tamente fal&longs;o. </s>

<s id="id.2.1.203.18.0">Meno obliqua <lb/>dunque &longs;arà la &longs;ce&longs;a dell'arco LA, che dell'arco OP. </s>

<s id="id.2.1.203.19.0">Dunque il pe&longs;o po<lb/>sto in L, per i loro detti, &longs;arà piu graue, che in O, il che, per le co&longs;e, che di <lb/>&longs;opra habbiamo detto, è manife&longs;tamente fal&longs;o. </s>

<s id="id.2.1.203.20.0">concio&longs;ia, che il pe&longs;o po&longs;to in O <lb/>&longs;ia piu graue, che in L. </s>

<s id="id.2.1.203.21.0">Non &longs;i puote dun&que; raccogliere dal piu diritto, & <lb/>piu torto mouimento in &que;l modo pigliato, e&longs;&longs;ere il pe&longs;o tanto piu graue &longs;econ<lb/>do il &longs;ito, quanto nel mede&longs;imo &longs;ito è meno torta la &longs;ce&longs;a. </s>

<s id="id.2.1.203.21.0">Non &longs;i puote dunque raccogliere dal piu diritto, & <lb/>piu torto mouimento in quel modo pigliato, e&longs;&longs;ere il pe&longs;o tanto piu graue &longs;econ<lb/>do il &longs;ito, quanto nel mede&longs;imo &longs;ito è meno torta la &longs;ce&longs;a. </s>

<s id="id.2.1.203.22.0">& quinci na&longs;ce tutto <lb/>qua&longs;i il &longs;uo errore & inganno in cote&longs;ta co&longs;a. </s>

<s id="id.2.1.203.23.0">Imperoche quantun&que; per acciden<lb/>te alle volte dalle co&longs;e fal&longs;e ne &longs;egua il vero, tutta via per &longs;e &longs;te&longs;&longs;e principalmente <lb/>dalle fal&longs;e ne &longs;egue il fal&longs;o, &longs;i come dalle vere &longs;empre il vero ne &longs;egue. </s>

<s id="id.2.1.203.23.0">Imperoche quantunque per acciden<lb/>te alle volte dalle co&longs;e fal&longs;e ne &longs;egua il vero, tutta via per &longs;e &longs;te&longs;&longs;e principalmente <lb/>dalle fal&longs;e ne &longs;egue il fal&longs;o, &longs;i come dalle vere &longs;empre il vero ne &longs;egue. </s>

<s id="id.2.1.203.24.0">Non è pero <lb/>da marauigliar&longs;i, &longs;e mentre e&longs;&longs;i prendono co&longs;e fal&longs;e, & &longs;tanno &longs;opra &que;lle, come ve<emph.end type="italics"/><pb xlink:href="037/01/048.jpg"/><emph type="italics"/>ri&longs;&longs;ime, raccolgono, & conchiudono co&longs;e in tutto fal&longs;i&longs;&longs;ime. </s>

<s id="id.2.1.203.25.0">&longs;ono oltre a ciò inganna<lb/>ti, mentre pigliano a contemplare la bilancia &longs;emplicemente per via di matematica, <lb/>e&longs;&longs;endo la con&longs;ideratione &longs;ua mechanica affatto, ne di lei &longs;i po&longs;&longs;a ragionare a modo al<lb/>cuno &longs;enza il vero mouimento, & &longs;enza i pe&longs;i, che &longs;ono in tutto co&longs;e naturali, &longs;en<lb/>za le quali non &longs;i po&longs;&longs;ono ritrouare per niuna maniera le vere cagioni di &que;lle co&longs;e, <lb/>che accadono alla bilancia. <emph.end type="italics"/></s>

<s id="id.2.1.203.24.0">Non è pero <lb/>da mar auigliar&longs;i, &longs;e mentre e&longs;&longs;i prendono co&longs;e fal&longs;e, & &longs;tanno &longs;opra quelle, come ve<emph.end type="italics"/><pb/><emph type="italics"/>ri&longs;&longs;ime, raccolgono, & conchiudono co&longs;e in tutto fal&longs;i&longs;&longs;ime. </s>

<s id="id.2.1.205.1.0"><margin.target id="note48"/><emph type="italics"/>Per la<emph.end type="italics"/> 27. <emph type="italics"/>del terzo<emph.end type="italics"/></s>

<s id="id.2.1.206.1.0"><margin.target id="note49"/><emph type="italics"/>Per la<emph.end type="italics"/> 32. <emph type="italics"/>del primo<emph.end type="italics"/></s>

<s id="id.2.1.203.25.0">&longs;ono oltre a ciò inganna<lb/>ti, mentre pigliano a contemplare la bilancia &longs;emplicemente per via di matematica, <lb/>e&longs;&longs;endo la con&longs;ideratione &longs;ua mechanica affatto, ne di lei &longs;i po&longs;&longs;a ragionare a modo al <lb/>cuno &longs;enza il vero mouimento, & &longs;enza i pe&longs;i, che &longs;ono in tutto co&longs;e naturali, &longs;en<lb/>za le quali non &longs;i po&longs;&longs;ono ritrouare per niuna maniera le vere cagioni di quelle co&longs;e, <lb/>che accadono alla bilancia.<emph.end type="italics"/></s>

<s id="id.2.1.207.1.0"><margin.target id="note50"/><emph type="italics"/>Per la<emph.end type="italics"/> 26. <emph type="italics"/>del primo. <emph.end type="italics"/></s>

<s id="id.2.1.208.1.0"><margin.target id="note51"/><emph type="italics"/>Per la<emph.end type="italics"/> 13. <emph type="italics"/>del primo. <emph.end type="italics"/></s>

<s id="id.2.1.205.1.0"><margin.target id="note48"></margin.target><emph type="italics"/>Per la<emph.end type="italics"/> 27. <emph type="italics"/>del terzo<emph.end type="italics"/></s>

<s id="id.2.1.209.1.0"><margin.target id="note52"/><emph type="italics"/>Per la<emph.end type="italics"/> 19. <emph type="italics"/>del primo. <emph.end type="italics"/></s>

<s id="id.2.1.210.1.0"><margin.target id="note53"/><emph type="italics"/>Per la<emph.end type="italics"/> 47. <emph type="italics"/>del primo. <emph.end type="italics"/></s>

<s id="id.2.1.206.1.0"><margin.target id="note49"></margin.target><emph type="italics"/>Per la<emph.end type="italics"/> 32. <emph type="italics"/>del primo<emph.end type="italics"/></s>

<s id="id.2.1.211.1.0"><emph type="italics"/>Oltre a ciò &longs;e anche con<lb/>cederemo la pre&longs;up<lb/>po&longs;ta, &longs;i partono tut<lb/>tauia molto <expan abbr="l&utilde;ge">lunge</expan> dal <lb/>la <expan abbr="cõ&longs;ideratione">con&longs;ideratione</expan> della <lb/>bilancia, mentre di<lb/>&longs;corrono; che in &que;l <lb/>la maniera debba la <lb/>bilancia DE ritor<lb/>nare in AB: percio <lb/>che &longs;empre pigliano <lb/>vn di due pe&longs;i &longs;epara<lb/>tamente come D, <lb/>ouero E, come &longs;e hor <lb/>l'uno, hor l'altro fo&longs;<lb/>&longs;e po&longs;to nella bilan<lb/>cia, non congiunti in <lb/>&longs;ieme ambidue in <lb/>modo veruno, e&longs;&longs;en<emph.end type="italics"/><lb/><figure id="id.037.01.048.1.jpg" xlink:href="037/01/048/1.jpg"/><lb/><emph type="italics"/>doche nondimeno bi&longs;ogni fare tutto all'oppo&longs;ito di ciò, ne &longs;i puote con&longs;iderare dirit<lb/>tamente l'uno &longs;enza l'altro, e&longs;&longs;endoche &longs;i ragiona di loro nella bilancia collocati. <lb/></s>

<s id="id.2.1.211.2.0">Concio&longs;ia che quando dicono la di&longs;ce&longs;a del pe&longs;o po&longs;to in D e&longs;&longs;ere meno torta, che <lb/>la di&longs;ce&longs;a del pe&longs;o po&longs;to in E, co&longs;i &longs;arà il pe&longs;o in D, per la pre&longs;uppo&longs;ta, piu graue <lb/>del pe&longs;o po&longs;to in E; onde per e&longs;&longs;ere piu graue, eglie nece&longs;&longs;ario, che &longs;i moua in giu, <lb/>& che la bilancia DE ritorni in AB: Cote&longs;to di&longs;cor&longs;o non è di momento alcu<lb/>no. </s>

<s id="id.2.1.207.1.0"><margin.target id="note50"></margin.target><emph type="italics"/>Per la<emph.end type="italics"/> 26. <emph type="italics"/>del primo.<emph.end type="italics"/></s>

<s id="id.2.1.211.3.0">Primieramente &longs;empre argomentano come &longs;e i pe&longs;i in DE debbano &longs;cende<lb/>re, con&longs;iderando la &longs;ce&longs;a di vno &longs;olamente &longs;enza la compagnia, & congiungimen<lb/>to dell'altro. </s>

<s id="id.2.1.211.4.0">Vltimamente nondimeno e&longs;&longs;i per la comparatione delle di&longs;ce&longs;e de'pe<lb/>&longs;i conchiudono il pe&longs;o posto in D mouer&longs;i in giu, & il po&longs;to in E in &longs;u, prenden<lb/>do l'uno, & l'altro pe&longs;o congiunti in&longs;ieme fra loro nella bilancia. </s>

<s id="id.2.1.208.1.0"><margin.target id="note51"></margin.target><emph type="italics"/>Per la<emph.end type="italics"/> 13. <emph type="italics"/>del primo.<emph.end type="italics"/></s>

<s id="id.2.1.211.5.0">Ma da &longs;uoi me<lb/>de&longs;imi principij, i quali v&longs;ano, & dalle &longs;ue dimo&longs;trationi &longs;i puote cauare ageuoli&longs;&longs;i<emph.end type="italics"/><lb/><arrow.to.target n="note54"/><emph type="italics"/>mamente l'oppo&longs;ito di &que;l che &longs;i faticano di difendere. </s>

<s id="id.2.1.211.6.0">Imperoche &longs;e &longs;i paragona <lb/>la di&longs;ce&longs;a del pe&longs;o po&longs;to in D con la &longs;alita del pe&longs;o po&longs;to in E, come tirate le'linee <lb/>E<emph.end type="italics"/>K <emph type="italics"/>DH a piombo di AB, e&longs;&longs;endo l'angolo DCH eguale all'angolo ECK, <emph.end type="italics"/><lb/><arrow.to.target n="note55"/><emph type="italics"/>& l'angolo DHC retto eguale al retto E<emph.end type="italics"/>K<emph type="italics"/>C, & il lato DC eguale al lato <lb/>CE; &longs;arà il triangolo CDH eguale al triangolo CEK, & il lato DH egua<emph.end type="italics"/><pb pagenum="17" xlink:href="037/01/049.jpg"/><emph type="italics"/>le al lato EK: & e&longs;&longs;endo l'angolo DCA eguale all'angolo ECB, &longs;arà anco <lb/>la circonferenza DA eguale alla circonferenza BE. </s>

<s id="id.2.1.209.1.0"><margin.target id="note52"></margin.target><emph type="italics"/>Per la<emph.end type="italics"/> 19. <emph type="italics"/>del primo.<emph.end type="italics"/></s>

<s id="id.2.1.211.7.0">Mentre dun&que; il pe&longs;o po<lb/>sto in D &longs;cende per la circonferenza DA, il pe&longs;o po&longs;to in E &longs;ale per la circon<lb/>ferenza EB eguale a DA, & la &longs;ce&longs;a del pe&longs;o po&longs;to in D prenderà, (&longs;econdo <lb/>il co&longs;tume loro) di diretto DH: & la &longs;alita del pe&longs;o E prenderà di diretto EK <lb/>eguale a DH: &longs;arà dun&que; la &longs;ce&longs;a del pe&longs;o posto in D eguale alla &longs;alita del pe&longs;o <lb/>po&longs;to in E: & quale &longs;arà la inclinatione d'uno al mouimento in giù, tale &longs;arà etian<lb/>dio la re&longs;i&longs;tenza dell'altro al mouimento in sù, cioè la re&longs;istentia della violenza del <lb/>pe&longs;o po&longs;to in E nella a&longs;ce&longs;a, contra&longs;tando &longs;i oppone alla naturale po&longs;&longs;anza del pe<lb/>&longs;o po&longs;to in D per e&longs;&longs;ere a lei eguale; percioche quanto il pe&longs;o po&longs;to in D per la na<lb/>tural po&longs;&longs;anza de&longs;cende piu velocemente in giù, in tanto il pe&longs;o po&longs;to in E più tar<lb/>do &longs;ale violentemente. </s>

<s id="id.2.1.211.8.0">Per laqual co&longs;a niuno di loro due pe&longs;era piu dell'altro, non <lb/>procedendo attione da eguale. </s>

<s id="id.2.1.210.1.0"><margin.target id="note53"></margin.target><emph type="italics"/>Per la<emph.end type="italics"/> 47. <emph type="italics"/>del primo.<emph.end type="italics"/></s>

<s id="id.2.1.211.9.0">il pe&longs;o po&longs;to in D dun&que; non mouerà il pe&longs;o po&longs;to <lb/>in E in &longs;u&longs;o, peroche &longs;e lo moue&longs;&longs;e, &longs;arebbe nece&longs;&longs;ario, che il pe&longs;o po&longs;to in D ha<lb/>ue&longs;&longs;e virtu maggiore in di&longs;cendendo, che il pe&longs;o po&longs;to in E in &longs;alendo, ma &que;&longs;te co<lb/>&longs;e &longs;ono eguali: adun&que; &longs;taranno &longs;ermi i pe&longs;i, & la grauezza del pe&longs;o po&longs;to in D &longs;a<lb/>rà eguale alla grauezza del pe&longs;o po&longs;to in E. </s>

<s id="id.2.1.211.10.0">Oltre a ciò perche pre&longs;uppongono, che <lb/>quanto il pe&longs;o è piu di&longs;tante dalla linea FG della dirittura, tanto e&longs;&longs;ere piu graue. <lb/></s>

<s id="id.2.1.211.1.0"><emph type="italics"/>Oltre a ciò &longs;e anche con <lb/>cederemo la pre&longs;up<lb/>po&longs;ta, &longs;i partono tut <lb/>tauia molto <expan abbr="l&utilde;ge">lunge</expan> dal <lb/>la <expan abbr="cõ&longs;ideratione">con&longs;ideratione</expan> della <lb/>bilancia, mentre di<lb/>&longs;corrono; che in quel <lb/>la maniera debba la <lb/>bilancia DE ritor<lb/>nare in AB: percio <lb/>che &longs;empre pigliano <lb/>vn di due pe&longs;i &longs;epara <lb/>tamente come D, <lb/>ouero E, come &longs;e hor <lb/>l'uno, hor l'altro fo&longs; <lb/>&longs;e po&longs;to nella bilan<lb/>cia, non congiunti in <lb/>&longs;ieme ambidue in <lb/>modo veruno, e&longs;&longs;en-<emph.end type="italics"/><lb/><figure id="fig20"></figure><lb/><emph type="italics"/>doche nondimeno bi&longs;ogni fare tutto all'oppo&longs;ito di ciò, ne &longs;i puote con&longs;iderare dirit<lb/>tamente l'uno &longs;enza l'altro, e&longs;&longs;endoche &longs;i ragiona di loro nella bilancia collocati. </s>

<s id="id.2.1.211.11.0">però tirate parimente da i punti DE le linee DO, EI a piombo di FG, con <lb/>modo &longs;imile &longs;i dimostrerà il triangolo CDO e&longs;&longs;ere eguale al triangolo CEI: & <lb/>la linea DO e&longs;&longs;ere eguale ad EI. </s>

<s id="id.2.1.211.12.0">Tanto dun&que; è di&longs;tante il pe&longs;o po&longs;to in D <lb/>dalla linea FG, quanto il pe&longs;o po&longs;to in E. </s>

<s id="id.2.1.211.2.0"><lb/>Concio&longs;ia che quando dicono la di&longs;ce&longs;a del pe&longs;o po&longs;to in D e&longs;&longs;ere meno torta, che <lb/>la di&longs;ce&longs;a del pe&longs;o po&longs;to in E, co&longs;i &longs;arà il pe&longs;o in D, per la pre&longs;uppo&longs;ta, piu graue <lb/>del pe&longs;o po&longs;to in E; onde per e&longs;&longs;ere piu graue, eglie nece&longs;&longs;ario, che &longs;i moua in giu, <lb/>& che la bilancia DE ritorni in AB: Cote&longs;to di&longs;cor&longs;o non è di momento alcu<lb/>no. </s>

<s id="id.2.1.211.13.0">Dalle ragioni loro dun&que;, & dalle &longs;ue <lb/>pre&longs;uppo&longs;te li pe&longs;i me&longs;&longs;i in DE &longs;ono graui egualmente. </s>

<s id="id.2.1.211.3.0">Primieramente &longs;empre argomentano come &longs;e i pe&longs;i in DE debbano &longs;cende<lb/>re, con&longs;iderando la &longs;ce&longs;a di vno &longs;olameute &longs;enza la compagnia, & congiungimen<lb/>to dell'altro. </s>

<s id="id.2.1.211.5.0">Ma da &longs;uoi me<lb/>de&longs;imi principij, i quali v&longs;ano, & dalle &longs;ue dimo&longs;trationi &longs;i puote cauare ageuoli&longs;&longs;i-<emph.end type="italics"/><lb/><arrow.to.target n="note54"></arrow.to.target> <emph type="italics"/>mamente l'oppo&longs;ito di quel che &longs;i faticano di difendere. </s>

<s id="id.2.1.211.6.0">Imperoche &longs;e &longs;i paragona <lb/>la di&longs;ce&longs;a del pe&longs;o po&longs;to in D con la &longs;alita del pe&longs;o po&longs;to in E, come tirate le'linee <lb/>E<emph.end type="italics"/>K <emph type="italics"/>DH a piombo di AB, e&longs;&longs;endo l'angolo DCH eguale all'angolo ECK,<emph.end type="italics"/><lb/><arrow.to.target n="note55"></arrow.to.target> <emph type="italics"/>& l'angolo DHC retto eguale al retto E<emph.end type="italics"/>K<emph type="italics"/>C, & il lato DC eguale al lato <lb/>CE; &longs;arà il triangolo CDH eguale al triangolo CEK, & il lato DH egua<emph.end type="italics"/><pb pagenum="17"/><emph type="italics"/>le al lato EK: & e&longs;&longs;endo l'angolo DCA eguale all'angolo ECB, &longs;arà anco <lb/>la circonferenza DA eguale alla circonferenza BE. </s>

<s id="id.2.1.211.7.0">Mentre dunque il pe&longs;o po<lb/>sto in D &longs;cende per la circonferenza DA, il pe&longs;o po&longs;to in E &longs;ale per la circon<lb/>ferenza EB eguale a DA, & la &longs;ce&longs;a del pe&longs;o po&longs;to in D prenderà, (&longs;econdo <lb/>il co&longs;tume loro) di diretto DH: & la &longs;alita del pe&longs;o E prenderà di diretto EK <lb/>eguale a DH: &longs;arà dunque la &longs;ce&longs;a del pe&longs;o posto in D eguale alla &longs;alita del pe&longs;o <lb/>po&longs;to in E: & quale &longs;arà la inclinatione d'uno al mouimento in giù, tale &longs;arà etian <lb/>dio la re&longs;i&longs;tenza dell'altro al mouimento in sù, cioè la re&longs;istentia della violenza del <lb/>pe&longs;o po&longs;to in E nella a&longs;ce&longs;a, contra&longs;tando &longs;i oppone alla naturale po&longs;&longs;anza del pe<lb/>&longs;o po&longs;to in D per e&longs;&longs;ere a lei eguale; percioche quanto il pe&longs;o po&longs;to in D per la na<lb/>tural po&longs;&longs;anza de&longs;cende piu velocemente in giù, in tanto il pe&longs;o po&longs;to in E più tar<lb/>do &longs;ale violentemente. </s>

<s id="id.2.1.211.8.0">Per laqual co&longs;a niuno di loro due pe&longs;era piu dell'altro, non <lb/>procedendo attione da eguale. </s>

<s id="id.2.1.211.9.0">il pe&longs;o po&longs;to in D dunque non mouerà il pe&longs;o po&longs;to <lb/>in E in &longs;u&longs;o, peroche &longs;e lo moue&longs;&longs;e, &longs;arebbe nece&longs;&longs;ario, che il pe&longs;o po&longs;to in D ha<lb/>ue&longs;&longs;e virtu maggiore in di&longs;cendendo, che il pe&longs;o po&longs;to in E in &longs;alendo, ma que&longs;te co<lb/>&longs;e &longs;ono eguali: adunque &longs;taranno &longs;ermi i pe&longs;i, & la grauezza del pe&longs;o po&longs;to in D &longs;a<lb/>rà eguale alla grauezza del pe&longs;o po&longs;to in E. </s>

<s id="id.2.1.211.10.0">Oltre a ciò perche pre&longs;uppongono, che <lb/>quanto il pe&longs;o è piu di&longs;tante dalla linea FG della dirittura, tanto e&longs;&longs;ere piu graue. </s>

<s id="id.2.1.211.11.0"><lb/>però tirate parimente da i punti DE le linee DO, EI apiombo di FG, con <lb/>modo &longs;imile &longs;i dimostrerà il triangolo CDO e&longs;&longs;ere eguale al triangolo CEI: & <lb/>la linea DO e&longs;&longs;ere eguale ad EI. </s>

<s id="id.2.1.211.12.0">Tanto dunque è di&longs;tante il pe&longs;o po&longs;to in D <lb/>dalla linea FG, quanto il pe&longs;o po&longs;to in E. </s>

<s id="id.2.1.211.13.0">Dalle ragioni loro dunque, & dalle &longs;ue <lb/>pre&longs;uppo&longs;te li pe&longs;i me&longs;&longs;i in DE &longs;ono graui egualmente. </s>

<s id="id.2.1.211.14.0">Di piu, che vieta che non &longs;i di <lb/>mo&longs;tri la bi lancia DE mouer&longs;i per nece&longs;&longs;ità in FG con &longs;imile ragione? </s>

<s id="id.2.1.211.15.0">Primie<lb/>ramente &longs;i puote raccogliere dalle loro mede&longs;ime dimo&longs;trationi, la &longs;alita del pe&longs;o po<lb/>&longs;to in E ver&longs;o il B e&longs;&longs;ere piu diritta della &longs;alita del pe&longs;o po&longs;to in D ver&longs;o lo F, <lb/>cioè manco prendere di diretto la &longs;alita del pe&longs;o po&longs;to in D in archi eguali, che la <lb/>&longs;alita del pe&longs;o po&longs;to in E. </s>

<s id="id.2.1.211.16.0">Pre&longs;upponga&longs;i dun&que;, che il pe&longs;o &longs;ia piu leggiero &longs;econ<lb/>do il &longs;ito tanto quanto nel &longs;ito mede&longs;imo meno diritta è la &longs;ua &longs;alita: Laqual pre<lb/>&longs;upposta pare tanto manife&longs;ta, quanto l'altra loro. </s>

<s id="id.2.1.211.16.0">Pre&longs;upponga&longs;i dunque, che il pe&longs;o &longs;ia piu leggiero &longs;econ<lb/>do il &longs;ito tanto quanto nel &longs;ito mede&longs;imo meno diritta è la &longs;ua &longs;alita: Laqual pre<lb/>&longs;upposta pare tanto manife&longs;ta, quanto l'altraloro. </s>

<s id="id.2.1.211.17.0">percioche dun&que; la &longs;alita del <lb/>pe&longs;o po&longs;to in E è piu diritta della &longs;alita del pe&longs;o po&longs;to in D, per la pre&longs;uppo&longs;ta il <lb/>pe&longs;o po&longs;to in D &longs;arà piu leggiero del pe&longs;o po&longs;to in E. </s>

<s id="id.2.1.211.18.0">Adun&que; il pe&longs;o po&longs;to in D <lb/>&longs;i mouerà in sù dal pe&longs;o po&longs;to in E, &longs;i fattamente che la bilancia peruenga in FG, <lb/>& co&longs;i potra&longs;si dimo&longs;trare la bilancia DE mouer&longs;i in FG, laqual dimo&longs;tratio<lb/>ne è del tutto veramente friuola, & pati&longs;ce le difficultà mede&longs;ime. </s>

<s id="id.2.1.211.17.0">percioche dunque la &longs;alita del <lb/>pe&longs;o po&longs;to in E è piu diritta della &longs;alita del pe&longs;o po&longs;to in D, per la pre&longs;uppo&longs;ta il <lb/>pe&longs;o po&longs;to in D &longs;arà piu leggiero del pe&longs;o po&longs;to in E. </s>

<s id="id.2.1.211.19.0">Percioche quan<lb/>tun&que; &longs;i conceda, come vero, che il pe&longs;o po&longs;to in E &longs;alendo &longs;ia piu graue del pe&longs;o <lb/>in D &longs;imilmente &longs;alendo, non perciò da &que;&longs;to &longs;egue, che il pe&longs;o po&longs;to in E de<lb/>&longs;cendendo &longs;ia piu graue del pe&longs;o posto in D &longs;alendo. </s>

<s id="id.2.1.211.20.0">Niuna dun&que; di &que;&longs;te due <lb/>dimo&longs;trationi, che dicono la bilancia DE ritornare in AB, ouero mouer&longs;i in <lb/>FG, è vera. <emph.end type="italics"/></s>

<s id="id.2.1.211.18.0">Adunque il pe&longs;o po&longs;to in D <lb/>&longs;i mouerà in sù dal pe&longs;o po&longs;to in E, &longs;i &longs;attamente che la bilancia peruenga in FG, <lb/>& co&longs;i potra&longs;si dimo&longs;trare la bilancia DE mouer&longs;i in FG, laqual dimo&longs;tratio<lb/>ne è del tutto veramente friuola, & pati&longs;ce le difficultà mede&longs;ime. </s>

<s id="id.2.1.213.1.0"><margin.target id="note54"/><emph type="italics"/>Per la<emph.end type="italics"/> 15. <emph type="italics"/>del primo. <emph.end type="italics"/></s>

<s id="id.2.1.214.1.0"><margin.target id="note55"/><emph type="italics"/>Per la<emph.end type="italics"/> 25. <emph type="italics"/>del primo. <emph.end type="italics"/></s>

<s id="id.2.1.211.19.0">Percioche quan<lb/>tunque &longs;i conceda, come vero, che il pe&longs;o po&longs;to in E &longs;alendo &longs;ia piu graue del pe&longs;o <lb/>in D &longs;imilmente &longs;alendo, non perciò da que&longs;to &longs;egue, che il pe&longs;o po&longs;to in E de<lb/>&longs;cendendo &longs;ia piu graue del pe&longs;o posto in D &longs;alendo. </s>

<s id="id.2.1.215.1.0"><emph type="italics"/>Oltre a ciò &longs;e e&longs;amineremo la loro pre&longs;uppo&longs;ta, & la forza delle loro parole, vedremo <lb/>per certo che altro &longs;entimento hanno. </s>

<s id="id.2.1.215.2.0">Imperoche e&longs;&longs;endo che &longs;empre lo &longs;patio per lo<emph.end type="italics"/><pb xlink:href="037/01/050.jpg"/><emph type="italics"/>quale il pe&longs;o <expan abbr="naturalm&etilde;te">naturalmente</expan> &longs;i moue, &longs;i deue prendere dal centro della grauezza di e&longs;<lb/>&longs;o pe&longs;o ver&longs;o il centro del mondo à &longs;embianza di vna linea diritta tirata dal centro <lb/>della grauezza al centro del mondo, tanto &longs;i dirà &que;&longs;ta co&longs;i fatta di&longs;ce&longs;a del pe&longs;o <lb/>piu, & meno obliqua, quanto, &longs;econdo lo &longs;patio di&longs;&longs;egnato, a &longs;embianza della pre<lb/>detta linea piu ò meno &longs;i mouerà, (andando pero &longs;empre a trouare il luogo &longs;uo natu<lb/>rale, & vie piu &longs;empre auicinandoui&longs;i.) talche tanto piu obliqua &longs;i dica la &longs;ce&longs;a <expan abbr="quãto">quan<lb/>to</expan> &longs;i parte da cotale &longs;patio: & piu diritta quanto a lui &longs;i acco&longs;ta. </s>

<s id="id.2.1.211.20.0">Niuna dunque di que&longs;te due <lb/>dimo&longs;trationi, che dicono la bilancia DE ritornare in AB, ouero mouer&longs;i in <lb/>FG, è vera.<emph.end type="italics"/></s>

<s id="id.2.1.215.3.0">& in &que;&longs;to <lb/>&longs;entimento &que;lla pre&longs;upposta non deue partorire difficulta ad alcuno, percioche co<lb/>&longs;i è la verita &longs;ua chiara, & conforme alla ragione, che non pare hauer me&longs;tieri di e&longs;<lb/>&longs;er fatta in alcun modo manife&longs;ta. <emph.end type="italics"/></s>

<s id="id.2.1.216.1.0"><emph type="italics"/>Se dun&que; il pe&longs;o &longs;ciolto, collocato nel &longs;i<lb/>to di D &longs;i deue mouere al luogo pro<lb/>prio, &longs;enza dubbio, po&longs;to S centro del <lb/>mondo, &longs;i mouerà per la linea DS, <expan abbr="&longs;imilm&etilde;te">&longs;i<lb/>milmente</expan> il pe&longs;o po&longs;to in E &longs;ciolto &longs;i mo<lb/>uerà per la linea ES. </s>

<s id="id.2.1.213.1.0"><margin.target id="note54"></margin.target><emph type="italics"/>Per la<emph.end type="italics"/> 15. <emph type="italics"/>del primo.<emph.end type="italics"/></s>

<s id="id.2.1.216.2.0">Per laqual co<lb/>&longs;a &longs;e, (come è vero) la &longs;ce&longs;a del pe&longs;o &longs;i <lb/>dirà piu, ò meno obliqua, &longs;econdo lo al <lb/>lontanar&longs;i, ouero appre&longs;&longs;ar&longs;i a gli &longs;patij <lb/>di&longs;segnati per le linee DS ES, per ri <lb/>&longs;petto a'loro naturali mouimenti ver&longs;o <lb/>i proprij luoghi, egli è chiaro, che meno <lb/>obliqua è la &longs;ce&longs;a di E per EG, che <lb/>di D per DA, per e&longs;&longs;ere stato di <lb/>&longs;opra mo&longs;trato che l'angolo SEG è <lb/>minore dell'angolo SDA. </s>

<s id="id.2.1.216.3.0">Per laqual <lb/>co&longs;a piu grauerà il pe&longs;o in E, che in D, <lb/>il che totalmente è il contrario di &que;l<lb/>lo, che e&longs;si &longs;i &longs;ono sforzati di prouare. <lb/></s>

<s id="id.2.1.214.1.0"><margin.target id="note55"></margin.target><emph type="italics"/>Per la<emph.end type="italics"/> 25. <emph type="italics"/>del primo.<emph.end type="italics"/></s>

<s id="id.2.1.216.4.0">Leueran&longs;i per auuentura contra di noi <lb/>dicendo. </s>

<s id="id.2.1.216.5.0">Se dundue il pe&longs;o po&longs;to in E è <lb/>piu graue del pe&longs;o po&longs;to in D, la bi<lb/>lancia DE non &longs;tarà giamai in &que;<lb/>&longs;to &longs;ito, laqual co&longs;a noi habbiamo pro<lb/>po&longs;to di mantenere, ma &longs;i mouerà in F <lb/>G. </s>

<s id="id.2.1.215.1.0"><emph type="italics"/>Oltre a ciò &longs;e e&longs;amineremo la loro pre&longs;uppo&longs;ta, & la &longs;orza delle loro parole, vedremo <lb/>per certo che altro &longs;entimento hanno. </s>

<s id="id.2.1.215.2.0">Imperoche e&longs;&longs;endo che &longs;empre lo &longs;patio per lo<emph.end type="italics"/><pb/><emph type="italics"/>quale il pe&longs;o natur <expan abbr="alm&etilde;te">almente</expan> &longs;i moue, &longs;i deue prendere dal centro della grauezza di e&longs;<lb/>&longs;o pe&longs;o ver&longs;o il centro del mondo à &longs;embianza di vna linea diritta tirata dal centro <lb/>della grauezza al centro del mondo, tanto &longs;i dir à que&longs;ta co&longs;i fatta di&longs;ce&longs;a del pe&longs;o <lb/>piu, & meno obliqua, quanto, &longs;econdo lo &longs;patio di&longs;&longs;egnato, a &longs;embianza della pre<lb/>detta linea piu ò meno &longs;i mouerà, (andando pero &longs;empre a trouare il luogo &longs;uo natu <lb/>rale, & vie piu &longs;empre auicinandoui&longs;i.) talche tanto piu obliqua &longs;i dica la &longs;ce&longs;a <expan abbr="quã">quam</expan> <lb/>to &longs;i parte da cotale &longs;patio: & piu diritta quanto a lui &longs;i acco&longs;ta. </s>

<s id="id.2.1.215.3.0">& in que&longs;to <lb/>&longs;entimento quella pre&longs;upposta non deue partorire difficulta ad alcuno, percioche co<lb/>&longs;i è la verita &longs;ua chiara, & conforme alla ragione, che non pare hauer me&longs;tieri di e&longs;<lb/>&longs;er &longs;atta in alcun modo manife&longs;ta.<emph.end type="italics"/></s>

<s id="id.2.1.216.1.0"><emph type="italics"/><gap/>e dunque il pe&longs;o &longs;ciolto, collocato nel &longs;i<lb/>to di D &longs;i deue mouere al luogo pro<lb/>prio, &longs;enza dubbio, po&longs;to S centro del <lb/>mondo, &longs;i mouerà per la linea DS, <expan abbr="&longs;i-milm&etilde;te">&longs;i<lb/>milmente</expan> il pe&longs;o po&longs;to in E &longs;ciolto &longs;i mo <lb/>uerà per la linea ES. </s>

<s id="id.2.1.216.2.0">Per laqual co<lb/>&longs;a &longs;e, (come è vero) la &longs;ce&longs;a del pe&longs;o &longs;i <lb/>dirà piu, ò meno obliqua, &longs;econdo lo al <lb/>lontanar&longs;i, ouero appre&longs;&longs;ar&longs;i a gli &longs;patij <lb/>di&longs;segnati per le linee DS ES, per ri <lb/>&longs;petto a'loro naturali mouimenti ver&longs;o <lb/>iproprij luoghi, egli è chiaro, che meno <lb/>obliqua è la &longs;ce&longs;a di E per EG, che <lb/>di D per DA, per e&longs;&longs;ere stato di <lb/>&longs;opra mo&longs;trato che l'angolo SEG è <lb/>minore dell'angolo SDA. </s>

<s id="id.2.1.216.3.0">Per laqual <lb/>co&longs;a piu grauer à il pe&longs;o in E, che in D, <lb/>il che totalmente è il contrario di quel<lb/>lo, che e&longs;si &longs;i &longs;ono s&longs;orzati di prouare. </s>

<s id="id.2.1.216.4.0"><lb/>Leueran&longs;i per auuentura contra di noi <lb/>dicendo. </s>

<s id="id.2.1.216.5.0">Se dundue il pe&longs;o po&longs;to in E è <lb/>piu graue del pe&longs;o po&longs;to in D, la bi<lb/>lancia DE non &longs;tar à giamai in que<lb/>&longs;to &longs;ito, laqual co&longs;a noi habbiamo pro<lb/>po&longs;to di mantenere, ma &longs;i mouer à in F <lb/>G. </s>

<s id="id.2.1.216.6.0">Allequali co&longs;e ri&longs;pondiamo. </s>

<s id="id.2.1.216.7.0">che im<lb/>porta a&longs;&longs;ai, &longs;e noi con&longs;ideriamo i pe&longs;i o<lb/>uero in quanto &longs;ono &longs;eparati l'uno dal<lb/>l'altro, ouero in quanto &longs;ono tra loro <lb/>congiunti: perche altra è la ragione del <emph.end type="italics"/><lb/><figure id="id.037.01.050.1.jpg" xlink:href="037/01/050/1.jpg"/><lb/><emph type="italics"/>pe&longs;o po&longs;to in E &longs;enza il congiungimento del pe&longs;o po&longs;to in D, & altra di lui con <lb/>l'altro pe&longs;o congiunto, &longs;i fattamente che l'uno &longs;enza l'altro non &longs;i po&longs;&longs;a mouere. </s>

<s id="id.2.1.216.7.0">che im<lb/>porta a&longs;&longs;ai, &longs;e noi con&longs;ideriamo i pe&longs;i o<lb/>uero in quanto &longs;ono &longs;eparati l'uno dal<lb/>l'altro, ouero in quanto &longs;ono traloro <lb/>congiunti: perche altra è la ragione del<emph.end type="italics"/><lb/><figure id="fig21"></figure><lb/><emph type="italics"/>pe&longs;o po&longs;to in E &longs;enza il congiungimento del pe&longs;o po&longs;to in D, & altra di lui con <lb/>l'altro pe&longs;o congiunto, &longs;i fattamente che l'uno &longs;enza l'altro non &longs;i po&longs;&longs;a mouere. </s>

<s id="id.2.1.216.8.0">Im<emph.end type="italics"/><pb pagenum="18" xlink:href="037/01/051.jpg"/><emph type="italics"/>peroche la diritta, & naturale di&longs;ce&longs;a dal pe&longs;o po&longs;to in E, inquanto egli è &longs;enza al<lb/>tro congiungimento di pe&longs;o, &longs;i fa per la linea ES. </s>

<s id="N11CA9">ma inquanto egli è congiunto <lb/>col pe&longs;o D, la &longs;ua naturale di&longs;ce&longs;a non &longs;arà piu per la linea ES, ma per vna li<lb/>nea egualmente di&longs;tante da CS. </s>

<s id="id.2.1.216.8.0">Im<emph.end type="italics"/><pb pagenum="18"/><emph type="italics"/>peroche la diritta, & naturale di&longs;ce&longs;a dal pe&longs;o po&longs;to in E, inquanto egli è &longs;enza al<lb/>tro congiungimento di pe&longs;o, &longs;i fa per la linea ES. ma inquanto egli è congiunto <lb/>col pe&longs;o D, la &longs;ua naturale di&longs;ce&longs;a non &longs;arà piu per la linea ES, ma per vna li<lb/>nea egualmente di&longs;tante da CS. </s>

<s id="id.2.1.216.9.0">percioche la magnitudine compo&longs;ta de i pe&longs;i ED. <lb/>& della bilancia DE il cui centro della grauezza è C, &longs;e in ne&longs;&longs;un luogo non &longs;a<lb/>rà &longs;o&longs;tenuta, &longs;i mouerà naturalmente in giu nel modo che &longs;i troua, &longs;econdo la gra<lb/>uezza del centro per la linea diritta tirata dal centro della grauezza C al centro <lb/>del mondo S, finche il centro C peruenga nel centro S. </s>

<s id="id.2.1.216.10.0">La bilancia dun&que; DE <lb/>in&longs;ieme co'pe&longs;i, in &que;lla maniera, che &longs;i troua &longs;i mouerà in giu per modo tale, che il <lb/>punto C &longs;i moua per la linea CS, fin che C peruenga in S, & la bilancia <lb/>DE in HK; & habbia la bilancia in HK la po&longs;itione i&longs;te&longs;&longs;a, che prima hauea; <lb/>cio è, che la HK &longs;ia egualmente distante da DE. </s>

<s id="id.2.1.216.10.0">La bilancia dunque DE <lb/>in&longs;ieme co'pe&longs;i, in quella maniera, che &longs;i troua &longs;i mouerà in giu per modo tale, che il <lb/>punto C &longs;i moua per la linea CS, fin che C peruenga in S, & la bilancia <lb/>DE in HK; & habbia la bilancia in HK la po&longs;itione i&longs;te&longs;&longs;a, che prima hauea; <lb/>cio è, che la HK &longs;ia egualmente distante da DE. </s>

<s id="id.2.1.216.11.0">Congiungan&longs;i dun&que; DH <lb/>EK. </s>

<s id="id.2.1.216.12.0">egli è manife&longs;to, che mentre la bilancia DE &longs;i moue in HK, mouer&longs;i an<lb/>che i punti DE per le linee DH EK, come &que;lle che &longs;ono & fra &longs;e, & ad <emph.end type="italics"/>

<s id="id.2.1.216.11.0">Congiungan&longs;i dunque DH <lb/>EK. </s>

<arrow.to.target n="note56"/><lb/><emph type="italics"/>e&longs;&longs;a CS eguali, & egualmente di&longs;tanti. </s>

<s id="id.2.1.216.13.0">Per la qual co&longs;a i pe&longs;i posti in DE, in <lb/>quanto &longs;ono fra loro congiunti, &longs;e riguarderemo il mouimento loro naturale &longs;i moue<lb/>ranno non &longs;econdo le linee DS, ES, ma &longs;econdo LDH MEK egualmente <lb/>di&longs;tanti da e&longs;&longs;a CS. </s>

<s id="id.2.1.216.12.0">egli è manife&longs;to, che mentre la bilancia DE &longs;i moue in HK, mouer&longs;i an<lb/>che ipunti DE per le linee DH EK, come quelle che &longs;ono & &longs;ra &longs;e, & ad<emph.end type="italics"/> <arrow.to.target n="note56"></arrow.to.target><lb/><emph type="italics"/>e&longs;&longs;a CS eguali, & egualmente di&longs;tanti. </s>

<s id="N11CEB">& per<lb/>cio non è &longs;conueneuole, che il pe&longs;o mede&longs;imo hora in E, hora in D, &longs;ia piu graue <lb/>in E, che in D. </s>

<s id="id.2.1.216.13.0">Per la qual co&longs;a i pe&longs;i posti in DE, in <lb/>quanto &longs;ono &longs;ra loro congiunti, &longs;e riguarderemo il mouimento loro naturale &longs;imoue <lb/>ranno non &longs;econdo le linee DS, ES, ma &longs;econdo LDH MEK egualmente <lb/>di&longs;tanti da e&longs;&longs;a CS. </s>

<s id="id.2.1.216.15.0">Ma &longs;e i pe&longs;i po&longs;ti in ED &longs;ono l'un l'altro fra &longs;e congiunti, & gli <lb/>con&longs;idereremo in quanto &longs;ono congiunti, &longs;arà la naturale inclinatione del pe<lb/>&longs;o po&longs;to in E per la linea MEK, percioche la grauezza dell'altro pe&longs;o po&longs;to <lb/>in D fa &longs;i, che il pe&longs;o po&longs;to in E non graui &longs;opra la linea ES, ma nella EK. <lb/></s>

<s id="id.2.1.216.16.0">Ilche fa parimente la grauezza del pe&longs;o po&longs;to in E, cioè, che il pe&longs;o po&longs;to in D <lb/>non graui per la linea retta DS, ma &longs;econdo DH, per impedir&longs;i ambedue l'uno <lb/>l'altro che non vadino à propri luoghi. </s>

<s id="id.2.1.216.14.0">Ma la naturale inclinatione del pe&longs;o po&longs;to in E libero, & <lb/>&longs;ciolto &longs;arà per ES, & del pe&longs;o po&longs;to in D <expan abbr="&longs;imilm&etilde;te">&longs;imilmente</expan> &longs;ciolto &longs;arà per DS. & per<lb/>cio non è &longs;conueneuole, che il pe&longs;o mede&longs;imo hora in E, hora in D, &longs;ia piu graue <lb/>in E, che in D. </s>

<s id="id.2.1.216.17.0">Concio&longs;ia dun&que; che la naturale &longs;ce&longs;a dirit<lb/>ta de i pe&longs;i po&longs;ti in DE &longs;ia &longs;econdo LDH, MEK, &longs;arà &longs;imilmente la naturale <lb/>&longs;alita diritta loro &longs;econdo le i&longs;te&longs;&longs;e linee HDL KEM. </s>

<s id="N11D09">& la naturale &longs;alita del <lb/>pe&longs;o po&longs;to in E &longs;i dirà più, & meno torta, quanto che &longs;econdo lo &longs;patio &longs;i mouerà <lb/>più, & meno pre&longs;&longs;o la linea MK. </s>

<s id="id.2.1.216.15.0">Ma&longs;e i pe&longs;i po&longs;ti in ED &longs;ono l'un l'altro fra &longs;e congiunti, & gli <lb/>con&longs;idereremo in quanto &longs;ono congiunti, &longs;arà la naturale inclinatione del pe<lb/>&longs;o po&longs;to in E per la linea MEK, percioche la grauezza dell'altro pe&longs;o po&longs;to <lb/>in D fa &longs;i, che il pe&longs;o po&longs;to in E non graui &longs;opra la linea ES, ma nella EK. </s>

<s id="id.2.1.216.18.0">& a &que;&longs;to modo in tutto &longs;i ha da pigliare & la &longs;a <lb/>lita & la di&longs;ce&longs;a del pe&longs;o po&longs;to in D &longs;econdo la linea LH, &longs;e dun&que; il pe&longs;o po&longs;to <lb/>in E &longs;i moue&longs;&longs;e in giù per la linea EG, mouerebbe il pe&longs;o po&longs;to in D in sù per <lb/>DF. </s>

<s id="N11D18">& percioche l'angolo CEK è eguale all'angolo CDL, & l'angolo CEG <emph.end type="italics"/>

<s id="id.2.1.216.16.0"><lb/>Ilche fa parimente la grauezza del pe&longs;o po&longs;to in E, cioè, che il pe&longs;o po&longs;to in D <lb/>non graui per la linea retta DS, ma &longs;econdo DH, per impedir&longs;i ambedue l'uno <lb/>l'altro che non vadino à propri luoghi. </s>

<arrow.to.target n="note57"/><lb/><emph type="italics"/>è eguale all'angolo CDF; &longs;arà il <expan abbr="re&longs;tãte">re&longs;tante</expan> angolo GEK al re&longs;tante LDF egua<lb/>le. </s>

<s id="id.2.1.216.19.0">& e&longs;&longs;endo &que;lla pre&longs;uppo&longs;ta, che dice il pe&longs;o e&longs;&longs;er più graue &longs;econdo il &longs;ito, <lb/>quanto in &que;l mede&longs;imo &longs;ito la di&longs;ce&longs;a è meno obliqua per chiara, & manife&longs;ta ri<lb/>ceuuta, &longs;arà anche da e&longs;&longs;ere accettata &longs;enza dubbio &que;&longs;t' altra, cioè, che il pe&longs;o &longs;arà <lb/>più graue &longs;econdo il &longs;ito, quanto nel &longs;ito mede&longs;imo meno obliqua &longs;arà la &longs;alita; per <lb/>non e&longs;&longs;ere manco manife&longs;ta, ne meno conforme alla ragione. </s>

<s id="id.2.1.216.17.0">Concio&longs;ia dunque che la naturale &longs;ce&longs;a dirit<lb/>ta de i pe&longs;i po&longs;ti in DE &longs;ia &longs;econdo LDH, MEK, &longs;arà &longs;imilmente la naturale <lb/>&longs;alita diritta loro &longs;econdo le i&longs;te&longs;&longs;e linee HDL KEM. & la naturale &longs;alita del <lb/>pe&longs;o po&longs;to in E &longs;i dirà più, & meno torta, quanto che &longs;econdo lo &longs;patio &longs;i mouerà <lb/>più, & meno pre&longs;&longs;o la linea MK. </s>

<s id="id.2.1.216.20.0">&longs;arà dun&que; eguale <lb/>la &longs;ce&longs;a del pe&longs;o po&longs;to in E alla &longs;alita del pe&longs;o po&longs;to in D, percioche la &longs;ce&longs;a del pe<lb/>&longs;o po&longs;to in E tiene tanto di obliquo, quanto la &longs;alita del pe&longs;o po&longs;to in D. </s>

<s id="N11D3B">& quale<emph.end type="italics"/><pb xlink:href="037/01/052.jpg"/>&longs;arà la inclinatione dell'vno al moui<lb/>mento in giù, tale parimente &longs;arà la re<lb/>&longs;istenza dell'altro al mouimento in sù. <lb/></s>

<s id="id.2.1.216.18.0">& a que&longs;to modo in tutto &longs;i ha da pigliare & la &longs;a <lb/>lita & la di&longs;ce&longs;a del pe&longs;o po&longs;to in D &longs;econdo la linea LH, &longs;e dunque il pe&longs;o po&longs;to <lb/>in E &longs;i moue&longs;&longs;e in giù per la linea EG, mouerebbe il pe&longs;o po&longs;to in D in sù per <lb/>DF. & percioche l'angolo CEK è eguale all'angolo CDL, & l'angolo CEG<emph.end type="italics"/> <arrow.to.target n="note57"></arrow.to.target><lb/><emph type="italics"/>è eguale all'angolo CDF; &longs;arà il <expan abbr="re&longs;tãte">re&longs;tante</expan> angolo GEK al re&longs;tante LDF egua <lb/>le. </s>

<s id="id.2.1.377.8.0">Adun&que; il pe&longs;o po&longs;to in E non mo<lb/>uerà in sù il pe&longs;o po&longs;to in D: ne il pe&longs;o <lb/>po&longs;to in D: &longs;i mouerà in giù &longs;i fatta<lb/>mente, che moua in sù il pe&longs;o po&longs;to in <lb/>E. </s>

<s id="id.2.1.377.9.0">imperoche e&longs;&longs;endo l'angolo CEB <lb/>eguale a CDA, & l'angolo CEM <lb/>&longs;ia eguale all'angolo CDH; &longs;arà il <lb/>re&longs;tante MEB eguale al re&longs;tante <emph.end type="italics"/><lb/><arrow.to.target n="note116"/><emph type="italics"/>HDA. </s>

<s id="id.2.1.216.19.0">& e&longs;&longs;endo quella pre&longs;uppo&longs;ta, che dice il pe&longs;o e&longs;&longs;er più graue &longs;econdo il &longs;ito, <lb/>quanto in quel mede&longs;imo &longs;ito la di&longs;ce&longs;a è meno obliqua per chiara, & manife&longs;ta ri<lb/>ceuuta, &longs;arà anche da e&longs;&longs;ere accettata &longs;enza dubbio que&longs;t' altra, cioè, che il pe&longs;o &longs;arà <lb/>più graue &longs;econdo il &longs;ito, quanto nel &longs;ito mede&longs;imo meno obliqua &longs;arà la &longs;alita; per <lb/>non e&longs;&longs;ere manco manife&longs;ta, ne meno conforme alla ragione. </s>

<s id="id.2.1.377.10.0">La &longs;ce&longs;a dun&que; del pe&longs;o po<lb/>&longs;to in D &longs;arà eguale alla &longs;alita del pe<lb/>&longs;o po&longs;to in E. </s>

<s id="id.2.1.377.11.0">Adun&que; il pe&longs;o po&longs;to <lb/>in D non mouerà in sù il pe&longs;o po&longs;to <lb/>in E. </s>

<s id="id.2.1.216.20.0">&longs;arà dunque eguale <lb/>la &longs;ce&longs;a del pe&longs;o po&longs;to in E alla &longs;alita del pe&longs;o po&longs;to in D, percioche la &longs;ce&longs;a del pe <lb/>&longs;o po&longs;to in E tiene tanto di obliquo, quanto la &longs;alita del pe&longs;o po&longs;to in D. & quale<emph.end type="italics"/></s><pb/>

<s id="id.2.1.377.12.0">Dalle quali co&longs;e &longs;egue che i pe&longs;i <lb/>po&longs;ti in DE, in quanto tra loro &longs;o<lb/>no congiunti, &longs;ono egualmente graui. <emph.end type="italics"/></s>

<s id="id.2.1.219.1.0"><margin.target id="note56"/><emph type="italics"/>Per la<emph.end type="italics"/> 33. <emph type="italics"/>del primo. <emph.end type="italics"/></s>

<s id="id.2.1.219.1.0"><margin.target id="note56"></margin.target><emph type="italics"/>Per la<emph.end type="italics"/> 35. <emph type="italics"/>del primo.<emph.end type="italics"/></s>

<s id="id.2.1.220.1.0"><margin.target id="note57"/><emph type="italics"/>Per la<emph.end type="italics"/> 29. <emph type="italics"/>del primo. <emph.end type="italics"/></s>

<s id="id.2.1.379.1.0"><margin.target id="note116"/><emph type="italics"/>Per la<emph.end type="italics"/> 29. <emph type="italics"/>del prime. <emph.end type="italics"/></s><figure id="id.037.01.052.1.jpg" xlink:href="037/01/052/1.jpg"/>

<s id="id.2.1.220.1.0"><margin.target id="note57"></margin.target><emph type="italics"/>Per la<emph.end type="italics"/> 29. <emph type="italics"/>del primo.<emph.end type="italics"/></s>

<s id="id.2.1.381.1.0"><emph type="italics"/>L'altra ragione po&longs;cia, con laquale vorrebbono mo&longs;trare, che &longs;imilmente la bilancia <lb/>DE ritorna in AB, con dire, che e&longs;&longs;endo la trutina della bilancia CF, la méta <lb/>viene ad e&longs;&longs;er CG. </s>

<s id="id.2.1.221.1.0">PROPOSITIONE V.</s>

<s id="N11DC3">& percioche l'angolo DCG è maggiore dell'angolo ECG, <lb/>il pe&longs;o po&longs;to in D &longs;arà più graue del po&longs;to in E; dun&que; la bilancia DE ritorne<lb/>ra in AB; non conchiude nulla al parer mio; & &que;&longs;ta fintione della trutina, & <lb/>della méta è più to&longs;to da trala&longs;ciare, & pa&longs;&longs;arla con &longs;ilentio, che farne pur vna paro <lb/>la per confonderla, e&longs;&longs;endo del tutto co&longs;a volontaria, percioche la nece&longs;&longs;aria ragione <lb/>per laquale il pe&longs;o po&longs;to in D dall' angolo maggiore &longs;ia più graue, & perche il mag<lb/>giore angolo &longs;ia cagione di grauezza maggiore non appare in niun loco. </s>

<s id="id.2.1.381.2.0">che &longs;e gli <lb/>angoli &longs;aranno tra loro paragonati, e&longs;&longs;endo l'angolo GCD eguale all'angolo <lb/>FCE; &longs;e l'angolo GCD è cau&longs;a della grauezza, perche l'angolo FCE &longs;imil<pb pagenum="19" xlink:href="037/01/053.jpg"/><emph type="italics"/>mente non è della grauez<lb/>za cagione? </s>

<s id="id.2.1.222.1.0">Due pe&longs;i attaccati nella bilancia, &longs;e la bilancia &longs;arà tra loro in modo <lb/>diui&longs;a, chele parti ri&longs;pondano &longs;cambieuolmente à pe&longs;i; pe&longs;eranno <lb/>tanto ne'punti doue &longs;ono attaccati, quanto &longs;el'uno & l'altro fo&longs;&longs;e <lb/>pendente dal punto della diui&longs;ione. </s><figure></figure>

<s id="id.2.1.375.5.0">Di &que;sto ef<lb/>fetto mostrano di produ<lb/>cere in mezo &que;&longs;ta cagio<lb/>ne, perche CG è la mé<lb/>ta, & CF la trutina; <lb/>&longs;e (dicono e&longs;&longs;i) CG fo&longs;<lb/>&longs;e la trutina, & CF la <lb/>méta, all'hora l'angolo <lb/>FCE &longs;arebbe cagione <lb/>della grauezza, ma non <lb/>già il DCG ad e&longs;&longs;o e<lb/>guale laquale ragione è al <lb/>tutto fatta con la imagi<lb/>natione, & di voglia pro<lb/>pria. </s>

<s id="id.2.1.375.6.0">Peroche, che puote <lb/>importare che la trutina <lb/>&longs;ia ouero in CF, ouero <lb/>in CG, e&longs;&longs;endo la bilan<lb/>cia DE &longs;empre &longs;o&longs;ten<lb/>tata nell'i&longs;te&longs;&longs;o punto C? </s>

<s id="id.2.1.224.1.0"><emph type="italics"/>Siala bilancia AB, il cui centro &longs;ia C, & &longs;iano due pe&longs;i EF pendenti da' punti <lb/>BG: & diuida&longs;i BG in H, &longs;i fattamente, che BH ad HG habbia la pro<lb/>portione iste&longs;&longs;a, che hà il pe&longs;o E al pe&longs;o F. </s>

<s id="id.2.1.375.7.0">Ma affine che l'inganno loro re&longs;ti più chiaro. <emph.end type="italics"/></s><figure id="id.037.01.053.1.jpg" xlink:href="037/01/053/1.jpg"/>

<s id="id.2.1.377.1.0"><emph type="italics"/>Sia la mede&longs;ima bilancia AB, il cui mezo C. </s>

<s id="id.2.1.377.2.0">dapoi tutta la FG &longs;ia la trutina, <lb/>laquale &longs;tia immobile, & &longs;o&longs;tenga la bilancia AB nel punto C. </s>

<s id="id.2.1.377.3.0">& moua&longs;i la <lb/>bilancia in DE. </s>

<s id="N11E29">& per<lb/>cioche la trutina è &longs;opra, & <lb/>&longs;otto la bilancia, quale ango <lb/>lo &longs;arà cagione della grauez<lb/>za, e&longs;&longs;endo &longs;o&longs;tenuta la bi<lb/>lancia DE &longs;empre nel pun<lb/>to mede&longs;imo? </s>

<s id="id.2.1.377.4.0">Diranno for<lb/>&longs;e &longs;e la trutina &longs;arà &longs;o&longs;tenu<lb/>ta dalla po&longs;&longs;anza po&longs;ta in <lb/>F, allhora CG &longs;arà tan<lb/>to quanto la méta, & l'an<lb/>golo DCG &longs;arà della gra<lb/>uezza cagione. </s>

<s id="id.2.1.377.5.0">Ma &longs;e <emph.end type="italics"/><lb/><figure id="id.037.01.053.2.jpg" xlink:href="037/01/053/2.jpg"/><lb/><emph type="italics"/>egli &longs;arà &longs;ostenuto in G, allhora FCE &longs;arà cagione della grauezza, & la CF <lb/>&longs;arà tanto quanto la méta. </s>

<s id="id.2.1.377.6.0">della qual co&longs;a niuna cagione pare poter&longs;i addurre, <lb/>&longs;e <expan abbr="nõ">non</expan> imaginata; peroche la méta (che dicono) non pare hauere à modo veruno nien<lb/>te di virtù che tiri dalla parte dell'angolo maggiore alcuna volta, & alcuna dalla <lb/>parte del minore. </s>

<s id="id.2.1.377.7.0">Ma &longs;ia &longs;o&longs;tenuta la trutina da due po&longs;&longs;anze in F cioè, & in G, <pb xlink:href="037/01/054.jpg"/>ilche &longs;i puote fare per nece&longs;&longs;ità, come &longs;e la po&longs;&longs;anza posta in F fo&longs;&longs;e tanto debile, <lb/>che per &longs;e &longs;te&longs;&longs;a pote&longs;&longs;e &longs;o&longs;tentare &longs;olamente la metà del pe&longs;o & &longs;ia la po&longs;&longs;anza <lb/>posta in G eguale alla po&longs;&longs;anza po&longs;ta in F, & ambedue in&longs;ieme co' pe&longs;i &longs;o&longs;tenga<lb/>no la bilancia. </s>

<s id="id.2.1.381.3.0">all'hora quale angolo &longs;arà cagione della grauezza? </s>

<s id="id.2.1.381.4.0">non gia <lb/>FCE, peroche la trutina è <lb/>in CF, & è &longs;o&longs;tentata in <lb/>F: ne meno il DCG, e&longs;&longs;en<lb/>do la trutina in CG, & pa<lb/>rimente &longs;o&longs;tentata in G. <lb/></s>

<s id="id.2.1.381.5.0">Non &longs;aranno dun&que; gli an<lb/>goli della grauezza cagione. <lb/></s>

<s id="id.2.1.381.6.0">Co&longs;i ne anche la bilancia <lb/>DE da &que;&longs;to &longs;ito per &que;<lb/>&longs;ta cagione &longs;i mouerà. </s>

<s id="id.2.1.381.7.0">Ma <emph.end type="italics"/><lb/><arrow.to.target n="note117"/><emph type="italics"/>&que;&longs;ta loro &longs;entenza pare <lb/>e&longs;&longs;ere confermata da e&longs;&longs;i in <lb/>due modi. </s>

<s id="id.2.1.381.8.0">Primieramente <emph.end type="italics"/><lb/><figure id="id.037.01.054.1.jpg" xlink:href="037/01/054/1.jpg"/><lb/><emph type="italics"/>dicono Ari&longs;totele nelle &que;&longs;tioni mecaniche hauere propo&longs;to &que;&longs;te due &que;&longs;tioni &longs;o<lb/>lamente, & le &longs;ue dimo&longs;trationi e&longs;&longs;ere fondate &longs;i nel maggiore, & nel minore <lb/>angolo, & &longs;i nella giacitura della trutina della bilancia. </s>

<s id="id.2.1.381.9.0">Affermano dapoi &que;&longs;to <lb/>iste&longs;&longs;o in&longs;egnare la e&longs;perientia ancora, cioè, che la bilancia DE, &longs;tando la &longs;ua <lb/>trutina in CF, ritorna in AB egualmente di&longs;tante dall'orizonte. </s>

<s id="id.2.1.381.10.0">& quando <lb/>la trutina &longs;tà in CG, mouer&longs;i in FG. </s>

<s id="id.2.1.381.11.0">Mane Ari&longs;totele, ne la e&longs;perienza fauo<lb/>ri&longs;cono &que;&longs;ta loro opinione, anzi più to&longs;to le &longs;ono contrarij. </s>

<s id="id.2.1.381.12.0">Peroche in quan<lb/>to appartiene alla e&longs;perienza &longs;i ingannano, e&longs;&longs;endo manife&longs;to ciò per e&longs;perienza <lb/>accadere, all'hor che il centro ancora della bilancia &longs;arà collocato ò &longs;opra, ò &longs;ot<lb/>to della bilancia, ma non già auenire &que;&longs;to stando la trutina ò &longs;opra &longs;olamente, <lb/>è &longs;otto. <emph.end type="italics"/></s>

<s id="id.2.1.384.1.0"><margin.target id="note117"/><emph type="italics"/>il Cardano. <emph.end type="italics"/></s><pb pagenum="20" xlink:href="037/01/055.jpg"/>

<s id="id.2.1.385.1.0"><emph type="italics"/>Imperoche &longs;e la bilancia A <lb/>B haue&longs;&longs;e il centro C <lb/>&longs;opra la bilancia, & fo&longs;<lb/>&longs;e la trutina CD &longs;otto <lb/>la bilancia, & &longs;i moue&longs;<lb/>&longs;e la bilancia in EF, al<lb/>lhora EF di nouo ri<lb/>tornerà in AB. </s>

<s id="N11EF6">egual<lb/>mente di&longs;tante dall'o<lb/>rizonte. </s>

<s id="id.2.1.385.2.0">&longs;imilmente &longs;e la <lb/>bilancia haue&longs;&longs;e il cen<lb/>tro C &longs;otto la bilancia, <lb/>& fo&longs;&longs;e la trutina CD <lb/>&longs;opra la bilancia, et &longs;i mo<lb/>ue&longs;&longs;e la bilancia in EF, <emph.end type="italics"/>

<arrow.to.target n="note118"/><lb/><emph type="italics"/>egli è manife&longs;to, che la bi<lb/>lancia &longs;i mouerà in giu <lb/>dalla parte di F, &longs;tan<lb/>do la trutina &longs;opra la bi<lb/>lancia. </s>

<s id="id.2.1.385.3.0">& in qual &longs;i vo<lb/>glia altro &longs;ito che &longs;ia la <lb/>trutina, auerrà &longs;empre il <lb/>mede&longs;imo. </s>

<s id="id.2.1.385.4.0">Adun&que; <expan abbr="nõ">non</expan><lb/> è la trutina, ma il centro <lb/>della bilancia cagione di <lb/>cotali diuer&longs;i effetti. <emph.end type="italics"/></s>

<s id="id.2.1.386.1.0"><margin.target id="note118"/><emph type="italics"/>Per la terza di &que;sto. <emph.end type="italics"/></s><figure id="id.037.01.055.1.jpg" xlink:href="037/01/055/1.jpg"/><figure id="id.037.01.055.2.jpg" xlink:href="037/01/055/2.jpg"/>

<s id="id.2.1.388.1.0"><emph type="italics"/>Egli è pero d'auertire in &que;&longs;ta parte che con di&longs;&longs;icultà &longs;i puote lauora re vna bilancia <lb/>materiale, che in vno punto &longs;olamente &longs;ia &longs;o&longs;tenuta, &longs;i come con la mente la imagi<lb/>niamo, & habbia le braccia dal centro co&longs;i eguali non &longs;olamente in lunghezza, ma <lb/>in larghezza, & in profundità, ò gro&longs;&longs;ezza, che tutte le parti di quà, & di là pe&longs;i<lb/>no a punto egualmente. </s>

<s id="id.2.1.388.2.0">percio che la materia di&longs;&longs;icili&longs;&longs;imamente pati&longs;ce cotale giu<lb/>&longs;ta mi&longs;ura. </s>

<s id="id.2.1.388.3.0">Per laqual co&longs;a &longs;e con&longs;idereremo il centro e&longs;&longs;ere in e&longs;&longs;a bilancia, non bi<lb/>&longs;ogna ricorrere al &longs;en&longs;o, concio&longs;ia, che le co&longs;e artificiate non &longs;i po&longs;&longs;ano ridurre a &que;l <lb/>&longs;ommo grado di perfettione. </s>

<s id="id.2.1.388.4.0">Ma nelle altre co&longs;e la e&longs;perienza veramente potrà in&longs;e<lb/>gnare le co&longs;e che appaiono percioche <expan abbr="quãtun&que;">quantun&que;</expan> il centro della <expan abbr="bilãcia">bilancia</expan> &longs;empre &longs;ia vn <lb/>punto, nondimeno quando egli &longs;arà &longs;opra la bilancia, poco importa, &longs;e ben la bilancia <lb/>non &longs;ara &longs;o&longs;tenuta in &que;l punto co&longs;i puntalmente però che per e&longs;&longs;ere &longs;empre &longs;opra la <lb/>bilancia auerrà &longs;empre il mede&longs;imo. </s>

<s id="id.2.1.388.5.0">Con &longs;imile modo, quando egli anco è &longs;otto la bi<lb/>lancia, ilche tuttauia non accade stando il centro in e&longs;&longs;a bilancia, per che &longs;e egli non <lb/>&longs;arà &longs;o&longs;tenuto &longs;empre in &que;l mezo accuratamente, &longs;ara differenza, e&longs;&longs;endo co&longs;a faci <lb/>li&longs;&longs;ima, che &que;l centro, muti il proprio &longs;ito, mentre &longs;i moue la bilancia. <emph.end type="italics"/></s><pb xlink:href="037/01/056.jpg"/>

<s id="id.2.1.390.1.0"><emph type="italics"/>Ma che Ari&longs;totele habbia <lb/>propo&longs;to due &que;&longs;tioni &longs;o<lb/>lamente, cioè perche la <lb/>trutina &longs;tando &longs;opra, &longs;e <lb/>la bilancia <expan abbr="nõ">non</expan> &longs;arà egual<lb/>mente di&longs;tante dall'ori<lb/>zonte in equilibrio, cioè <lb/>egualmente di&longs;tante dal <lb/>orizonte ritorna, ma &longs;e la <lb/>trutina &longs;ara po&longs;ta &longs;otto <lb/>non ritorna, ma di piu &longs;i <lb/>moue <expan abbr="&longs;ecõdo">&longs;econdo</expan> la parte ba&longs;<lb/>&longs;a: egli è verò per certo. <lb/></s>

<s id="id.2.1.390.2.0">Ma non già per &que;&longs;to le <lb/>dimo&longs;trationi &longs;ue &longs;ono <lb/>fondate nell'angolo mag<lb/>giore, ò minore, & nella <lb/>giacitura della trutina, <lb/>come e&longs;&longs;i dicono: per cio<lb/>che in &que;sto non com<lb/>prendono la <expan abbr="m&etilde;te">mente</expan> del filo<lb/>&longs;ofo, che a&longs;&longs;egna la ragio<lb/>ne de gli effetti diuer&longs;i <lb/>de'mouimenti della bilan<lb/>cia. </s>

<s id="id.2.1.390.3.0">peroche tanto è lon<lb/>tano, che il filo&longs;ofo attri<lb/>bui&longs;ca &que;&longs;ti diuer&longs;i effet<emph.end type="italics"/><lb/><figure id="id.037.01.056.1.jpg" xlink:href="037/01/056/1.jpg"/><figure id="id.037.01.056.2.jpg" xlink:href="037/01/056/2.jpg"/><lb/><emph type="italics"/>ti à gli angoli, che piu to&longs;to dica e&longs;&longs;ere cagione l'ecce&longs;&longs;o, & &que;l &longs;opra più della gran<lb/>dezza che è dal perpendicolo dell'uno delle braccia della bilancia hor dall'una parte, <lb/>hora dall'altra. <emph.end type="italics"/></s>

<s id="id.2.1.392.1.0"><emph type="italics"/>Come stando la trutina &longs;opra in CF, il perpendicolo &longs;arà FCG, il quale &longs;em<lb/>pre inchina, &longs;econdo lui, ver&longs;o il centro del mondo, il quale anco diuide la bilancia mo&longs;<lb/>&longs;a in DE in parti di&longs;uguali: & la parte maggiore è ver&longs;o il D, & &que;l che è piu, <lb/>inchina in giu. </s>

<s id="id.2.1.392.2.0">Adun&que; dalla parte di D la bilancia &longs;i mouerà in giu fin che ri<lb/>torni in AB. </s>

<s id="id.2.1.392.3.0">Ma &longs;e la trutina &longs;arà in CG di &longs;otto, &longs;arà GCF il perpendico<lb/>lo, ilquale diuiderà parimente la bilancia DE in parte di&longs;uguali, & la parte mag<lb/>giore &longs;arà ver&longs;o E; Per laqual co&longs;a la bilancia &longs;i mouerà in giu dalla parte di </s>

<s id="id.2.1.392.4.0">& accioche &que;&longs;to &longs;ia dirittamente compre&longs;o, &longs;appia&longs;i, che quando la trutina è &longs;o<lb/>pra la bilancia, &longs;i ha da intendere, che anche il centro della bilancia &longs;ia &longs;opra la bi<lb/>lancia, & &longs;e di &longs;otto, anche il centro deue &longs;tare di &longs;otto, come piu a ba&longs;&longs;o manife&longs;te<lb/>ra&longs;&longs;i. </s>

<s id="N1200B">Altramente la dimo&longs;tratione di Ari&longs;totele non conchiuderebbe nulla, pero <lb/>che stando il centro in e&longs;&longs;a bilancia, come in C moua&longs;i la bilancia in qual &longs;i voglia <emph.end type="italics"/><pb pagenum="21" xlink:href="037/01/057.jpg"/><emph type="italics"/>modo, il perpendicolo FG non diuiderà giamai la bilancia &longs;e non nel punto C, et <lb/>in parti eguali. </s>

<s id="id.2.1.392.5.0">Onde la &longs;entenza di Ari&longs;totele non &longs;olamente non gli fauori&longs;ce, ma <lb/>gli fa anche grandi&longs;sima <lb/>mente contra. </s>

<s id="id.2.1.392.6.0">il che <lb/>non &longs;olamente è chiaro <lb/>dalla &longs;econda & terza <lb/>propo&longs;itione di &que;&longs;to li<lb/>bro, ma anco percioche <lb/>&longs;tando il centro &longs;opra <lb/>la bilancia, il pe&longs;o alzato <lb/>acqui&longs;ta grauezza mag<lb/>giore per cau&longs;a del &longs;ito. <lb/></s>

<s id="id.2.1.392.7.0">Dalla qual co&longs;a accade il <lb/>ritorno della bilancia ad <lb/>eguale di&longs;tanza dall'ori<lb/>zonte. </s>

<s id="id.2.1.392.8.0">Ma per lo con<lb/>trario auiene quando il <lb/>centro è &longs;otto la bilan<lb/>cia. </s>

<s id="id.2.1.392.9.0">Le quali co&longs;e tutte <lb/>&longs;i dimo&longs;treranno in &que;<lb/>&longs;ta maniera, pre&longs;uppo<lb/>nendo le co&longs;e, che di &longs;o<emph.end type="italics"/><lb/><figure id="id.037.01.057.1.jpg" xlink:href="037/01/057/1.jpg"/><lb/><emph type="italics"/>pra furono dechiarate, cioè il pe&longs;o &longs;ar&longs;i più graue da &que;l loco dal quale &longs;cende piu <lb/>dirittamente, & da &que;llo che egli &longs;ale piu dirittamente far&longs;i parimente piu <lb/>graue. <emph.end type="italics"/></s><pb xlink:href="037/01/058.jpg"/>

<s id="id.2.1.395.1.0"><emph type="italics"/>Sia la bilancia AB egualmente di&longs;tante dall'orizonte, il cui centro C &longs;ia &longs;opra la <lb/>bilancia, & &longs;ia il perpendicolo CD: & &longs;iano i centri della grauezza di pe&longs;i eguali <lb/>po&longs;ti in AB: & la bilancia &longs;ia mo&longs;&longs;a in EF. </s>

<s id="id.2.1.395.2.0">Dico, che il pe&longs;o posto in E ha <lb/>grauezza maggiore, che il <lb/>pe&longs;o posto in F. </s>

<s id="N12078">& per<lb/>ciò la bilancia EF e&longs;&longs;e<lb/>re per ritornare in A B. </s>

<s id="id.2.1.395.3.0">&longs;ia allungata prima la linea <lb/>CD fin'al centro del mon<lb/>do, che &longs;ia S. </s>

<s id="id.2.1.395.4.0">Dapoi &longs;ia<lb/>no congiunte le linee AC, <lb/>CB, EC, CF, HS; <lb/>& dai punti EF &longs;iano ti<lb/>rate le linee EKGFL egual<lb/>

<expan abbr="m&etilde;te">mente</expan> di&longs;tanti da HS. </s>

<s id="id.2.1.395.5.0">Per<lb/>cioche dun&que; la di&longs;ce&longs;a na<lb/>turale diritta di tutta la <lb/>grandezza, cioè della bilan<lb/>cia EF co&longs;i di&longs;po&longs;ta in&longs;ie<lb/>me co'pe&longs;i è &longs;econdo la gra<lb/>uezza del centro H per la <lb/>diritta linea HS; &longs;arà <expan abbr="parim&etilde;te">pa<lb/>rimente</expan> la di&longs;ce&longs;a de'pe&longs;i me&longs;<lb/>&longs;i in EF co&longs;i di&longs;po&longs;ti &longs;econ<lb/>do le linee diritte E<emph.end type="italics"/>K <lb/><emph type="italics"/>FL egualmente distanti <lb/>da HS, &longs;i come di &longs;opra <lb/>habbiamo dimo&longs;trato. </s>

<s id="id.2.1.395.6.0">La <lb/>di&longs;ce&longs;a dun&que;, & la &longs;ali<lb/>ta de i pe&longs;i po&longs;ti in EF &longs;i <lb/>dirà più, & meno obliqua <lb/>&longs;econdo la vicinanza, ò lon<lb/>tananza diputata &longs;econdo <emph.end type="italics"/><lb/><arrow.to.target n="note119"/><emph type="italics"/>le linee EK FL. </s>

<s id="id.2.1.395.7.0">& per<lb/>cioche li due lati AD DC <lb/>&longs;ono eguali a i due lati BD<emph.end type="italics"/><lb/><figure id="id.037.01.058.1.jpg" xlink:href="037/01/058/1.jpg"/><lb/><emph type="italics"/>DC; & gli angoli al D &longs;ono retti, &longs;arà il lato AC eguale al lato CB. </s>

<s id="N120E4">& e&longs;<lb/>&longs;endo il punto C immobile; mentre, che i punti AB &longs;i moueranno, de &longs;criueran<lb/>no la circonferenza di vno cerchio, il cui mezo diametro &longs;arà AC. </s>

<s id="id.2.1.395.8.0">Per laqual co<emph.end type="italics"/><lb/><arrow.to.target n="note120"/><emph type="italics"/>&longs;a co'l centro C &longs;ia de&longs;critto il cerchio AE BF, i punti AB E<emph.end type="italics"/>F <emph type="italics"/>&longs;aranno nel <lb/>la circonferenza del cerchio. </s>

<s id="id.2.1.395.9.0">ma e&longs;&longs;endo EF eguale ad AB, &longs;arà la circonfe<lb/>renza EAF eguale alla circonferenza AFB. </s>

<s id="id.2.1.395.10.0">Onde tolta via la comune AF<emph.end type="italics"/><pb pagenum="22" xlink:href="037/01/059.jpg"/><emph type="italics"/>&longs;arà la circonferenza EA eguale alla circonferenza FB. </s>

<s id="id.2.1.395.11.0">Hor percioche l'ango<lb/>lo mi&longs;to CEA è eguale al mi&longs;to CFB, & HFB è maggiore di CFB, & <emph.end type="italics"/>

<arrow.to.target n="note121"/><lb/><emph type="italics"/>l'angolo HEA è minore di CEA; &longs;arà l'angolo HFB maggiore dell'angolo <lb/>HEA. </s>

<s id="id.2.1.395.12.0">Da quali &longs;e &longs;aranno leuati via gli angoli HFG HEK eguali, &longs;arà l'an<lb/>golo GFB maggiore dell'angolo KEA. </s>

<s id="id.2.1.395.13.0">Adun&que; la di&longs;ce&longs;a del pe&longs;o po&longs;to in <lb/>E &longs;arà meno obliqua della &longs;alita del pe&longs;o po&longs;to in F. </s>

<s id="id.2.1.395.14.0">& <expan abbr="quãtun&que;">quantun&que;</expan> il pe&longs;o po&longs;to in E <lb/>de&longs;cendendo, & il pe&longs;o po&longs;to in F &longs;alendo &longs;i mouino per eguali circonferenze, nondi<lb/>meno percioche il pe&longs;o po&longs;to in E da &que;&longs;to luogo di&longs;cende piu dirittamente di &que;l <lb/>che il pe&longs;o F <expan abbr="a&longs;c&etilde;de">a&longs;cende</expan>:pero la naturale po&longs;&longs;anza del pe&longs;o po&longs;to in E &longs;upererà la <expan abbr="re&longs;i&longs;t&etilde;za">re&longs;i&longs;ten<lb/>za</expan> della violentia del pe&longs;o F. </s>

<s id="id.2.1.395.15.0">Onde grauezza maggiore hauerà il pe&longs;o posto in E, <lb/>che il pe&longs;o po&longs;to in F. </s>

<s id="id.2.1.395.16.0">Adun&que; il pe&longs;o po&longs;to in E &longs;i mouerà in giù & il pe&longs;o po&longs;to <lb/>in F in sù, fin che la bilancia EF ritorni in AB, che bi&longs;ognaua mo&longs;trare. <emph.end type="italics"/></s>

<s id="id.2.1.397.1.0"><margin.target id="note119"/><emph type="italics"/>Per la<emph.end type="italics"/> 4. <emph type="italics"/>del primo. <emph.end type="italics"/></s>

<s id="id.2.1.398.1.0"><margin.target id="note120"/><emph type="italics"/>Per la<emph.end type="italics"/> 28. <emph type="italics"/>del terzo. <emph.end type="italics"/></s>

<s id="id.2.1.399.1.0"><margin.target id="note121"/><emph type="italics"/>Per la<emph.end type="italics"/> 29. <emph type="italics"/>del primo. <emph.end type="italics"/></s>

<s id="id.2.1.400.1.0"><emph type="italics"/>La ragione di &que;&longs;to effetto po&longs;ta da Ari&longs;totele qui &longs;i puote vedere manife&longs;ta. </s>

<s id="id.2.1.400.2.0">Percio<emph.end type="italics"/>

<arrow.to.target n="note122"/><lb/><emph type="italics"/>che &longs;ia il punto N doue le linee CS EF &longs;i tagliano in&longs;ieme. </s>

<s id="id.2.1.400.3.0">& percioche HE <lb/>è eguale ad HF; &longs;arà NE maggiore di NF. </s>

<s id="id.2.1.400.4.0">adun&que; la linea CS, che no<lb/>ma perpendicolo, diuiderà la bilancia EF in parti di&longs;uguali. </s>

<s id="id.2.1.400.5.0">concio&longs;ia dun&que;, che <lb/>la parte della bilancia NE &longs;ia maggiore della NF, & &que;l che è di più bi&longs;o<lb/>gni, che &longs;ia portato in giù, la bilancia EF dalla parte di E &longs;i mouerà in giu finche <lb/>ritorni in AB. <emph.end type="italics"/></s>

<s id="id.2.1.401.1.0"><margin.target id="note122"/><emph type="italics"/>Ragione de Aristotele. <emph.end type="italics"/></s>

<s id="id.2.1.402.1.0"><emph type="italics"/>Oltre à cio da &que;lle co&longs;e, che <lb/>fin hora &longs;ono &longs;tate dette, <lb/>&longs;i puote affermare, la bilan<lb/>cia EF da &que;l &longs;ito mo<lb/>uer&longs;i piu velocemente in <lb/>AB; d'onde la linea EF <lb/>allungata a dirittura per<lb/>uenga nel centro del mon<lb/>do. </s>

<s id="id.2.1.402.2.0">come &longs;ia EFS vna <lb/>linea diritta. </s>

<s id="id.2.1.402.3.0">& percioche <lb/>CD CK &longs;ono tra loro <lb/>eguali. </s>

<s id="id.2.1.402.4.0">&longs;e dun&que; col cen<lb/>tro C, & con lo &longs;patio <lb/>CD &longs;i de&longs;criuerà il cerchio <lb/>DHM, &longs;aranno i punti <lb/>DH nella circonferenza <lb/>del cerchio. </s>

<s id="id.2.1.402.5.0">Ma perche la <lb/>CH è à piombo di EF, <lb/>toccherà la EHS il cer<lb/>chio DHM nel punto <lb/>H. </s>

<s id="id.2.1.402.6.0">il pe&longs;o dun&que; po&longs;to in <lb/>H, (&longs;i come di &longs;opra hab<lb/>biamo prouato) &longs;arà piu <emph.end type="italics"/><lb/><figure id="id.037.01.060.1.jpg" xlink:href="037/01/060/1.jpg"/><pb xlink:href="037/01/060.jpg"/><emph type="italics"/>graue che in verun altro &longs;ito del cerchio DHM. </s>

<s id="id.2.1.402.7.0">Adun&que; la grandezza fatta de' <lb/>pe&longs;i EF, & della bilancia EF, il cui centro della grauezza sta in H, in cote&longs;to <lb/>&longs;ito grauerà più, che in qual &longs;i voglia altro &longs;ito del cerchio &longs;i troui il punto H. </s>

<s id="id.2.1.402.8.0">Da <lb/>&que;&longs;to &longs;ito adun&que; &longs;i mouera piu velocemente che da qualun&que; altro. </s>

<s id="id.2.1.402.9.0">& &longs;e lo H <lb/>&longs;arà piu da pre&longs;&longs;o al D <lb/>manco grauerà, & me<lb/>no &longs;i mouerà da &que;l &longs;ito; <lb/>peroche &longs;empreè piu torta <lb/>la &longs;ce&longs;a, & meno diritta. <lb/></s>

<s id="id.2.1.402.10.0">La bilancia dun&que; EF <lb/>&longs;i mouerà più velocemen<lb/>te da &que;&longs;to &longs;ito, che da <lb/>altro &longs;ito, & &longs;e piu dapre&longs;<lb/>&longs;o acco&longs;teraßi ad AB, <lb/>d'indi &longs;i mouerà meno poi <lb/>quanto piu da lunge &longs;arà <lb/>di&longs;tante il punto H dal <lb/>punto C &longs;i mouerà più ve<lb/>locemente, il che non &longs;olo <lb/>da Ari&longs;totele nel principio <lb/>delle &que;&longs;tioni mecaniche, <lb/>& dai detti di &longs;opra è ma<lb/>nife&longs;to, ma ancora da &que;l <lb/>le co&longs;e, che di &longs;otto nella <lb/>&longs;e&longs;ta propo&longs;itione &longs;iamo <lb/>per dire, apparerà chiaro. <lb/></s>

<s id="id.2.1.402.11.0">La bilancia dun&que; EF <lb/>quanto più &longs;arà lontana <lb/>dal &longs;uo centro, &longs;i mouerà anche piu velocemente. <emph.end type="italics"/></s><figure id="id.037.01.060.2.jpg" xlink:href="037/01/060/2.jpg"/><pb pagenum="23" xlink:href="037/01/061.jpg"/>

<s id="id.2.1.406.1.0"><emph type="italics"/>Sia poi la bilancia AB, il cui centro C stia &longs;otto la bilancia, & &longs;iano in AB <lb/>pe&longs;i eguali, & &longs;ia mo&longs;&longs;a la bilancia in EF. </s>

<s id="id.2.1.406.2.0">Dico che il pe&longs;o ha grauezza maggio<lb/>re in F, che in E. </s>

<s id="N12267">& <lb/>perciò la bilancia EF <lb/>e&longs;&longs;ere per mouer&longs;i in giù <lb/>dalla parte di F. </s>

<s id="id.2.1.406.3.0">&longs;ia allun<lb/>gata la linea DC dall'una <lb/>parte, & dall'altra fin <lb/>nel centro del mondo S, <lb/>& fin ad O, & &longs;ia tira<lb/>ta la linea HS, alla qua<lb/>le dai punti EF &longs;iano ti<lb/>rate le linee GEK FL <lb/>egualmente di&longs;tanti, & <lb/>&longs;iano congiunte le CE <lb/>CF: & dal centro C <expan abbr="cõ">con</expan><lb/>lo &longs;patio CE de&longs;criua&longs;i <lb/>il cerchio AEO B</s>

<s id="id.2.1.406.4.0">&longs;i dimo&longs;trerà &longs;imilmente <lb/>i punti AB EF e&longs;&longs;e<lb/>re nella circonferenza del <lb/>cerchio, & che la di&longs;ce&longs;a <lb/>della bilancia EF in&longs;ie<lb/>me co'pe&longs;i &longs;i fà diritta &longs;e <lb/>condo la linea HS: & <lb/>de i pe&longs;i po&longs;ti in EF &longs;e<lb/>condo le linee GK FL <lb/>egualmente di&longs;tanti da <lb/>HS. </s>

<s id="id.2.1.406.5.0">Et percioche l'ango<lb/>lo CFP è eguale all'an<lb/>golo CEO &longs;arà l'ango<lb/>lo HFP maggiore del<lb/>l'angolo HEO. </s>

<arrow.to.target n="note123"/><lb/><emph type="italics"/>golo HFL è eguale al<lb/>l'angolo HEG. </s>

<s id="id.2.1.406.7.0">Da qua<lb/>li &longs;e &longs;aranno leuati via <lb/>gli angoli HFP HEO,<emph.end type="italics"/><lb/><figure id="id.037.01.061.1.jpg" xlink:href="037/01/061/1.jpg"/><lb/><emph type="italics"/>&longs;arà l'angolo LFP minore dell' angolo GEO. </s>

<s id="id.2.1.406.8.0">Per laqual co&longs;a la &longs;ce&longs;a del pe&longs;o <lb/>po&longs;to in F &longs;arà piu diritta della a&longs;ce&longs;a del pe&longs;o po&longs;to in E. </s>

<s id="id.2.1.406.9.0">Adun&que; la po&longs;&longs;anza <lb/>naturale del pe&longs;o po&longs;to in F &longs;upererà la re&longs;i&longs;tenza della violentia del pe&longs;o po&longs;to in <lb/>E. </s>

<s id="N122DC">& percio hauerà maggior grauezza il pe&longs;o di F, che il pe&longs;o di E. </s>

<s id="id.2.1.406.10.0">Adun&que; <lb/>il pe&longs;o di F &longs;i mouerà in giù, & il pe&longs;o di E &longs;i mouerà in sù. <emph.end type="italics"/></s>

<s id="id.2.1.409.1.0"><margin.target id="note123"/><emph type="italics"/>Per la<emph.end type="italics"/> 29. <emph type="italics"/>del primo. <emph.end type="italics"/></s><pb xlink:href="037/01/062.jpg"/>

<arrow.to.target n="note124"/><emph type="italics"/>La ragione di Ari&longs;totele parimente qui è chiara. </s>

<s id="id.2.1.410.2.0">Percioche &longs;ia il punto N doue le <lb/>linee CO EF &longs;i tagliano in&longs;ieme. </s>

<s id="id.2.1.410.3.0">&longs;arà la NF maggiore della NE. </s>

<s id="N1230D">& perche <lb/>il perpendicolo CO, &longs;e<lb/>condo lui, diuide in parti <lb/>di&longs;uguali la bilancia, & <lb/>la parte maggiore è ver&longs;o <lb/>F, cioè NF; la bilan<lb/>cia EF &longs;i mouerà in giù <lb/>dalla parte di F, concio <lb/>&longs;ia che &que;l che è di piu <lb/>venga portato à ba&longs;&longs;o. <emph.end type="italics"/></s>

<s id="id.2.1.411.1.0"><margin.target id="note124"/><emph type="italics"/>Ragione di Aristotele. <emph.end type="italics"/></s>

<s id="id.2.1.412.1.0"><emph type="italics"/>Similmente dalle co&longs;e dette <lb/>caueremo, che <expan abbr="quãto">quanto</expan> piu <lb/>la bilancia EF tenente <lb/>il centro &longs;otto la bilancia, <lb/>&longs;arà <expan abbr="lõtana">lontana</expan> dal &longs;ito AB <lb/>&longs;i mouerà piu velocemen<lb/>te, percioche il centro del<lb/>la grauezza H, quanto <lb/>piu è di&longs;tante dal punto <lb/>D, tanto piu velocemen<lb/>te il pe&longs;o compo&longs;to de' pe<lb/>&longs;i EF, & della bilancia <lb/>EF &longs;i mouerà, finche <lb/>l'angolo CHS diuenga <lb/>retto. </s>

<s id="id.2.1.412.2.0">& dauantaggio &longs;i <lb/>mouerà anche piu veloce<lb/>mente quanto la bilancia <lb/>&longs;arà piu lontana dal cen<lb/>tro C. <emph.end type="italics"/></s>

<s id="id.2.1.413.1.0"><emph type="italics"/>Oltre à ciò ne piace dalle &longs;ue <lb/>ragioni, & fal&longs;e pre&longs;uppo<lb/>&longs;te manife&longs;tare, & pro<lb/>durre gli effetti, & i moti <lb/>già dichiarati della bilan<lb/>cia, affine che appaia <expan abbr="quãta">quan<lb/>ta</expan> &longs;ia la efficacia della ve<lb/>rità, come &que;lla, che dalle co&longs;e fal&longs;e ancora &longs;i sforza di ri&longs;plendere. <emph.end type="italics"/></s><figure id="id.037.01.062.1.jpg" xlink:href="037/01/062/1.jpg"/>

<s id="id.2.1.415.1.0"><emph type="italics"/>Pongan&longs;i le co&longs;e iste&longs;&longs;e, cioè &longs;ia il cerchio AE BF, & la bilancia AB, il cui cen<lb/>tro C &longs;ia &longs;opra la bilancia, moua&longs;i in EF. </s>

<s id="id.2.1.415.2.0">Dico che il pe&longs;o po&longs;to in E hà iui <lb/>grauezza maggiore, che il pe&longs;o po&longs;to in F; & che la <expan abbr="bilãcia">bilancia</expan> EF ritornerà in AB <emph.end type="italics"/><pb pagenum="42" xlink:href="037/01/063.jpg"/><emph type="italics"/>&longs;iano tirate dai punti EF le linee EL FM à piombo di AB, le quali &longs;aran<emph.end type="italics"/>

<arrow.to.target n="note125"/><lb/><emph type="italics"/>no tra loro egualmente di&longs;tanti, & &longs;ia il punto N doue la AB, & la EF &longs;i <lb/>tagliano fra loro. </s>

<s id="id.2.1.415.3.0">Percioche dun&que; l'angolo FNM è eguale all'angolo ENL, <emph.end type="italics"/>

<arrow.to.target n="note126"/><lb/><emph type="italics"/>& l'angolo FMN ret<lb/>to è eguale ad ELN <lb/>retto, & il re&longs;tante <lb/>NFM al re&longs;tante <emph.end type="italics"/>

<arrow.to.target n="note127"/><lb/><emph type="italics"/>NEL è etiandio egua<lb/>le; &longs;arà il triangolo NLE <lb/>&longs;imile al triangolo NMF. <emph.end type="italics"/>

<arrow.to.target n="note128"/><lb/></s>

<s id="N123D5"><emph type="italics"/>Si come dun&que; è la NE <lb/>ver&longs;o la EL, co&longs;i NF <emph.end type="italics"/>

<arrow.to.target n="note129"/><lb/><emph type="italics"/>ad FM; & permutan<lb/>do, &longs;i come EN ad NF, <lb/>co&longs;i EL ad FM. </s>

<s id="id.2.1.415.4.0">Ma <lb/>e&longs;&longs;endo HE eguale ad <lb/>HF, &longs;arà EN mag<lb/>gior di NF. </s>

<s id="id.2.1.415.5.0">Per laqual <lb/>co&longs;a anco EL &longs;arà mag<emph.end type="italics"/><lb/><figure id="id.037.01.063.1.jpg" xlink:href="037/01/063/1.jpg"/><lb/><emph type="italics"/>giore di FM. </s>

<s id="id.2.1.415.6.0">& percioche mentre il pe&longs;o po&longs;to in E de&longs;cende per la circonferen<lb/>za EA, il pe&longs;o po&longs;to in F &longs;ale per la circonferenza FB eguale alla circonferen<lb/>za EA, & la di&longs;ce&longs;a del pe&longs;o po&longs;to in E piglia (come e&longs;&longs;i dicono) di diretto EL: <lb/>& la &longs;alita del pe&longs;o po&longs;to in F piglia di diretto FM, meno di diretto verrà a pi<lb/>gliare la &longs;alita del pe&longs;o po&longs;to in F, che la di&longs;ce&longs;a del pe&longs;o po&longs;to in E. </s>

<s id="id.2.1.415.7.0">Dun&que; il pe<lb/>&longs;o po&longs;to in E haurà grauezza maggiore, che il pe&longs;o po&longs;to in F. <emph.end type="italics"/></s>

<s id="id.2.1.417.1.0"><margin.target id="note125"/><emph type="italics"/>Per la<emph.end type="italics"/> 28. <emph type="italics"/>del primo. <emph.end type="italics"/></s>

<s id="id.2.1.418.1.0"><margin.target id="note126"/><emph type="italics"/>Per la<emph.end type="italics"/> 15. <emph type="italics"/>del primo. <emph.end type="italics"/></s>

<s id="id.2.1.419.1.0"><margin.target id="note127"/><emph type="italics"/>Per la<emph.end type="italics"/> 29. <emph type="italics"/>del primo. <emph.end type="italics"/></s>

<s id="id.2.1.420.1.0"><margin.target id="note128"/><emph type="italics"/>Per la<emph.end type="italics"/> 4. <emph type="italics"/>del &longs;esto. <emph.end type="italics"/></s>

<s id="id.2.1.421.1.0"><margin.target id="note129"/><emph type="italics"/>Per la<emph.end type="italics"/> 16. <emph type="italics"/>del quinto. <emph.end type="italics"/></s>

<s id="id.2.1.422.1.0"><emph type="italics"/>Sia allungata la linea CD dall una parte, & dall'altra in OP, laquale tagli la linea <lb/>EF nel punto S. </s>

<s id="id.2.1.422.2.0">& percioche (come dicono) quanto piu è lontano il pe&longs;o dalla <lb/>linea della direttione OP, tanto &longs;i fa piu graue; però con &que;&longs;to mezo ancora pro<lb/>uera&longs;&longs;i il pe&longs;o po&longs;to in E hauer grauezza maggiore del pe&longs;o po&longs;to in F. </s>

<s id="id.2.1.422.3.0">Siano dai <lb/>punti EF tirate le linee EQ FR a piombo di OP. </s>

<s id="id.2.1.422.4.0">Con &longs;imile ragione mo&longs;tre<lb/>ra&longs;&longs;i, che il triangolo QES è &longs;imile al triangolo RFS; & che la linea EQ è <lb/>maggiore di RF. </s>

<s id="N1248B">& co&longs;i il pe&longs;o po&longs;to in E &longs;arà piu lontano dalla linea OP, che <lb/>il pe&longs;o po&longs;to in F; & per ciò il pe&longs;o po&longs;to in E hauerà grauezza maggiore del pe<lb/>&longs;o po&longs;to in<emph.end type="italics"/> F. </s>

<s id="N12494"><emph type="italics"/>Dallequali co&longs;e appare euidente il ritorno della bilancia E<emph.end type="italics"/>F <emph type="italics"/>in AB. <emph.end type="italics"/></s><pb xlink:href="037/01/064.jpg"/>

<s id="id.2.1.424.1.0"><emph type="italics"/>Ma &longs;e il centro della bilancia &longs;arà &longs;otto la bilancia, allhora &longs;i mo&longs;trerà con gli i&longs;te&longs;&longs;i me <lb/>zi, che il pe&longs;o abba&longs;&longs;ato hauerà grauezza maggiore dall'alzato. </s>

<s id="id.2.1.424.2.0">&longs;iano tirate da pun<lb/>ti EF le linee EL FM <lb/>a piombo di AB. </s>

<s id="id.2.1.424.3.0">&longs;imil<lb/>mente &longs;i prouerà EL e&longs;<lb/>&longs;ere maggiore di FM; et <lb/>perciò la &longs;ce&longs;a del pe&longs;o po<lb/>sto in F prenderà meno <lb/>di dirittura, che la &longs;alita <lb/>del pe&longs;o po&longs;to in E. </s>

<s id="id.2.1.424.4.0">On<lb/>de la re&longs;i&longs;tenza della vio<lb/>lentia del pe&longs;o po&longs;to in E <lb/>&longs;upererà la naturale incli<lb/>natione del pe&longs;o po&longs;to in <lb/>F. </s>

<s id="id.2.1.424.5.0">Adun&que; il pe&longs;o po&longs;to <lb/>in E &longs;arà piu graue del <lb/>pe&longs;o posto in F. <emph.end type="italics"/></s>

<s id="id.2.1.425.1.0"><emph type="italics"/>Sia <expan abbr="all&utilde;gata">allungata</expan> etiandio la CD <lb/>dall'una parte & l'altra <emph.end type="italics"/><lb/><figure id="id.037.01.064.1.jpg" xlink:href="037/01/064/1.jpg"/><lb/><emph type="italics"/>in OP, & &longs;iano tirate dai punti EF le linee EQ FR à piombo dilei. </s>

<s id="id.2.1.425.2.0">&longs;i pro<lb/>verà con l'i&longs;te&longs;&longs;o modo in tutto, che la linea EQ è maggiore di FR. </s>

<s id="N124F8">& percio il <lb/>pe&longs;o po&longs;to in E &longs;arà piu lontano dalla linea della dirittura OP, che il pe&longs;o po&longs;to <lb/>in F. </s>

<s id="id.2.1.425.3.0">Adun&que; il pe&longs;o po&longs;to in E haurà grauezza maggiore del pe&longs;o po&longs;to in F. <lb/></s>

<s id="id.2.1.425.4.0">Dalle quali co&longs;e &longs;egue, che la bilancia EF &longs;i moue in giù dalla parte di E. <emph.end type="italics"/></s>

<s id="id.2.1.427.1.0"><emph type="italics"/>Si che Aristotele propo&longs;e &que;&longs;te due &que;&longs;tioni &longs;olamente, & la&longs;ciò la terza, cioè quando <lb/>il centro della bilancia &longs;tà nella bilancia i&longs;te&longs;&longs;a. </s>

<s id="id.2.1.427.2.0">Que&longs;ta però trala&longs;ciò egli, co<lb/>me nota, &longs;i come egli &longs;ole trala&longs;ciare le co&longs;e molto note. </s>

<s id="id.2.1.427.3.0">Imperoche à chi puote <lb/>far dubbio, che &longs;e il pe&longs;o &longs;arà &longs;o&longs;tentato nel centro della grauezza &longs;ua, che non i&longs;tia <lb/>fermo? </s>

<s id="id.2.1.427.4.0">Ma potrebbe for&longs;e alcuno riprendere &que;lle co&longs;e che per &longs;ua &longs;ententia hab<lb/>biamo propo&longs;to, affermando noi non hauere prodotto in mezo tutta la intera &longs;enten<lb/>za &longs;ua. </s>

<s id="id.2.1.427.5.0">Imperoche proponendo egli nella &longs;econda parte della &que;&longs;tione &longs;econda. </s>

<s id="N12527"><lb/>“Perche la bilancia e&longs;&longs;endo posta la trutina di &longs;otto, quando, portato il pe&longs;o in giu, al<lb/>cuno lo rimoue, non a&longs;cende, ma rimane?” non afferma perciò la bilancia mouer&longs;i in <lb/>giù, ma rimanere, il che pare &longs;imilmente hauere nella vltima conclu&longs;ione raccolto. <lb/></s>

<s id="id.2.1.427.6.0">Ma &que;&longs;to non &longs;olamente non ci fa contra, ma &longs;e egli è ben' inte&longs;o grandi&longs;&longs;imamen<lb/>te aiuta. <emph.end type="italics"/></s>

<s id="id.2.1.428.1.0"><emph type="italics"/>Percioche &longs;ia la bilancia AB egualmente di&longs;tante dall'orizonte, il cui centro E &longs;ia <lb/>&longs;otto la bilancia. </s>

<s id="id.2.1.428.2.0">& perche Ari&longs;totele con&longs;idera la bilancia come ella è in fatto, però <lb/>egli è nece&longs;&longs;ario collocare la trutina, ouero qualche altra co&longs;a &longs;otto il centro E, co<lb/>me EF, che in ogni modo &longs;arà trutina, per modo, che &longs;o&longs;tenga il centro E. </s>

<s id="N12547">& &longs;ia <lb/>ECD il perpendicolo. </s>

<s id="id.2.1.428.3.0">& accioche la bilancia AB &longs;i moua da &que;&longs;to &longs;ito, dice <emph.end type="italics"/><pb pagenum="25" xlink:href="037/01/065.jpg"/><emph type="italics"/>Ari&longs;totele, ponga&longs;i il pe&longs;o in B, ilquale e&longs;&longs;endo graue mouerà la bilancia dalla par<lb/>te B in giù, come in G, talche per l'impedimento non potrà egli piu mouer&longs;i in <lb/>giu, ma non dice gia Ari&longs;totele, che &longs;i moua la bilancia in giu dalla parte di B fin <lb/>tanto che parerà, da <lb/>poi &longs;i la&longs;ci, come noi <lb/>di cemmo: ma ordina <lb/>che &longs;ia posto il pe&longs;o <lb/>in B, il quale di &longs;ua <lb/>natura &longs;i mouera <lb/>&longs;empre in giù finche <lb/>la bilancia &longs;i appog<lb/>gi alla trutina, ouerò <lb/>a qualche altra co&longs;a. </s>

<s id="id.2.1.428.4.0">& quando il B &longs;a<lb/>rà nel G, la bilan<lb/>cia &longs;arà in GH, nel <lb/>qual &longs;ite leuato via <lb/>il pe&longs;o, rimarrà: per <lb/>e&longs;&longs;ere la maggior par<lb/>te della bilancia dal <lb/>perpendicolo uer&longs;o il <emph.end type="italics"/><lb/><figure id="id.037.01.065.1.jpg" xlink:href="037/01/065/1.jpg"/><lb/><emph type="italics"/>G, che è DG, che DH. </s>

<s id="N1258C">ne piu mouera&longs;&longs;i in giu, imperoche la bilancia &longs;tarà &longs;opra <lb/>la trutina, ouero qualche altra co&longs;a, che &longs;o&longs;tenga il centro della bilancia. </s>

<s id="id.2.1.428.5.0">peroche &longs;e a <lb/>cote&longs;ta non &longs;i appoggia&longs;&longs;e, verrebbe la bilancia à mouer&longs;i, &longs;econdo la &longs;ua opinione, <lb/>in giù dalla parte di G, concio&longs;ia, che &que;llo che è di piu, cioè DG debba e&longs;&longs;ere <lb/>per nece&longs;&longs;ità in giu portato. <emph.end type="italics"/></s>

<s id="id.2.1.430.1.0"><emph type="italics"/>Ma potrebbe dauantagio dire alcuno, &longs;e in B &longs;arà collocato vn pe&longs;o picciolo, &longs;i mo<lb/>uerà ben la bilancia in giu, ma non gia fin al G; nel qual &longs;ito, &longs;econdo Aristo<lb/>tele, leuato via il pe&longs;o, deue remanere. </s>

<s id="id.2.1.430.2.0">ilche è manife&longs;to per la e&longs;perientia, inchi<lb/>nando&longs;i la <expan abbr="bilãcia">bilancia</expan> più, & meno, quando in vna e&longs;tremita della bilancia &longs;olamente <lb/>vi è po&longs;to il pe&longs;o, che &longs;ia ò maggiore, ò minore. </s>

<s id="id.2.1.430.3.0">ilche è veri&longs;&longs;imo allhora che il centro <lb/>è collocato &longs;opra la bilancia, ma non già &longs;otto, ne in e&longs;&longs;a bilancia, come per gratia <lb/>di e&longs;empio. <emph.end type="italics"/></s><pb xlink:href="037/01/066.jpg"/>

<s id="id.2.1.432.1.0"><emph type="italics"/>Sia la bilancia AB egualmente di&longs;tante dall'orizonte, il cui centro C &longs;ia &longs;opra la bi<lb/>lancia, & il perpendicolo <lb/>CD a piombo dell' ori<lb/>zonte, il quale da la par<lb/>te D &longs;ia allungato in H. <lb/></s>

<s id="id.2.1.432.2.0">Hor percioche con&longs;idera<lb/>ta la grauezza della bi<lb/>lancia, &longs;arà il punto D <lb/>il centro della grauezza <lb/>della bilancia. </s>

<s id="id.2.1.432.3.0">&longs;e dun&que; <lb/>vn piccolo pe&longs;o &longs;arà po<lb/>&longs;to nel B, il cui centro <lb/>della grauezza &longs;ia nel <expan abbr="p&utilde;to">pun<lb/>to</expan> B; gia piu non &longs;arà <lb/>il centro della grauezza <lb/>D della magnitudine <emph.end type="italics"/><lb/><arrow.to.target n="note130"/><emph type="italics"/>compo&longs;ta della bilancia <emph.end type="italics"/><lb/><figure id="id.037.01.066.1.jpg" xlink:href="037/01/066/1.jpg"/><lb/><emph type="italics"/>AB, & del pe&longs;o po&longs;to in B, ma &longs;arà nella linea DB, come in K: per modo <lb/>che DE ad EB &longs;ia come il pe&longs;o po&longs;to in B alla grauezza della bilancia AB. <lb/></s>

<s id="id.2.1.432.4.0">congiunga&longs;i la CE. </s>

<s id="id.2.1.432.5.0">& percioche il punto C è immobile, mentre la bilancia &longs;i <lb/>moue, il punto E de&longs;criuerà la circonferenza del cerchio EFG, il cui mezo dia<lb/>metro è CE, & il centro C. </s>

<s id="id.2.1.432.6.0">Ma perche CD &longs;tà a piombo dell' orizonte, la li<lb/>nea CE non &longs;arà gia ella à piombo dell' orizonte. </s>

<s id="id.2.1.432.7.0">Per laqual co&longs;a la grandez<lb/>za composta di AB, & del pe&longs;o po&longs;to in B non rimarrà in &que;sto &longs;ito; ma &longs;i <lb/>mouerà in giu &longs;econdo il centro E della &longs;ua grauezza per la circonferenza EFG, <emph.end type="italics"/><lb/><arrow.to.target n="note131"/><emph type="italics"/>finche CE diuenti a piombo dell' orizonte, cioè finche la CE peruenga in CDF. <lb/></s>

<s id="id.2.1.432.8.0">& allhora la bilancia AB &longs;arà mo&longs;&longs;a in KL, nel qual &longs;ito la bilancia rimarrà <lb/>in&longs;ieme co'l pe&longs;o, ne d'auantaggio &longs;i mouerà in giù. </s>

<s id="id.2.1.432.9.0">che &longs;e in B &longs;arà po&longs;to vn pe&longs;o <lb/>piu graue, il centro'della grauezza di tutta la magnitudine &longs;arà piu dappre&longs;&longs;o al B, <lb/>come in M. </s>

<s id="N12631">& allhora la bilancia &longs;i mouerà in giu, finche la congiunta linea CM <lb/>peruenga nella linea CDH. </s>

<s id="id.2.1.432.10.0">Dal por&longs;i dun&que; pe&longs;o maggiore ò minore in B, la <lb/>bilancia &longs;i inchinerà piu ò meno. </s>

<s id="id.2.1.432.11.0">Da che &longs;egue che il pe&longs;o B de&longs;criuerà &longs;empre vna <lb/>circonferenza minore della quarta parte d'un cerchio, per e&longs;&longs;ere l'angolo FCE &longs;em<lb/>pre acuto:ne il punto B peruenirà gia mai fin alla linea CH, percioche &longs;empre il <lb/>centro della grauezza del pe&longs;o, & dalla bilancia in&longs;ieme &longs;arà fra BD. </s>

<s id="id.2.1.432.12.0">tuttauia <expan abbr="quãto">quan<lb/>to</expan> &longs;arà il pe&longs;o po&longs;to in B piu graue, de&longs;criuerà anche circonferenza maggiore, ve<lb/>nendo&longs;i per &que;&longs;to il punto B ad acco&longs;tare piu alla linea CH. <emph.end type="italics"/></s>

<s id="id.2.1.434.1.0"><margin.target id="note130"/><emph type="italics"/>Per la<emph.end type="italics"/> 6. <emph type="italics"/>del primo. di. Arch. delle co&longs;e <expan abbr="egualm&etilde;te">egualmente</expan>

<expan abbr="pesãti">pesanti</expan>. <emph.end type="italics"/></s>

<s id="id.2.1.436.1.0"><emph type="italics"/>Mi habbia la bilancia AB il centro C nella i&longs;te&longs;&longs;a bilancia, & nel &longs;uo mezo, <lb/>&longs;arà il C centro ancora della grauezza della bilancia, dal quale &longs;ia tirata la li<lb/>nea FCG a piombo di e&longs;&longs;a AB, & dell' orizonte. </s>

<s id="id.2.1.436.2.0">Ponga&longs;i dapoi in B qual <lb/>pe&longs;o &longs;i voglia; &longs;arà il centro di tutta la grauezza, come in E; &longs;i fattamente che <lb/>la CE ver&longs;o EB &longs;ia come il pe&longs;o po&longs;to in B alla grauezza della bilancia. </s>

<s id="id.2.1.436.3.0">& per<emph.end type="italics"/><pb pagenum="26" xlink:href="037/01/067.jpg"/><emph type="italics"/>cioche la CE non è a piombo dell' orizonte, la bilancia AB, & il pe&longs;o po&longs;to in <lb/>B non rimaranno in &que;<lb/>&longs;to &longs;ito gia mai; ma &longs;i mo<lb/>ueranno in giu dalla par<lb/>te di B, fin che CE &longs;i <lb/>faccia à piombo dell' ori<lb/>zonte; cioè fin che la bilan<lb/>cia AB peruenga in FG. <lb/></s>

<s id="id.2.1.436.4.0">Onde è chiaro, che cia&longs;cun <lb/>pe&longs;o po&longs;to in B, &longs;empre <lb/>de&longs;criue la quarta parte <lb/>d'un cerchio. <emph.end type="italics"/></s><figure id="id.037.01.067.1.jpg" xlink:href="037/01/067/1.jpg"/>

<s id="id.2.1.438.1.0"><emph type="italics"/>Ma &longs;ia il centro C &longs;otto la bilancia AB, & &longs;ia DCE il perpendicolo. </s>

<s id="id.2.1.438.2.0">&longs;imilmente <lb/>per e&longs;&longs;er il pe&longs;o posto in B, &longs;arà il centro della grauezza della magnitudine compe <lb/>&longs;ta di AB bilancia, & del pe&longs;o po&longs;to in B nella linea DB, come in F; &longs;i <expan abbr="fattam&etilde;te">fattamen<lb/>te </expan>che come DF &longs;i ha ver&longs;o FB co&longs;i &longs;ia il pe&longs;o po&longs;to in B al pe&longs;o della bilan<lb/>cia. </s>

<s id="id.2.1.438.3.0">congiunga&longs;i CF. </s>

<s id="N126D3">& <lb/>percioche CD è a piombo <lb/>dell' orizonte, non &longs;arà gia <lb/>la linea CF a piombo del<lb/>l'orizonte. </s>

<s id="id.2.1.438.4.0">Per laqual co&longs;a <lb/>la magnitudine compo&longs;ta <lb/>della bilancia AB, & del <lb/>pe&longs;o po&longs;to in B in &que;&longs;to <lb/>&longs;ito non &longs;tarà mai ferma; <lb/>ma in giu mouera&longs;&longs;i &longs;e alcu<lb/>na co&longs;a non la impedi&longs;ce, <lb/>finche CF peruenga in <lb/>DCE, nel qual &longs;ito la bi<lb/>lancia rimarrà in&longs;ieme co'l <emph.end type="italics"/><lb/><figure id="id.037.01.067.2.jpg" xlink:href="037/01/067/2.jpg"/><lb/><emph type="italics"/>pe&longs;o. </s>

<s id="id.2.1.438.5.0">& il punto B &longs;arà come in G, & il punto A in H, & la bilancia GH <lb/>non hauerà piu il centro di &longs;otto, ma &longs;opra e&longs;&longs;a. </s>

<s id="id.2.1.438.6.0">La qual co&longs;a hauerà &longs;empre, quan<lb/>tun&que; &longs;i ponga vn minimo pe&longs;o in B. </s>

<s id="id.2.1.438.7.0">Auanti che dun&que; il B peruenga al G, <lb/>egli è nece&longs;&longs;ario, che la bilancia incontri la trutina po&longs;ta di &longs;otto, ouero alcuna altra <lb/>co&longs;a, che &longs;o&longs;tenti il centro C, & iui s'appoggi. </s>

<s id="id.2.1.438.8.0">Da &que;&longs;to &longs;egue, che il pe&longs;o B &longs;em<lb/>pre &longs;i moue oltre la linea DK, & de&longs;criue &longs;empre vna circonferenza maggiore del<lb/>la quarta parte del cerchio, per e&longs;&longs;ere l'angolo FCE &longs;empre ottu&longs;o, & l'angolo <lb/>DCF &longs;empre acuto. </s>

<s id="id.2.1.438.9.0">& quanto il pe&longs;o posto in B &longs;arà piu leggiero, de&longs;criuerà tut<lb/>tauia anche circonferenza maggiore. </s>

<s id="id.2.1.438.10.0">Imperoche quanto il pe&longs;o po&longs;to in G &longs;arà piu <lb/>leggiero, tanto piu il pe&longs;o detto posto in G &longs;i alzerà; & la bilancia GA s'acco&longs;te <emph.end type="italics"/><pb xlink:href="037/01/068.jpg"/><emph type="italics"/>rà piu pre&longs;&longs;o al &longs;ito egualmente di&longs;tante dall'orizonte. </s>

<s id="id.2.1.444.2.0">Le quali co&longs;e tutte re&longs;tano ma<lb/>nife&longs;te da &que;lle che di &longs;opra &longs;ono &longs;tate dette. <emph.end type="italics"/></s>

<s id="id.2.1.447.1.0"><emph type="italics"/>Prouate &que;&longs;te co&longs;e, egli è chia<lb/>ro, che il centro della bilan<lb/>cia è cagione de gli effetti di<lb/>uer&longs;i della bilancia. </s>

<s id="id.2.1.447.2.0">& &longs;i ve<lb/>de ancora che tutte le pro<lb/>po&longs;itioni di Archimede del<lb/>le co&longs;e, che egualmente pe&longs;a<lb/>no, a ciò pertinenti, in ogni <lb/>&longs;ito &longs;ono vere. </s>

<s id="id.2.1.447.3.0">cioè, &longs;ia pur <lb/>la bilancia di&longs;tante <expan abbr="egualm&etilde;te">egualmen<lb/>te</expan> dall'orizonte, ouero non, <lb/>pur che il centro della bilan<lb/>cia &longs;ia collocato in e&longs;&longs;a <expan abbr="bilãcia">bilan<lb/>cia</expan>, &longs;i come egli la con&longs;ide<emph.end type="italics"/><lb/><figure id="id.037.01.068.1.jpg" xlink:href="037/01/068/1.jpg"/><lb/><emph type="italics"/>rà. </s>

<s id="id.2.1.447.4.0">& quantun&que; la bilancia habbia di&longs;uguali le braccia, auerrà tuttauia l'i&longs;te&longs;&longs;o, & <lb/>&longs;i dimo&longs;trerà co'l modo i&longs;te&longs;&longs;o in tutto, che il centro della bilancia collocato in diuer<lb/>&longs;e maniere produrrà vari effetti. <emph.end type="italics"/></s>

<s id="id.2.1.449.1.0"><emph type="italics"/>Percioche &longs;ia la bilancia <lb/>AB egualmente di&longs;tan<lb/>te dall'orizonte; & &longs;iano <lb/>in AB pe&longs;i di&longs;uguali, il <lb/>centro della grauezza <lb/>dei quali &longs;ia in C, & <lb/>&longs;ia attacata la bilancia <lb/>nell'i&longs;te&longs;&longs;o punto di C, <lb/>& moua&longs;i la bilancia in <emph.end type="italics"/><lb/><arrow.to.target n="note134"/><emph type="italics"/>DE; egliè manife&longs;to, <lb/>che la bilancia rimarrà <lb/>non &longs;olamente in DE, <lb/>ma in qual &longs;i voglia altre <lb/>&longs;ito. <emph.end type="italics"/></s>

<s id="id.2.1.450.1.0"><margin.target id="note134"/><emph type="italics"/>Per la diffinitione del centro della grauezza. <emph.end type="italics"/></s><figure id="id.037.01.068.2.jpg" xlink:href="037/01/068/2.jpg"/><pb pagenum="27" xlink:href="037/01/069.jpg"/>

<s id="id.2.1.441.1.0"><emph type="italics"/>Ma &longs;ia il centro della bilancia AB &longs;opra il C in F; & &longs;ia FC à piombo di AB, <lb/>& dell' orizonte: & &longs;e <lb/>la bilancia &longs;arà mo&longs;&longs;a in <emph.end type="italics"/>

<arrow.to.target n="note132"/><lb/><emph type="italics"/>DE, la linea CF &longs;arà <lb/>mo&longs;&longs;a in FG, la quale <lb/>per non e&longs;&longs;ere à piombo <lb/>dell' orizonte, la bilancia <lb/>DE &longs;imouerà in giu dalla <lb/>parte di D, finche FG <lb/>ritorni in FC: & allho<lb/>ra la bilancia DE &longs;arà <lb/>in AB, nel qual &longs;ito an <lb/>che rimarrà. <emph.end type="italics"/></s>

<s id="id.2.1.442.1.0"><margin.target id="note132"/><emph type="italics"/>Per la prima di &que;sto. <emph.end type="italics"/></s><figure id="id.037.01.069.1.jpg" xlink:href="037/01/069/1.jpg"/>

<s id="id.2.1.444.1.0"><emph type="italics"/>Che &longs;e il centro F della bi<lb/>lancia &longs;arà &longs;otto la <expan abbr="bilãcia">bilan<lb/>cia</expan>, & &longs;ia la bilancia mo&longs;<emph.end type="italics"/>

<arrow.to.target n="note133"/><lb/><emph type="italics"/>&longs;a in DE primieramen<lb/>te egli è manife&longs;to che la <lb/>bilancia rimarrà in AB: <lb/>& in DE mouera&longs;&longs;i in <lb/>giu dalla parte di E, per <lb/>non e&longs;&longs;ere la linea FG <lb/>à piombo dell' orizonte. <emph.end type="italics"/><lb/><figure id="id.037.01.069.2.jpg" xlink:href="037/01/069/2.jpg"/></s>

<s id="id.2.1.446.1.0"><margin.target id="note133"/><emph type="italics"/>Per la prima di &que;sto. <emph.end type="italics"/></s><pb xlink:href="037/01/070.jpg"/>

<s id="id.2.1.452.1.0"><emph type="italics"/>Da &que;&longs;te co&longs;e co&longs;i terminate, &longs;e la bilancia fo&longs;&longs;e inarcata, ouero, che le braccia della bi <lb/>lancia forma&longs;&longs;ero vn'angolo, & &longs;i di&longs;poneße il centro diuer&longs;amente, (ben che &que;<lb/>&longs;ta propriamente non &longs;arebbe bilancia,) potremo nondimeno anche dimo&longs;trare di lei <lb/>varij effetti. </s>

<s id="id.2.1.452.2.0">Come &longs;ia la bilancia ACB, il cui centro, d'intorno al quale &longs;i volge, <lb/>&longs;i a C, & tiratala linea AB, &longs;ia <lb/>l'arco ouerò l'angolo ACB &longs;opra <lb/>la linea AB; & pongan&longs;i in AB <lb/>i centri della grauezza de'pe&longs;i, i quali <lb/>rimangano in &que;&longs;to &longs;ito. </s>

<s id="id.2.1.452.3.0">Moua&longs;i poi <lb/>la <expan abbr="bilãcia">bilancia</expan> da &que;&longs;to &longs;ito, come in ECF. <lb/></s>

<s id="id.2.1.452.4.0">Dico che la bilancia ECF ritornerà <lb/>in ACB. </s>

<s id="id.2.1.452.5.0">Ritroui&longs;i il centro della <lb/>grauezza di tutta la magnitudine D, <lb/>& &longs;ia congiunta la CD. </s>

<s id="id.2.1.452.6.0">Hor percio<emph.end type="italics"/><lb/><arrow.to.target n="note135"/><emph type="italics"/>che i pe&longs;i AB stanno fermi, la li<lb/>nea CD &longs;arà à piombo dell'orizon<emph.end type="italics"/><lb/><figure id="id.037.01.070.1.jpg" xlink:href="037/01/070/1.jpg"/><lb/><emph type="italics"/>te. </s>

<s id="id.2.1.452.7.0">Quando dun&que; la bilancia &longs;arà in ECF, la linea CD &longs;arà come in CG; <lb/>la quale per non e&longs;&longs;ere à piombo dell' orizonte, la bilancia ECF ritornerà in <lb/>ACB. </s>

<s id="N1287E">ilche parimente auenirà, &longs;e il centro C &longs;arà me&longs;&longs;o &longs;opra la bilancia, co<lb/>me in H. <emph.end type="italics"/></s>

<s id="id.2.1.454.1.0"><margin.target id="note135"/><emph type="italics"/>Per la prima di &que;sto. <emph.end type="italics"/></s>

<s id="id.2.1.455.1.0"><emph type="italics"/>Che &longs;e l'arco, ouero l'angolo ACB <lb/>&longs;arà &longs;otto la linea AB, nel <lb/>modo i&longs;te&longs;&longs;o mo&longs;treremo, la bi<lb/>lancia ECF, il cui centro &longs;ia <lb/>ouero in C, ouero in H, do<lb/>uer&longs;i mouere in giu dalla parte <lb/>di F. <emph.end type="italics"/><lb/><figure id="id.037.01.070.2.jpg" xlink:href="037/01/070/2.jpg"/></s><pb pagenum="28" xlink:href="037/01/071.jpg"/><figure id="id.037.01.071.1.jpg" xlink:href="037/01/071/1.jpg"/><figure id="id.037.01.071.2.jpg" xlink:href="037/01/071/2.jpg"/><figure id="id.037.01.071.3.jpg" xlink:href="037/01/071/3.jpg"/>

<s id="id.2.1.459.1.0"><emph type="italics"/>Et &longs;e l'angolo ACB fo&longs;&longs;e &longs;oprala linea AB, & il centro della bilancia H; & <lb/>& la linea CH &longs;o&longs;tene&longs;&longs;e la bilancia; & &longs;i moue&longs;&longs;e la bilancia in EKF; la bilan<lb/>cia EKF ritornerà in ACB. <emph.end type="italics"/></s>

<s id="id.2.1.460.1.0"><emph type="italics"/>Ma &longs;e il centro della bilancia &longs;arà D, moua&longs;i in qualun&que; modo la bilancia, doue &longs;i <lb/>la&longs;cierà, lui rimarrà. <emph.end type="italics"/></s>

<s id="id.2.1.461.1.0"><emph type="italics"/>Se poi il punto H &longs;arà &longs;otto la linea AB; allhora la bilancia EKF &longs;i mouerà in <lb/>giu dalla parte di F. <emph.end type="italics"/></s>

<s id="id.2.1.462.1.0"><emph type="italics"/>Et con &longs;imile ragione in tutto, &longs;e l'ango<lb/>lo ACB &longs;arà &longs;otto la linea AB; <lb/>& &longs;ia il centro della bilancia H, & <lb/>&longs;ia la bilancia &longs;o&longs;tentata dalla linea <lb/>CH; &longs;e la bilancia moueraßi da &que;&longs;to <lb/>&longs;ito, &longs;i mouerà in giu dalla parte del pe<lb/>&longs;o più ba&longs;&longs;o. </s>

<s id="id.2.1.462.2.0">& &longs;e il centro della bilan<lb/>cia &longs;ia D; rimarrà doue &longs;i la&longs;cierà. </s>

<s id="id.2.1.462.3.0">che <lb/>&longs;e &longs;arà in K; & da cotale &longs;ito &longs;i mo<lb/>uerà, ritornerà ad ogni modo nello i&longs;te&longs;<lb/>&longs;o. </s>

<s id="id.2.1.462.4.0">Le quali co&longs;e tutte da &que;l che in<emph.end type="italics"/><lb/><figure id="id.037.01.071.4.jpg" xlink:href="037/01/071/4.jpg"/><lb/><emph type="italics"/>principio dicemmo &longs;ono manifeste. </s>

<s id="id.2.1.462.5.0">&longs;imilmente &longs;e il centro della bilancia &longs;arà po&longs;to <lb/>in vno della bracia della bilancia, ò dentro, ò fuori, ò in qual &longs;i voglia modo trouere<lb/>mo le co&longs;e i&longs;te&longs;&longs;e. <emph.end type="italics"/></s><pb xlink:href="037/01/072.jpg"/>

<s id="id.2.1.464.1.0">In &que;&longs;to luogo egli conuiene auertire, il che poteua&longs;i anco fare di &longs;opra à carte cin<lb/>&que; pre&longs;&longs;o la fine della &longs;econda faccia oue è &longs;critto. </s>

<s id="id.2.1.464.2.0">oltre à ciò po&longs;siamo con&longs;ide<lb/>rare le co&longs;e che &longs;eguono in tutto al modo i&longs;te&longs;&longs;o. </s>

<s id="id.2.1.464.3.0">Che &que;&longs;to autore è &longs;tato il <lb/>primo à con&longs;iderare e&longs;qui&longs;itamente la bilancia, & intenderla dalla natura, & dal <lb/>vero e&longs;&longs;er &longs;uo; pero che egli il primiero di tutti ha manife&longs;tato chiaramente il mo<lb/>do del trattarla, & in&longs;egnarla, con proporre tre centri da e&longs;&longs;ere con&longs;iderati in &que;<lb/>&longs;ta &longs;peculatione; l'uno è il centro del mondo, l'altro il centro della bilancia, & il <lb/>terzo il centro della grauezza della bilancia, che in e&longs;&longs;a era vn na&longs;co&longs;to &longs;ecreto di <lb/>natura. </s>

<s id="id.2.1.464.4.0">Senza &que;&longs;ti tre centri, chiara co&longs;a è, che non &longs;i puote venire in cono&longs;ci<lb/>mento perfetto, ne dimo&longs;trare gli effetti varij della bilancia, i quali na&longs;cono dalla <lb/>diuer&longs;ità del collo care il centro della bilancia in tre modi, cioè quando il <lb/>centro della bilancia &longs;ta &longs;opra il centro della grauezza di e&longs;&longs;a, ouero quando è <lb/>di &longs;otto, o pure allhorche il centro della bilancia è nell'i&longs;te&longs;&longs;o centro della gra<lb/>uezza di lei; &longs;i come l'autore in&longs;egna nella tre precedenti dimo&longs;trationi, cioè <lb/>nella <expan abbr="&longs;ecõda">&longs;econda</expan>, nella terza, & nella quarta propo&longs;itione: peroche nella &longs;econda mo<lb/>&longs;tra quando la bilancia torna &longs;empre egualmente di&longs;tante dall'orizonte; nella ter<lb/>za quando non &longs;olo non ritorna, ma &longs;i moue al contrario; nella quarta, che <lb/>e&longs;&longs;endo la bilancia &longs;o&longs;tenuta nel &longs;uo centro dalla grauezza &longs;ta ferma douun&que; el<lb/>la &longs;i troua, il quale effetto in particolare non è piu &longs;tato tocco, ne veduto, ne man<lb/>co da niuno manife&longs;tato, fuor che dall'autore: anzi fin hora tenuto fal&longs;o, & impo&longs;<lb/>&longs;ibile da tutti gli predece&longs;&longs;ori no&longs;tri; i quali con molte ragioni &longs;i &longs;ono sforzati di <lb/>prouare non &longs;olamente il contrario, ma hanno etiandio affermato per certo, che <lb/>la &longs;períenza mo&longs;tra la bilancia non dimorare gia mai ferma &longs;e non quando ella è <lb/>egualmente di&longs;tante dall'orizonte. </s>

<s id="id.2.1.464.5.0">Laqual co&longs;a in tutto è contraria alla ragione <lb/>prima, per e&longs;&longs;ere la dimo&longs;tratione della &longs;udetta quarta propo&longs;itione tanto chiara, <lb/>facile, & vera, che non sò, come &longs;e le po&longs;&longs;a in modo alcuno contradire: & poi al<lb/>l'e&longs;perienza concio&longs;ia che l'autore habbia fatto &longs;ottili&longs;simamente lauorare bilan<lb/>cie giu&longs;te a po&longs;ta per chiarire &que;&longs;ta verità, vna delle quali hò io veduto in mano <lb/>dell'Illu&longs;tre Signor Gio. Vicenzo Pinello, mandatagli dall'i&longs;te&longs;&longs;o autore, la quale <lb/>per e&longs;&longs;ere &longs;o&longs;tenuta nel centro della &longs;u a grauezza, mo&longs;&longs;a douun&que; &longs;i vuole, & poi <lb/>la&longs;ciata, &longs;tà ferma in ogni &longs;ito doue ella vien la&longs;ciata. </s>

<s id="id.2.1.464.7.0">Ben è egli vero, che non bi <lb/>&longs;ogna, nel fare cote&longs;ta e&longs;perienza, correr co&longs;i a furia, per e&longs;&longs;ere co&longs;a oltra modo <lb/>difficile, come dice l'áutore di &longs;opra, il fare vna bilancia, la quale &longs;ia nel mezo del<lb/>le &longs;ue braccia &longs;o&longs;tenuta à punto, & nel centro proprio della &longs;ua grauezza. </s>

<s id="id.2.1.464.8.0">Per la<lb/>qual co&longs;a egli è da por <expan abbr="m&etilde;te">mente</expan>, che qual'hora alcuno &longs;i mette&longs;&longs;e à far cotale e&longs;perien<lb/>za, & non gli riu&longs;ci&longs;&longs;e, non perciò &longs;i deue &longs;gomentare, anzi dica pur fermamente <lb/>di non hauer bene operato, & vn'altra volta ritorni à farne la &longs;perienza, fin che la <lb/>bilancia &longs;ia giu&longs;ta, & eguale, & venga &longs;o&longs;tenuta à punto nel centro della grauez<lb/>za &longs;ua. </s>

<s id="id.2.1.464.9.0">Et benche da altri &longs;iano &longs;tate tocche le altre due predette &longs;peculationi, cioè <lb/>quando la bilancia ritorna &longs;empre egualmente di&longs;tante dall'orizonte, & quando <lb/>&longs;i moue al contrario di &que;&longs;to &longs;ito, tuttauia non &longs;i è piu inte&longs;a &que;&longs;ta verità gia <lb/>mai apertamente, &longs;e non dall'autore no&longs;tro; peroche gli altri non hanno co'l &longs;en<lb/>no penetrato in ciò tanto auanti, che habbiano &longs;aputo con di&longs;tintione con&longs;idera<lb/>re il centro della bilancia in tre modi, come hò narrato. </s>

<s id="id.2.1.464.10.0">Che &longs;e hanno pur diui&longs;a<lb/>to qualche co&longs;a d'intorno à &que;&longs;to, l'hanno fatto confu&longs;i&longs;simamente, & con ma<lb/>le dimo&longs;trationi, dalle quali non &longs;i puote cauare ferma <expan abbr="cõchiu&longs;ione">conchiu&longs;ione</expan>, & chiara. </s>

<s id="id.2.1.464.11.0">Que<lb/>sti predece&longs;&longs;ori no&longs;tri han&longs;i da intendere i moderni &longs;crittori di cotal materia alle<lb/>gati in diuer&longs;i luoghi dall'autore, fra quali Giordano, che &longs;cri&longs;&longs;e de'pe&longs;i fù riputa<pb pagenum="29" xlink:href="037/01/073.jpg"/>to a&longs;&longs;ai, & &longs;in qui è &longs;tato &longs;eguito molto nella &longs;ua dottrina. </s>

<s id="id.2.1.464.12.0">Hor l'autore no&longs;tro hà <lb/>procurato con ogni &longs;tudi o di caminare per la via de' buoni Greci antichi, <lb/>mae&longs;tri delle &longs;cienze, & in particolare di Archimede Siracu&longs;ano prencipe delle ma <lb/>thematiche famo &longs;i&longs;simo, & di Pappo Ale&longs;&longs;andrino, come egli dice, leggendogli <lb/>nella &longs;ua propria fauella, non tradotti; peroche il piu delle volte &longs;ono co&longs;i mal<lb/>trattati, che à gran pena &longs;i puote trarre da loro frutto veruno. </s>

<s id="id.2.1.464.13.0">& affine che &que;&longs;ta <lb/>noua opinion &longs;ua, dimo&longs;trata à pieno nella predetta quarta propo&longs;itione, re&longs;ti to<lb/>talmente chiara, non &longs;i è gia <expan abbr="cont&etilde;tato">contentato</expan> egli d'hauerla dimo&longs;trata con viue ragioni, <lb/>& certe &longs;olamente, ma come buon filo&longs;ofo, procedente con via di reale dottrina, <lb/>& di fondata &longs;cienza, (imitando Ari&longs;totele, ilqual ne' principii de &longs;uoi libri, inue<lb/>&longs;tigando dottrina migliore, hà datto contra la opinione de gli antichi, &longs;oluendo <lb/>le ragioni addotte da loro:) hà ben voluto, e&longs;&longs;endo la verità vna &longs;ola, proporre le <lb/>opinioni de'&longs;uoi predece&longs;&longs;ori, & e&longs;aminare le loro ragioni, lequali &longs;embrano pro<lb/>uar il contrario, & &longs;oluerle, la loro fallenza <expan abbr="dimo&longs;trãdo">dimo&longs;trando</expan> co'l pre&longs;ente di&longs;cor&longs;o, che <lb/>incomincia, come è detto à carte cin&que; nella faccia &longs;econda, & qui fini&longs;ce il qua<lb/>le di&longs;cor&longs;o &longs;eruirà in &que;&longs;ta materia, &longs;econdo che &longs;i &longs;uole dire per la opinione de <lb/>gli antichi. </s>

<s id="id.2.1.464.14.0">Et percio che egli contiene co&longs;e di alti&longs;sima &longs;peculatione, ma&longs;simamen<lb/>te d'intorno al con&longs;iderare doue &longs;ia piu graue vn pe&longs;o &longs;olo po&longs;to in vno braccio <lb/>della bilancia, bi&longs;ogna in ogni modo, per bene intendere, leggerlo, & i&longs;tudiarlo <lb/>con accurati&longs;sima diligenza. </s>

<s id="id.2.1.464.15.0">Ma per certo l'autore è &longs;tato non &longs;olo il primo à tro<lb/>uare &que;&longs;ta verità, ma il primo etiandio a dimo&longs;trare in qual maniera &longs;ia me&longs;tieri <lb/>con&longs;iderare, & &longs;peculare interamente la pre&longs;ente materia tutta. </s>

<s id="id.2.1.464.16.0">Con laquale &longs;pecu<lb/>latione proua di nouo, & confermai varij effetti, & accidenti della bilancia già di <lb/>mo&longs;trati nelle pro&longs;sime tre propo&longs;itioni; mo&longs;trando ancora, come &longs;in qui cote&longs;te <lb/>co&longs;e &longs;iano da gli altri &longs;tate malamente con&longs;iderate, & con principij fal&longs;i. </s>

<s id="id.2.1.464.17.0">Anzi di <lb/>piu per confermatione della verità &longs;oggiunge, che &que;&longs;ti tali non hanno &longs;aputo fa <lb/>re le loro demo&longs;trationi; poi che co'l proprio modo di &longs;peculare v&longs;ato da loro, <lb/>& con le loro mede&longs;ime ragioni proua la &longs;ua intentione, & &longs;entenza e&longs;&longs;ere veri&longs;si<lb/>ma, appoggiando &longs;i alla dottrina di Ari&longs;totele &longs;empre, & facendo toccar con ma<lb/>no, che egli con e&longs;&longs;o lui è d'accordo nelle &que;&longs;tioni mechaniche. </s>

<s id="id.2.1.464.18.0">In trattando <lb/>&que;&longs;ta materia moue l'autore alcuni dubbi molto belli, & curio&longs;i, & poi chiara<lb/>mente gli &longs;olue. </s>

<s id="id.2.1.464.19.0">In vltimo, accioche non manca&longs;&longs;e nulla al compiuto cono&longs;cimen<lb/>to di &que;&longs;to &longs;oggetto, egli hà trattato delle bilancie, che hanno le braccia di&longs;ugua<lb/>li, & di &que;lle che hanno le dette braccia piegate, & torte. </s>

<s id="id.2.1.464.20.0">In &longs;omma &longs;i può ben <lb/>affermare, che in cote&longs;to di&longs;cor&longs;o &longs;iano compre&longs;e tutte &que;lle co&longs;e, che po&longs;&longs;ono e&longs;<lb/>&longs;ere diui&longs;ate d'intorno à materia tale. </s>

<s id="id.2.1.464.21.0">Le quali &longs;ono di belli&longs;sima & &longs;ottili&longs;sima &longs;pe<lb/>culatione, & à chiun&que; &longs;i diletta, & attende à &que;&longs;ti no bili &longs;tudi nece&longs;&longs;arij&longs;sime, <lb/>& da e&longs;&longs;ere, come hò ricordato piu d'una volta, con molta attentione vedute, & <lb/>con&longs;iderate. </s>

<s id="id.2.1.465.1.0">Doue &longs;i legge &que;&longs;to vocabolo latino Equilibrio, intenda&longs;i per eguale contrape&longs;o, <lb/>cioè che pe&longs;a tanto da vna banda, quanto dallaltra in pari lance, ò libra, ò bilancia <lb/>che &longs;i dica. </s>

<s id="id.2.1.466.1.0"><emph type="italics"/>Librar congiu&longs;te lance. <emph.end type="italics"/></s>

<s id="id.2.1.467.1.0">Di&longs;&longs;e il Petrarcha. </s><pb xlink:href="037/01/074.jpg"/>

<s id="id.2.1.221.1.0">PROPOSITIONE V. </s>

<s id="id.2.1.222.1.0">Due pe&longs;i attaccati nella bilancia, &longs;e la bilancia &longs;arà tra loro in modo <lb/>diui&longs;a, chele parti ri&longs;pondano &longs;cambieuolmente à pe&longs;i; pe&longs;eranno <lb/>tanto ne'punti doue &longs;ono attaccati, quanto &longs;el'uno & l'altro fo&longs;&longs;e <lb/>pendente dal punto della diui&longs;ione. </s><figure id="id.037.01.074.1.jpg" xlink:href="037/01/074/1.jpg"/>

<s id="id.2.1.224.1.0"><emph type="italics"/>Sia la bilancia AB, il cui centro &longs;ia C, & &longs;iano due pe&longs;i EF pendenti da' punti <lb/>BG: & diuida&longs;i BG in H, &longs;i fattamente, che BH ad HG habbia la pro<lb/>portione iste&longs;&longs;a, che hà il pe&longs;o E al pe&longs;o F. </s>

<s id="id.2.1.224.2.0">Dico ipe&longs;i EF pe&longs;are tanto in BG, <lb/>quanto &longs;e amendue pende&longs;&longs;ero dal punto H. </s>

<s id="id.2.1.224.3.0">faccia&longs;i AC eguale à CH. </s>

<s id="id.2.1.224.3.0">faccia&longs;i AC eguale à CH. & &longs;i <lb/>come AC à CG, co&longs;i &longs;accia&longs;i il pe&longs;o E al pe&longs;o L. &longs;imilmente come AC à <lb/>CB, co&longs;i faccia&longs;i il pe&longs;o F al pe&longs;o M. & &longs;iano attaccati ipe&longs;i LM al punto <lb/>A. </s>

<s id="N12A6C">& &longs;i <lb/>come AC à CG, co&longs;i faccia&longs;i il pe&longs;o E al pe&longs;o L. </s>

<s id="N12A70">&longs;imilmente come AC à <lb/>CB, co&longs;i faccia&longs;i il pe&longs;o F al pe&longs;o M. </s>

<s id="id.2.1.224.4.0">Horpercioche AC è eguale à CH, &longs;arà BC ver&longs;o CH come il pe&longs;o <lb/>M alpe&longs;o F. & percioche piu grande è BC di CH; &longs;arà anche il pe&longs;o M<emph.end type="italics"/><lb/><arrow.to.target n="note58"></arrow.to.target> <emph type="italics"/>maggiore di F. </s>

<s id="N12A74">& &longs;iano attaccati i pe&longs;i LM al punto <lb/>A. </s>

<s id="id.2.1.224.4.0">Hor percioche AC è eguale à CH, &longs;arà BC ver&longs;o CH come il pe&longs;o <lb/>M al pe&longs;o F. </s>

<s id="id.2.1.224.5.0">Diuida&longs;i dunque il pe&longs;o M in due parti QR, & &longs;iala parte di<emph.end type="italics"/><lb/><arrow.to.target n="note59"></arrow.to.target> <emph type="italics"/>Q eguale ad F; &longs;arà BC à CH, come RQ à Q: & diuidendo, come BH <lb/>ad HC, co&longs;i R à <expan abbr="q.">que</expan> Dapoi conuertendo, come CH ad HB, co&longs;i Q ad<emph.end type="italics"/><lb/><arrow.to.target n="note60"></arrow.to.target> <emph type="italics"/>R. </s>

<s id="N12A7D">& percioche piu grande è BC di CH; &longs;arà anche il pe&longs;o M <emph.end type="italics"/><lb/><arrow.to.target n="note58"/><emph type="italics"/>maggiore di F. </s>

<s id="id.2.1.224.5.0">Diuida&longs;i dun&que; il pe&longs;o M in due parti QR, & &longs;ia la parte di <emph.end type="italics"/><lb/><arrow.to.target n="note59"/><emph type="italics"/>Q eguale ad F; &longs;arà BC à CH, come RQ à Q: & diuidendo, come BH <lb/>ad HC, co&longs;i R à Q. </s>

<s id="id.2.1.224.6.0">Oltre à ciò perche CH è eguale à CA, &longs;arà HC ver&longs;o CG come il pe&longs;o <lb/>E al pe&longs;o L: maè piu grande HC di CG, però &longs;arà anche il pe&longs;o E maggio-<emph.end type="italics"/><lb/><arrow.to.target n="note61"></arrow.to.target> <emph type="italics"/>re del pe&longs;o L. </s>

<s id="N12A96">Dapoi conuertendo, come CH ad HB, co&longs;i Q ad <emph.end type="italics"/><lb/><arrow.to.target n="note60"/><emph type="italics"/>R. </s>

<s id="id.2.1.224.6.0">Oltre à ciò perche CH è eguale à CA, &longs;arà HC ver&longs;o CG come il pe&longs;o <lb/>E al pe&longs;o L: maè piu grande HC di CG, però &longs;arà anche il pe&longs;o E maggio<emph.end type="italics"/><lb/><arrow.to.target n="note61"/><emph type="italics"/>re del pe&longs;o L. </s>

<s id="id.2.1.224.7.0">Onde diuida&longs;i il pe&longs;o E in due parti NO, &longs;i fattamente, che la <lb/>parte di O &longs;ia eguale ad L, &longs;arà HC à CG come tutto lo NO ad O; & <lb/>diuidendo, come HG à GC, co&longs;i N ad O. & conuertendo, come CG à<emph.end type="italics"/><lb/><arrow.to.target n="note62"></arrow.to.target> <emph type="italics"/>GH, co&longs;i O ad N. & di nuouo componendo, come CH ad HG, co&longs;i ON<emph.end type="italics"/><lb/><arrow.to.target n="note63"></arrow.to.target> <emph type="italics"/>ad N. </s>

<s id="N12AB6">& conuertendo, come CG à <emph.end type="italics"/><lb/><arrow.to.target n="note62"/><emph type="italics"/>GH, co&longs;i O ad N. </s>

<s id="N12AC1">& di nuouo componendo, come CH ad HG, co&longs;i ON <emph.end type="italics"/><lb/><arrow.to.target n="note63"/><emph type="italics"/>ad N. </s>

<s id="id.2.1.224.8.0">& come GH ad HB, co&longs;i è F ad ON. </s>

<s id="id.2.1.224.9.0">Per la qual co&longs;a per la pro <lb/>portione vguale come CH ad HB, co&longs;i F ad N. </s>

<s id="id.2.1.224.10.0">Ma come CH ad HB <emph.end type="italics"/><lb/><arrow.to.target n="note64"/><emph type="italics"/>co&longs;i è Q ad R: &longs;arà dun&que; Q ad R come F ad N. </s>

<s id="id.2.1.224.10.0">Ma come CH ad HB<emph.end type="italics"/><lb/><arrow.to.target n="note64"></arrow.to.target> <emph type="italics"/>co&longs;i è Q ad R: &longs;arà dunque Q ad R come F ad N. & permutando co<lb/>me Q ad F; co&longs;i R ad N. </s>

<s id="N12AE0">& permutando co<lb/>me Q ad F; co&longs;i R ad N. </s>

<s id="id.2.1.224.11.0">ma la parte di Q è egual ad e&longs;&longs;o F. </s>

<s id="id.2.1.224.11.0">ma la parte di Q è egual ad e&longs;&longs;o F. per la qual<emph.end type="italics"/><lb/><arrow.to.target n="note65"></arrow.to.target> <emph type="italics"/>co&longs;a la parte di R ancora &longs;arà eguale ad N. </s>

<s id="N12AE7">per la qual <emph.end type="italics"/><lb/><arrow.to.target n="note65"/><emph type="italics"/>co&longs;a la parte di R ancora &longs;arà eguale ad N. </s>

<s id="id.2.1.224.12.0">e&longs;&longs;endo dun&que; il pe&longs;o L eguale <emph.end type="italics"/><pb pagenum="30" xlink:href="037/01/075.jpg"/><emph type="italics"/>ad O, & il pe&longs;o F eguale parimente al Q, & la parte di R eguale ad N; &longs;a <lb/>ranno i pe&longs;i LM eguali a i pe&longs;i E\1</s>

<s id="id.2.1.224.12.0">e&longs;&longs;endo dunque il pe&longs;o L eguale<emph.end type="italics"/><pb pagenum="30"/><emph type="italics"/>ad O, & il pe&longs;o F eguale parimente al Q, & la parte di R eguale ad N; &longs;a <lb/>ranno ipe&longs;i LM eguali a i pe&longs;i E\1</s>

<s id="id.2.1.224.13.0">& percioche &longs;i come AC ver&longs;o CG, co<emph.end type="italics"/>

<arrow.to.target n="note66"/><lb/><emph type="italics"/>&longs;i è il pe&longs;o E al pe&longs;o L, i pe&longs;i EL pe&longs;eranno egualmente. </s>

<s id="id.2.1.224.13.0">\2amp; percioche &longs;i come AC ver&longs;o CG, co<emph.end type="italics"/> <arrow.to.target n="note66"></arrow.to.target><lb/><emph type="italics"/>&longs;i è il pe&longs;o E al pe&longs;o L, ipe&longs;i EL pe&longs;eranno egualmente. </s>

<s id="id.2.1.224.14.0">&longs;imilmente percioche <lb/>&longs;i come AC è ver&longs;o CB, co&longs;i il pe&longs;o F è alpe&longs;o M, i pe&longs;i FM pe&longs;eranno <lb/>anco egualmente. </s>

<s id="id.2.1.224.15.0">i pe&longs;i dun&que; LM pe&longs;eranno egualmente co'pe&longs;i EF attacca<lb/>ti in BG. </s>

<s id="id.2.1.224.15.0">i pe&longs;i dunque LM pe&longs;eranuo egualmente co'pe&longs;i EF attacca<lb/>ti in BG. </s>

<s id="id.2.1.224.16.0">& e&longs;&longs;endo la di&longs;tanza CA eguale alla di&longs;tanza CH, &longs;e dun&que; am<lb/>bidue i pe&longs;i EF &longs;aranno attaccati in H, i pe&longs;i LM pe&longs;eranno egualmente co' <emph.end type="italics"/>

<arrow.to.target n="note67"/><lb/><emph type="italics"/>pe&longs;i EF attaccati in H. </s>

<s id="id.2.1.224.16.0">& e&longs;&longs;endo la di&longs;tanza CA eguale alla di&longs;tanza CH, &longs;e dunque am <lb/>bidue i pe&longs;i EF &longs;ar anno attaccati in H, i pe&longs;i LM pe&longs;er anno egualmente co'<emph.end type="italics"/> <arrow.to.target n="note67"></arrow.to.target><lb/><emph type="italics"/>pe&longs;i EF attaccati in H. </s>

<s id="id.2.1.224.17.0">Ma LM pe&longs;a ancora egualmente con EF in GB. <lb/></s>

<s id="id.2.1.224.18.0">Adun&que; &longs;aranno egualmente graui i pe&longs;i EF in GB attaccati come in H. </s>

<s id="id.2.1.224.17.0">Ma LM pe&longs;a ancora egualmente con EF in GB. </s>

<arrow.to.target n="note68"/><lb/><emph type="italics"/>&longs;eranno dun&que; tanto in BG quanto attaccati in H. <emph.end type="italics"/></s>

<s id="id.2.1.224.18.0"><lb/>Adunque &longs;ar anno egualmente graui i pe&longs;i EF in GB attaccati come in H. </s>

<s id="id.2.1.225.1.0"><margin.target id="note58"/><emph type="italics"/>Per la<emph.end type="italics"/> 17. <emph type="italics"/>del quinto. <emph.end type="italics"/></s>

<s id="id.2.1.226.1.0"><margin.target id="note59"/><emph type="italics"/>Per la <expan abbr="con&longs;egu&etilde;za">con&longs;eguenza</expan> della<emph.end type="italics"/> 4. <emph type="italics"/>del<emph.end type="italics"/> 5. </s>

<s id="id.2.1.224.19.0">pe<emph.end type="italics"/> <arrow.to.target n="note68"></arrow.to.target><lb/><emph type="italics"/>&longs;eranno dunque tanto in BG quanto attaccati in H.<emph.end type="italics"/></s>

<s id="id.2.1.227.1.0"><margin.target id="note60"/><emph type="italics"/>Per la<emph.end type="italics"/> 17. <emph type="italics"/>del quinto. <emph.end type="italics"/></s>

<s id="id.2.1.228.1.0"><margin.target id="note61"/><emph type="italics"/>Per la <expan abbr="con&longs;egu&etilde;za">con&longs;eguenza</expan> della<emph.end type="italics"/> 4. <emph type="italics"/>del<emph.end type="italics"/> 5. </s>

<s id="id.2.1.225.1.0"><margin.target id="note58"></margin.target><emph type="italics"/>Per la<emph.end type="italics"/> 17. <emph type="italics"/>del quinto.<emph.end type="italics"/></s>

<s id="id.2.1.229.1.0"><margin.target id="note62"/><emph type="italics"/>Per la<emph.end type="italics"/> 18. <emph type="italics"/>del quinto. <emph.end type="italics"/></s>

<s id="id.2.1.230.1.0"><margin.target id="note63"/><emph type="italics"/>Per la<emph.end type="italics"/> 16. <emph type="italics"/>del quinto. <emph.end type="italics"/></s>

<s id="id.2.1.226.1.0"><margin.target id="note59"></margin.target><emph type="italics"/>Per la con-<expan abbr="&longs;egu&etilde;za">&longs;eguenza</expan> del la<emph.end type="italics"/> 4. <emph type="italics"/>del<emph.end type="italics"/> 5.</s>

<s id="id.2.1.231.1.0"><margin.target id="note64"/><emph type="italics"/>Per la<emph.end type="italics"/> 11. <emph type="italics"/>del quinto. <emph.end type="italics"/></s>

<s id="id.2.1.232.1.0"><margin.target id="note65"/><emph type="italics"/>Per la<emph.end type="italics"/> 16. <emph type="italics"/>del quinto. <emph.end type="italics"/></s>

<s id="id.2.1.227.1.0"><margin.target id="note60"></margin.target><emph type="italics"/>Per la<emph.end type="italics"/> 17. <emph type="italics"/>del quinto.<emph.end type="italics"/></s>

<s id="id.2.1.233.1.0"><margin.target id="note66"/><emph type="italics"/>Perla<emph.end type="italics"/> 6. <emph type="italics"/>del primo di Archimede delle co&longs;e che pe&longs;ano egualmente. <emph.end type="italics"/></s>

<s id="id.2.1.228.1.0"><margin.target id="note61"></margin.target><emph type="italics"/>Per la con&longs;e <expan abbr="gu&etilde;za">guenza</expan> della<emph.end type="italics"/> 4. <emph type="italics"/>del<emph.end type="italics"/> 5.</s>

<expan abbr="cõ.">con.</expan> della not di &que;sto. <emph.end type="italics"/></s>

<s id="id.2.1.229.1.0"><margin.target id="note62"></margin.target><emph type="italics"/>Per la<emph.end type="italics"/> 18. <emph type="italics"/>del quinto.<emph.end type="italics"/></s>

<expan abbr="cõ.">con.</expan> della not ai &que;sto. <emph.end type="italics"/></s><figure id="id.037.01.075.1.jpg" xlink:href="037/01/075/1.jpg"/>

<s id="id.2.1.230.1.0"><margin.target id="note63"></margin.target><emph type="italics"/>Per la<emph.end type="italics"/> 16. <emph type="italics"/>del quinto.<emph.end type="italics"/></s>

<s id="id.2.1.231.1.0"><margin.target id="note64"></margin.target><emph type="italics"/>Per la<emph.end type="italics"/> 11. <emph type="italics"/>del quinto.<emph.end type="italics"/></s>

<s id="id.2.1.232.1.0"><margin.target id="note65"></margin.target><emph type="italics"/>Per la<emph.end type="italics"/> 16. <emph type="italics"/>del quinto.<emph.end type="italics"/></s>

<s id="id.2.1.233.1.0"><margin.target id="note66"></margin.target><emph type="italics"/>Perla<emph.end type="italics"/> 6. <emph type="italics"/>del primo di<gap/>r chimede del le co&longs;e che pe &longs;ano egualmente.<emph.end type="italics"/></s>

<s id="id.2.1.234.2.0">della not di questo.<emph.end type="italics"/></s>

<s id="id.2.1.235.2.0">della not ai questo.<emph.end type="italics"/></s><figure></figure>

<s id="id.2.1.237.1.0"><emph type="italics"/>Ma &longs;iano i pe&longs;i EF attaccati in CB; & &longs;ia C il centro della bilancia, & diuida&longs;i <lb/>CB in H, per modo che CH ver&longs;o HB &longs;ia come il pe&longs;o F al pe&longs;o E. </s>

<s id="id.2.1.237.2.0">Dico <lb/>che i pe&longs;i EF pe&longs;er anno tanto in CB quanto nel punto H. </s>

<s id="id.2.1.237.3.0">faccia&longs;i CA egua<lb/>le à CH, & come CA ver&longs;o CB; co&longs;i faccia&longs;i il pe&longs;o F ver&longs;o vn'altro, che <lb/>&longs;ia D, ilquale &longs;i appicchi in A. </s>

<s id="id.2.1.237.3.0">faccia&longs;i CA egua <lb/>le à CH, & come CA ver&longs;o CB; co&longs;i faccia&longs;i il pe&longs;o F ver&longs;o vn'altro, che <lb/>&longs;ia D, ilquale &longs;i appicchi in A. </s>

<s id="id.2.1.237.4.0">Hor percioche CH è eguale à CA, &longs;arà CH <lb/>ver&longs;o CB, come F à D; & ben è maggiore CB di CH, però il pe&longs;o D &longs;a <lb/>rà maggiore del pe&longs;o F. </s>

<s id="id.2.1.237.5.0">Diuida&longs;i dun&que; il D in due parti GK, & &longs;ia il G <emph.end type="italics"/>

<s id="id.2.1.237.5.0">Diuida&longs;i dunque il D in due parti GK, & &longs;ia il G<emph.end type="italics"/> <arrow.to.target n="note69"></arrow.to.target><lb/><emph type="italics"/>eguale allo F; &longs;arà BC à CH come GK ver&longs;o il G; et diuidendo, come BH <lb/>ad HC, co&longs;i K ver&longs;o G; & conuertendo come CH ad HB, co&longs;i G ver-<emph.end type="italics"/> <arrow.to.target n="note70"></arrow.to.target><lb/><emph type="italics"/>&longs;o K. </s>

<arrow.to.target n="note69"/><lb/><emph type="italics"/>eguale allo F; &longs;arà BC à CH come GK ver&longs;o il G; et diuidendo, come BH <lb/>ad HC, co&longs;i K ver&longs;o G; & conuertendo come CH ad HB, co&longs;i G ver<emph.end type="italics"/>

<arrow.to.target n="note70"/><lb/><emph type="italics"/>&longs;o K. </s>

<s id="id.2.1.237.6.0">& come CH ad HB, co&longs;i è F ver&longs;o E. </s>

<s id="id.2.1.237.7.0">Dun&que; come G ver<lb/>&longs;o K co&longs;i è F ad E. </s>

<s id="id.2.1.237.7.0">Dunque come G ver<lb/>&longs;o K co&longs;i è F ad E. & permutando come G ad F, co&longs;i K ad E. & per-<emph.end type="italics"/> <arrow.to.target n="note71"></arrow.to.target><lb/><emph type="italics"/>che GF &longs;ono eguali, &longs;aranno anche KE tra loro eguali. </s>

<s id="N12C52">& permutando come G ad F, co&longs;i K ad E. </s>

<s id="id.2.1.237.8.0">Concio&longs;ia dunque che <lb/>la parte G &longs;ia eguale ad F, & il K ad e&longs;&longs;o E; &longs;arà tutto il GK eguale a i pe<emph.end type="italics"/> <arrow.to.target n="note72"></arrow.to.target><lb/><emph type="italics"/>&longs;i EF. & percioche AC è eguale à CH; &longs;e dunque i pe&longs;i EF &longs;aranno penden <lb/>ti dal punto H, il pe&longs;o D pe&longs;erà egualmente co'pe&longs;i EF attaccati in H. </s>

<arrow.to.target n="note71"/><lb/><emph type="italics"/>che GF &longs;ono eguali, &longs;aranno anche KE tra loro eguali. </s>

<s id="id.2.1.237.8.0">Concio&longs;ia dun&que; che <lb/>la parte G &longs;ia eguale ad F, & il K ad e&longs;&longs;o E; &longs;arà tutto il GK eguale a i pe<emph.end type="italics"/>

<s id="id.2.1.237.9.0">Ma <lb/>pe&longs;a anche egualmente con eßi in CB, cioè F in B, & E in C; per e&longs;&longs;ere <lb/>come AC ver&longs;o CB, co&longs;i F ver&longs;o D: percioche il pe&longs;o E pendente da C. <lb/>centro della bilancia non è cau&longs;a, che la bilancia &longs;i moua in alcuna delle due parti. </s>

<arrow.to.target n="note72"/><lb/><emph type="italics"/>&longs;i EF. </s>

<s id="N12C6D">& percioche AC è eguale à CH; &longs;e dun&que; i pe&longs;i EF &longs;aranno penden<lb/>ti dal punto H, il pe&longs;o D pe&longs;erà egualmente co'pe&longs;i EF attaccati in H. </s>

<s id="id.2.1.237.10.0"><lb/>tanto &longs;aranno dunque graui i pe&longs;i EF in CB, quanto in H appicati.<emph.end type="italics"/></s><pb/>

<s id="id.2.1.237.9.0">Ma <lb/>pe&longs;a anche egualmente con eßi in CB, cioè F in B, & E in C; per e&longs;&longs;ere <lb/>come AC ver&longs;o CB, co&longs;i F ver&longs;o D: percioche il pe&longs;o E pendente da C <lb/>centro della bilancia non è cau&longs;a, che la bilancia &longs;i moua in alcuna delle due parti. <lb/></s>

<s id="id.2.1.237.10.0">tanto &longs;aranno dun&que; graui i pe&longs;i EF in CB, quanto in H appicati. <emph.end type="italics"/></s>

<s id="id.2.1.239.1.0"><margin.target id="note69"></margin.target><emph type="italics"/>Per la<emph.end type="italics"/> 17. <emph type="italics"/>del quinto.<emph.end type="italics"/></s>

<s id="id.2.1.239.1.0"><margin.target id="note69"/><emph type="italics"/>Per la<emph.end type="italics"/> 17. <emph type="italics"/>del quinto. <emph.end type="italics"/></s>

<s id="id.2.1.240.1.0"><margin.target id="note70"/><emph type="italics"/>Per la <expan abbr="con&longs;egu&etilde;za">con&longs;eguenza</expan> della<emph.end type="italics"/> 4. <emph type="italics"/>del<emph.end type="italics"/> 5. </s>

<s id="id.2.1.240.1.0"><margin.target id="note70"></margin.target><emph type="italics"/>Per la con&longs;e <expan abbr="gu&etilde;za">guenza</expan> della<emph.end type="italics"/> 4. <emph type="italics"/>del<emph.end type="italics"/> 5.</s>

<s id="id.2.1.241.1.0"><margin.target id="note71"/><emph type="italics"/>Per la<emph.end type="italics"/> 11. <emph type="italics"/>del quinto. <emph.end type="italics"/></s>

<s id="id.2.1.242.1.0"><margin.target id="note72"/><emph type="italics"/>Per la<emph.end type="italics"/> 16. <emph type="italics"/>del quinto. <emph.end type="italics"/></s><pb xlink:href="037/01/076.jpg"/><figure id="id.037.01.076.1.jpg" xlink:href="037/01/076/1.jpg"/>

<s id="id.2.1.241.1.0"><margin.target id="note71"></margin.target><emph type="italics"/>Per la<emph.end type="italics"/> 11. <emph type="italics"/>del quinto.<emph.end type="italics"/></s>

<s id="id.2.1.244.1.0"><emph type="italics"/>Sia <expan abbr="finalm&etilde;te">finalmente</expan> la <expan abbr="bilãcia">bilancia</expan> AB, & da i <expan abbr="p&utilde;ti">punti</expan> AB &longs;iano <expan abbr="p&etilde;denti">pendenti</expan> i pe&longs;i EF, & &longs;ia il centro <lb/>della bilancia C fra i pe&longs;i, & diuida&longs;i la AB in D, talche AD ver&longs;o DB <lb/>&longs;ia come il pe&longs;o F al pe&longs;o E. </s>

<s id="id.2.1.242.1.0"><margin.target id="note72"></margin.target><emph type="italics"/>Per la<emph.end type="italics"/> 16. <emph type="italics"/>del quinto.<emph.end type="italics"/></s><figure></figure>

<s id="id.2.1.244.2.0">Dico che i pe&longs;i EF pe&longs;ano tanto in AB, quan<lb/>to &longs;e ambidue fo&longs;&longs;ero pendenti dal punto D. </s>

<s id="id.2.1.244.3.0">faccia&longs;i CG eguale à CD; & co<lb/>me DC à CA, co&longs;i faccia&longs;i il pe&longs;o E ad vn'altro pe&longs;o H, ilquale &longs;ia attac<lb/>cato in D. </s>

<s id="id.2.1.244.1.0"><emph type="italics"/>Sia <expan abbr="finalm&etilde;te">finalmente</expan> la <expan abbr="bilãcia">bilancia</expan> AB, & da i <expan abbr="p&utilde;ti">punti</expan> AB &longs;iano <expan abbr="p&etilde;denti">pendenti</expan> ipe&longs;i EF, & &longs;idil centro <lb/>della bilancia C fra ipe&longs;i, & diuida&longs;i la AB in D, talche AD ver&longs;o DB <lb/>&longs;ia come il pe&longs;o F alpe&longs;o E. </s>

<s id="N12CFD">& come GC ver&longs;o CB, co&longs;i faccia&longs;i il pe&longs;o F ad vn'altro che <lb/>&longs;ia K, & attachi&longs;i K in G. </s>

<s id="id.2.1.244.2.0">Dico che i pe&longs;i EF pe&longs;ano tanto in AB, quan <lb/>to &longs;e ambidue &longs;o&longs;&longs;ero pendenti dal punto D. </s>

<s id="id.2.1.244.3.0">faccia&longs;i CG eguale à CD; & co<lb/>me DC à CA, co&longs;i faccia&longs;i il pe&longs;o E ad vn'altro pe&longs;o H, ilquale &longs;ia attac <lb/>cato in D. & come GC ver&longs;o CB, co&longs;i faccia&longs;i il pe&longs;o F ad vn'altro che <lb/>&longs;ia K, & attachi&longs;i K in G. </s>

<s id="id.2.1.244.4.0">Horpercioche, come il BC è ver&longs;o il CG, cioè <lb/>ver&longs;o il CD, co&longs;i il pe&longs;o K ad F; &longs;arà il K maggiore del pe&longs;o F. </s>

<s id="id.2.1.244.5.0">Per laqual <lb/>co&longs;a diuida&longs;i il pe&longs;o K in L & in MN, & faccia&longs;i la parte L eguale ad F, <emph.end type="italics"/><lb/><arrow.to.target n="note73"/><emph type="italics"/>&longs;arà come BC à CD, co&longs;i tutto LMN ad L; & diuidendo, come BD <emph.end type="italics"/><lb/><arrow.to.target n="note74"/><emph type="italics"/>ver&longs;o DC, co&longs;i la parte MN alla parte L. </s>

<s id="id.2.1.244.5.0">Per laqual <lb/>co&longs;a diuida&longs;i il pe&longs;o K in L & in MN, & &longs;accia&longs;i la parte L eguale ad F,<emph.end type="italics"/><lb/><arrow.to.target n="note73"></arrow.to.target> <emph type="italics"/>&longs;arà come BC à CD, co&longs;i tutto LMN ad L; & diuidendo, come BD<emph.end type="italics"/><lb/><arrow.to.target n="note74"></arrow.to.target> <emph type="italics"/>ver&longs;o DC, co&longs;i la parte MN alla parte L. come dunque BD à DC, co&longs;i <lb/>la parte MN ad F. & come AD à DB, co&longs;i F ad E. </s>

<s id="N12D1D">come dun&que; BD à DC, co&longs;i <lb/>la parte MN ad F. </s>

<s id="N12D21">& come AD à DB, co&longs;i F ad E. </s>

<s id="id.2.1.244.6.0">Per laqual co&longs;a<emph.end type="italics"/><lb/><arrow.to.target n="note75"></arrow.to.target> <emph type="italics"/>per la egual proportione, come AD ver&longs;o DC, co&longs;i MN ad E. & e&longs;&longs;endo AD<emph.end type="italics"/><lb/><arrow.to.target n="note76"></arrow.to.target> <emph type="italics"/>maggiore di CD; &longs;arà anco la parte MN maggiore del pe&longs;o E. </s>

<s id="id.2.1.244.6.0">Per laqual co&longs;a <emph.end type="italics"/><lb/><arrow.to.target n="note75"/><emph type="italics"/>per la egual proportione, come AD ver&longs;o DC, co&longs;i MN ad E. </s>

<s id="N12D2F">& e&longs;&longs;endo AD <emph.end type="italics"/><lb/><arrow.to.target n="note76"/><emph type="italics"/>maggiore di CD; &longs;arà anco la parte MN maggiore del pe&longs;o E. </s>

<s id="id.2.1.244.7.0">Diuida&longs;i dun <lb/>que MN in due parti MN, & &longs;ia M eguale ad E. </s>

<s id="id.2.1.244.7.0">Diuida&longs;i dun<lb/>&que; MN in due parti MN, & &longs;ia M eguale ad E. </s>

<s id="id.2.1.244.8.0">&longs;arà come AD à <emph.end type="italics"/><lb/><arrow.to.target n="note77"/><emph type="italics"/>DC, co&longs;i NM ad M; & diuidendo, come AC ver&longs;o CD, co&longs;i N ad M: <emph.end type="italics"/><lb/><arrow.to.target n="note78"/><emph type="italics"/>& conuertendo, come DC ver&longs;o CA, co&longs;i M ad N. </s>

<s id="id.2.1.244.8.0">&longs;arà come AD à<emph.end type="italics"/><lb/><arrow.to.target n="note77"></arrow.to.target> <emph type="italics"/>DC, co&longs;i NM ad M; & diuidendo, come AC ver&longs;o CD, co&longs;i N ad M:<emph.end type="italics"/><lb/><arrow.to.target n="note78"></arrow.to.target> <emph type="italics"/>& conuertendo, come DC ver&longs;o CA, co&longs;i M ad N. </s>

<s id="id.2.1.244.9.0">& come DC à <emph.end type="italics"/><lb/><arrow.to.target n="note79"/><emph type="italics"/>CA, co&longs;i è E ad H; &longs;arà dun&que; M ad N come E ad H; & permutan<lb/>do come M ad E, co&longs;i N ad H. </s>

<s id="id.2.1.244.9.0">& come DC à<emph.end type="italics"/><lb/><arrow.to.target n="note79"></arrow.to.target> <emph type="italics"/>CA, co&longs;i è E ad H; &longs;arà dunque M ad N come E ad H; & permutan <lb/>do come M ad E, co&longs;i N ad H. </s>

<s id="id.2.1.244.10.0">Ma per e&longs;&longs;ere ME traloro eguali, &longs;aran<lb/>no anche NH tra &longs;e eguali. </s>

<s id="id.2.1.244.11.0">& percioche co&longs;i è AC ver&longs;o CD, come H <lb/>ad E: i pe&longs;i HE pe&longs;eranno egualmente. </s>

<s id="id.2.1.244.12.0">&longs;imilmente percioche, come è GC à CB, <lb/>co&longs;i F ver&longs;o K, i pe&longs;i etiandio KF pe&longs;eranno egualmente. </s>

<s id="id.2.1.244.13.0">Adun&que; i pe&longs;i <emph.end type="italics"/><lb/><arrow.to.target n="note80"/><emph type="italics"/>EK HF nella bilancia AB, il cui centro &longs;ia C pe&longs;eranno egualmente. </s>

<s id="id.2.1.244.13.0">Adunque i pe&longs;i<emph.end type="italics"/><lb/><arrow.to.target n="note80"></arrow.to.target> <emph type="italics"/>EK HF nella bilancia AB, il cui centro &longs;ia C pe&longs;eranno egualmente. </s>

<s id="id.2.1.244.14.0">& con<lb/>cio&longs;ia che GC &longs;ia eguale à CD, & il pe&longs;o H &longs;ia pur eguale ad N, i pe&longs;i NH <emph.end type="italics"/><pb pagenum="31" xlink:href="037/01/077.jpg"/><emph type="italics"/>pe&longs;eranno egualmente. </s>

<s id="id.2.1.244.14.0">& con <lb/>cio&longs;ia che GC &longs;ia eguale à CD, & il pe&longs;o H &longs;ia pur eguale ad N, ipe&longs;i NH<emph.end type="italics"/><pb pagenum="31"/><emph type="italics"/>pe&longs;eranno egualmente. </s>

<arrow.to.target n="note81"/><lb/><emph type="italics"/>&longs;o LM pendenti dal centro C della bilancia. </s>

<s id="id.2.1.244.15.0">& percioche tutti pe&longs;ano egualmente, tolti via i pe&longs;i HN, <lb/>iquali pe&longs;ano egualmente, i re&longs;tanti pe&longs;eranno egualmente; cioè i pe&longs;i EF, & il pe<emph.end type="italics"/> <arrow.to.target n="note81"></arrow.to.target><lb/><emph type="italics"/>&longs;o LM pendenti dal centro C della bilancia. </s>

<s id="id.2.1.244.16.0">Ma percioche la parte L è egua<lb/>le ad F, & la parte M è eguale alla parte E; &longs;arà tutto LM eguale a i pe&longs;i <lb/>FE in&longs;ieme pre&longs;i. </s>

<s id="id.2.1.244.17.0">& e&longs;&longs;endo CG eguale à CD, &longs;e i pe&longs;i EF &longs;aranno &longs;atti <lb/>pendenti dal punto D, i pe&longs;i EF appiccati in D pe&longs;eranno <expan abbr="egualm&etilde;te">egualmente</expan> con LM. <lb/></s>

<s id="id.2.1.244.17.0">& e&longs;&longs;endo CG eguale à CD, &longs;e i pe&longs;i EF &longs;aranno &longs;atti <lb/>pendenti dal punto D, ipe&longs;i EF appiccati in D pe&longs;eranno <expan abbr="egualm&etilde;te">egualmente</expan> con LM. </s>

<s id="id.2.1.244.18.0">Per laqual co&longs;a LM pe&longs;erà <expan abbr="egualm&etilde;te">egualmente</expan>

<expan abbr="tãto">tanto</expan> ad eßi EF appiccati in AB, <expan abbr="quãto">quan<lb/>to</expan> &longs;e fo&longs;&longs;ero appiccati nel punto D; peroche la bilancia rimane &longs;empre nell'i&longs;te&longs;&longs;o <emph.end type="italics"/>

<s id="id.2.1.244.18.0"><lb/>Per laqual co&longs;a LM pe&longs;erà <expan abbr="egualm&emacr;te">egualmente</expan> <expan abbr="t&amacr;to">tanto</expan> ad eßi EF appiccati in AB, <expan abbr="qu&amacr;-to">quan<lb/>to</expan> &longs;e fo&longs;&longs;ero appiccati nel punto D; peroche la bilancia rimane &longs;empre nell'i&longs;te&longs;&longs;o<emph.end type="italics"/> <arrow.to.target n="note82"></arrow.to.target><lb/><emph type="italics"/>modo. </s>

<arrow.to.target n="note82"/><lb/><emph type="italics"/>modo. </s>

<s id="id.2.1.244.19.0">Adun&que; i pe&longs;i EF pe&longs;eranno tanto in AB quanto nel punto D; che <lb/>bi&longs;ognaua mo&longs;trare. <emph.end type="italics"/></s>

<s id="id.2.1.244.19.0">Adunque i pe&longs;i EF pe&longs;eranno tanto in AB quanto nel punto D; che <lb/>bi&longs;ognaua mo&longs;trare.<emph.end type="italics"/></s>

<s id="id.2.1.245.1.0"><margin.target id="note73"/><emph type="italics"/>Per la<emph.end type="italics"/> 17. <emph type="italics"/>del quinto. <emph.end type="italics"/></s>

<s id="id.2.1.246.1.0"><margin.target id="note74"/><emph type="italics"/>Per la<emph.end type="italics"/> 23. <emph type="italics"/>del quinto. <emph.end type="italics"/></s>

<s id="id.2.1.245.1.0"><margin.target id="note73"></margin.target><emph type="italics"/>Per la<emph.end type="italics"/> 17. <emph type="italics"/>del quinto.<emph.end type="italics"/></s>

<s id="id.2.1.247.1.0"><margin.target id="note75"/><emph type="italics"/>Per la<emph.end type="italics"/> 17. <emph type="italics"/>del quinto. <emph.end type="italics"/></s>

<s id="id.2.1.248.1.0"><margin.target id="note76"/><emph type="italics"/>Corollario della quarta del quinto. <emph.end type="italics"/></s>

<s id="id.2.1.246.1.0"><margin.target id="note74"></margin.target><emph type="italics"/>Per la<emph.end type="italics"/> 23. <emph type="italics"/>del quinto.<emph.end type="italics"/></s>

<s id="id.2.1.247.1.0"><margin.target id="note75"></margin.target><emph type="italics"/>Per la<emph.end type="italics"/> 17. <emph type="italics"/>del quinto.<emph.end type="italics"/></s>

<s id="id.2.1.251.1.0"><margin.target id="note79"/><emph type="italics"/>Per la<emph.end type="italics"/> 6. <emph type="italics"/>del<emph.end type="italics"/> 1. <emph type="italics"/>di Archimede delle co&longs;a che <expan abbr="egualm&etilde;te">egualmente</expan> pe&longs;ano. <emph.end type="italics"/></s>

<s id="id.2.1.252.1.0"><margin.target id="note80"/><emph type="italics"/>Per la<emph.end type="italics"/> 2. <emph type="italics"/>notitia commune di &que;&longs;to. <emph.end type="italics"/></s>

<s id="id.2.1.248.1.0"><margin.target id="note76"></margin.target><emph type="italics"/>Corollario della quarta del quinto.<emph.end type="italics"/></s>

<s id="id.2.1.253.1.0"><margin.target id="note81"/><emph type="italics"/>Per la commune notitia di &que;sto. <emph.end type="italics"/></s>

<s id="id.2.1.254.1.0"><margin.target id="note82"/><emph type="italics"/>Per la commune notitia di &que;sto. <emph.end type="italics"/></s>

<s id="id.2.1.255.1.0">Ma &que;&longs;te co&longs;e tutte dimo&longs;treremo in altra maniera, & piu Mechani<lb/>camente. </s><figure id="id.037.01.077.1.jpg" xlink:href="037/01/077/1.jpg"/>

<s id="id.2.1.251.1.0"><margin.target id="note79"></margin.target><emph type="italics"/>Per la<emph.end type="italics"/> 6. <emph type="italics"/>del<emph.end type="italics"/> 1. <emph type="italics"/>di Archi mede delle co fa che egual <expan abbr="m&etilde;te">mente</expan> pe&longs;ano.<emph.end type="italics"/></s>

<s id="id.2.1.252.1.0"><margin.target id="note80"></margin.target><emph type="italics"/>Per la<emph.end type="italics"/> 2. <emph type="italics"/>no titia commu ne di que&longs;io.<emph.end type="italics"/></s>

<s id="id.2.1.253.1.0"><margin.target id="note81"></margin.target><emph type="italics"/>Per la commune notitia di questo.<emph.end type="italics"/></s>

<s id="id.2.1.254.1.0"><margin.target id="note82"></margin.target><emph type="italics"/>Per la com munenotitia di questo.<emph.end type="italics"/></s>

<s id="id.2.1.255.1.0">Ma que&longs;te co&longs;e tutte dimo&longs;treremo in altra maniera, & piu Mechani <lb/>camente. </s><figure></figure>

<s id="id.2.1.257.1.0"><emph type="italics"/>Sia la bilancia AB, & il &longs;uo centro C, & &longs;iano, come nel primo ca&longs;o, due pe&longs;i EF <lb/>pendenti da i punti BG: & &longs;ia GH ad HB, come il pe&longs;o F al pe&longs;o E. </s>

<s id="id.2.1.257.2.0">Di<lb/>co che ipe&longs;i EF pe&longs;eranno tanto in GB, quanto &longs;e ambidue &longs;te&longs;&longs;ero pendenti <lb/>dal punto H della diui&longs;ione. </s>

<s id="id.2.1.257.3.0">Siano di&longs;po&longs;te le mede&longs;ime co&longs;e, cioè faccia&longs;i AC <lb/>eguale à CH, & dal punto A &longs;iano appe&longs;i due pe&longs;i LM, per modo che il pe <lb/>&longs;o E ver&longs;o il pe&longs;o L &longs;ia come CA ver&longs;o CG; & come CB ver&longs;o CA, co <lb/>&longs;i &longs;ia il pe&longs;o M ver&longs;o il pe&longs;o F. </s>

<s id="id.2.1.257.4.0">Ipe&longs;i LM pe&longs;eranno egualmente (come è detto <lb/>di &longs;opra) conlipe&longs;i EF appiccati in GB. </s>

<s id="id.2.1.257.5.0">Siano dapoi due punti NO li centri <lb/>della grauezza de' pe&longs;i EF; & &longs;iano congiunte le linee GN BO; & &longs;ia con<lb/>giunta NO, laquale &longs;arà come bilancia; laquale etiandio faccia sì, che le linee <lb/>GN BO &longs;iano tra loro egualmente di&longs;tanti; & dal punto H &longs;ia tirata la HP <lb/>à piombo dell'orizonte, laquale tagli NO nel P, & &longs;ia egualmente distante dal <lb/>le linee GN BO. </s>

<s id="id.2.1.257.5.0">Siano dapoi due punti NO li centri <lb/>della grauezza de' pe&longs;i EF; & &longs;iano congiunte le linee GN BO; & &longs;ia con<lb/>giunta NO, laquale &longs;arà come bilancia; laquale etiandio faccia sì, che le linee <lb/>GN BO &longs;iano traloro egualmente di&longs;tanti; & dal punto H &longs;ia tirata la HP <lb/>à piombo dell'orizonte, laquale tagli NO nel P, & &longs;ia egualmente distante dal <lb/>le linee GN BO. </s>

<s id="id.2.1.257.6.0">In fine congiunga&longs;i GO, laquale tagli HP in R. </s>

<s id="id.2.1.257.7.0">Percio<emph.end type="italics"/>

<s id="id.2.1.257.7.0">Percio<emph.end type="italics"/> <arrow.to.target n="note83"></arrow.to.target><lb/><emph type="italics"/>che dunque HR è egualmente di&longs;tante dal lato BO del triangolo GBO; &longs;arà <lb/>la GH ver&longs;ola HB, come GR ad RO. </s>

<arrow.to.target n="note83"/><lb/><emph type="italics"/>che dun&que; HR è egualmente di&longs;tante dal lato BO del triangolo GBO; &longs;arà <lb/>la GH ver&longs;ola HB, come GR ad RO. </s>

<s id="id.2.1.257.8.0">Similmente percioche RP è egual<emph.end type="italics"/><pb xlink:href="037/01/078.jpg"/><figure id="id.037.01.078.1.jpg" xlink:href="037/01/078/1.jpg"/><lb/><emph type="italics"/>mente di&longs;tante dal lato GN del triangolo OGN; &longs;arà GR ver&longs;o RO, come <lb/>NP ver&longs;o PO. </s>

<s id="id.2.1.257.8.0">Similmente percioche RP è egual<emph.end type="italics"/><pb/><figure id="fig22"></figure><lb/><emph type="italics"/>mente di&longs;tante dal lato GN del triangolo OGN; &longs;arà GR ver&longs;o RO, come <lb/>NP ver&longs;o PO. </s>

<s id="id.2.1.257.9.0">Per laqual co&longs;a come GH ad HB, così è NP ver&longs;o PO. <emph.end type="italics"/><lb/><arrow.to.target n="note84"/></s>

<s id="N12ED4"><emph type="italics"/>Ma come GH ver&longs;o HB, così è il pe&longs;o F ver&longs;o il pe&longs;o E; adun&que; come NP <lb/>ver&longs;o PO, così è il pe&longs;o F ver&longs;o il pe&longs;o E. </s>

<s id="id.2.1.257.9.0">Per laqual co&longs;a come GH ad HB, così è NP ver&longs;o PO.<emph.end type="italics"/><lb/><arrow.to.target n="note84"></arrow.to.target> <emph type="italics"/>Ma come GH ver&longs;o HB, così è il pe&longs;o F ver&longs;o il pe&longs;o E; adunque come NP <lb/>ver&longs;o PO, così è il pe&longs;o F ver&longs;o il pe&longs;o E. </s>

<s id="id.2.1.257.10.0">Dun&que; il punto P &longs;arà il centro <emph.end type="italics"/><lb/><arrow.to.target n="note85"/><emph type="italics"/>della grauezza della magnitudine compo&longs;ta di ambidue i pe&longs;i EF. </s>

<s id="id.2.1.257.11.0">Intendan&longs;i <lb/>dun&que; i pe&longs;i EF e&longs;&longs;ere in maniera dalla bilancia NO annodati, come &longs;e fo&longs;&longs;e vna <lb/>grandezza &longs;ola d'ambidue i pe&longs;i EF composta, & attacata ne i punti BG, &longs;e dun<lb/>&que; &longs;aranno &longs;ciolti i legamenti BG de' pe&longs;i; rimarranno i pe&longs;i EF <expan abbr="p&etilde;denti">pendenti</expan> da HP; <lb/>&longs;i come prima &longs;tauane in GB. </s>

<s id="id.2.1.257.10.0">Dunque il punto P &longs;arà il centro<emph.end type="italics"/><lb/><arrow.to.target n="note85"></arrow.to.target> <emph type="italics"/>della grauezza della magnitudine compo&longs;ta di ambidue i pe&longs;i EF. </s>

<s id="id.2.1.257.12.0">Ma i pe&longs;i EF appiccati in GB pe&longs;ano egualmente <lb/>co'i pe&longs;i LM, & i pe&longs;i EF pendenti dal punto H hanno l'i&longs;te&longs;&longs;a di&longs;po&longs;itione ver<emph.end type="italics"/><lb/><arrow.to.target n="note86"/><emph type="italics"/>&longs;o la bilancia AB, come &longs;e fo&longs;&longs;ero appiccati in BG: Gli isteßi pe&longs;i dun&que; EF <lb/>pendenti da H pe&longs;aranno egualmente con gli i&longs;te&longs;&longs;i pe&longs;i LM. </s>

<s id="id.2.1.257.13.0">Sono dun&que; egual<lb/>mente graui i pe&longs;i EF attaccati in GB, come attaccati in H. <emph.end type="italics"/></s>

<s id="id.2.1.257.11.0">Intendan&longs;i <lb/>dunque i pe&longs;i EF e&longs;&longs;ere in maniera dalla bilancia NO annodati, come &longs;e fo&longs;&longs;e vna <lb/>grandezza &longs;ola d'ambidue ipe&longs;i EF composta, & attacata ne i punti BG, &longs;e dun<lb/>que &longs;ar anno &longs;cioltii legamenti BG de' pe&longs;i; rimarr anno i pe&longs;i EF <expan abbr="p&etilde;denti">pendenti</expan> da HP; <lb/>&longs;i come prima &longs;tauane in GB. </s>

<s id="id.2.1.259.1.0"><margin.target id="note83"/><emph type="italics"/>Per la &longs;econda del &longs;esta. <emph.end type="italics"/></s>

<s id="id.2.1.260.1.0"><margin.target id="note84"/><emph type="italics"/>Per la<emph.end type="italics"/> 11. <emph type="italics"/>del quinto<emph.end type="italics"/></s>

<s id="id.2.1.257.12.0">Ma i pe&longs;i EF appiccati in GB pe&longs;ano egualmente <lb/>co'ipe&longs;i LM, & ipe&longs;i EF pendenti dal punto H hanno l'i&longs;te&longs;&longs;a di&longs;po&longs;itione ver<emph.end type="italics"/><lb/><arrow.to.target n="note86"></arrow.to.target> <emph type="italics"/>&longs;o la bilancia AB, come &longs;e &longs;o&longs;&longs;ero appiccati in BG: Gli isteßi pe&longs;i dunque EF <lb/>pendenti da H pe&longs;aranno egualmente con gli i&longs;te&longs;&longs;i pe&longs;i LM. </s>

<s id="id.2.1.261.1.0"><margin.target id="note85"/><emph type="italics"/>Per la &longs;esta del primo di Archimede delle co&longs;e, che pe&longs;ano egualmente. <emph.end type="italics"/></s>

<s id="id.2.1.257.13.0">Sono dunque egual<lb/>mente graui i pe&longs;i EF attaccati in GB, come attaccati in H.<emph.end type="italics"/></s>

<s id="id.2.1.265.1.0"><emph type="italics"/>Similmente dimo&longs;treraßi, che i pe&longs;i EF pe&longs;eranno tanto appiccati in qual &longs;i voglia al<lb/>tro punto, quanto &longs;e l'vno, & l'altro fo&longs;&longs;e pendente dal punto H della diui&longs;ione. <lb/></s>

<s id="id.2.1.259.1.0"><margin.target id="note83"></margin.target><emph type="italics"/>Per la &longs;ecom da del &longs;esta.<emph.end type="italics"/></s>

<s id="id.2.1.265.2.0">Percioche &longs;e, come di &longs;opra habbiamo in&longs;egnato, &longs;i troueranno i pe&longs;i nella bilancia, à <lb/>i quali i pe&longs;i EF pe&longs;ino egualmente; gli isteßi pe&longs;i EF pendenti da H pe&longs;eranno <lb/>egualmente co' mede&longs;imi pe&longs;i trouati; per e&longs;&longs;ere il punto P &longs;empre il centro della <lb/>grauezza loro; & la HP a piombo dell'orizonte. <emph.end type="italics"/></s>

<s id="id.2.1.266.1.0">PROPOSITIONE VI. </s>

<s id="id.2.1.260.1.0"><margin.target id="note84"></margin.target><emph type="italics"/>Per la<emph.end type="italics"/> 11. <emph type="italics"/>del quinto<emph.end type="italics"/></s>

<s id="id.2.1.267.1.0">I pe&longs;i eguali nella bilancia appiccati hanno in grauezza &que;lla pro<lb/>portione, che hanno le di&longs;tanze, dalle quali &longs;tanno pendenti. </s><figure id="id.037.01.079.1.jpg" xlink:href="037/01/079/1.jpg"/>

<s id="id.2.1.261.1.0"><margin.target id="note85"></margin.target><emph type="italics"/>Per la &longs;esta del primo di Archimede d'lle co&longs;e, che pe&longs;ano egual mente.<emph.end type="italics"/></s>

<s id="id.2.1.269.1.0"><emph type="italics"/>Sia la bilancia BAC &longs;o&longs;pe&longs;a nel punto A; & &longs;ia &longs;egata la AC, come pare in D. </s>

<s id="N12F87">& <lb/>da i punti DC &longs;iano attaccati EF pe&longs;i eguali. </s>

<s id="id.2.1.262.1.0"><margin.target id="note86"></margin.target><emph type="italics"/>Per la<emph.end type="italics"/> 1. <emph type="italics"/>di questo.<emph.end type="italics"/></s><figure></figure><pb pagenum="32"/>

<s id="id.2.1.269.2.0">Dico, che il pe&longs;o F ver&longs;o il pe&longs;o E ba <lb/>&que;lla proportione in grauezza, che hala di&longs;tanza CA alla di&longs;tanza AD. </s>

<s id="id.2.1.269.3.0">Per<lb/>cioche faccia&longs;i come CA ver&longs;o AD, co&longs;i il pe&longs;o F ver&longs;o vn'altro pe&longs;o, che &longs;ia G. <lb/></s>

<s id="id.2.1.265.1.0"><emph type="italics"/>Similmente dimo&longs;treraßi, che i pe&longs;i EF pe&longs;eranno tanto appiccati in qual &longs;i voglia al<lb/>tro punto, quanto &longs;e l'vno, & l'altro &longs;o&longs;&longs;e pendente dal punto H della diui&longs;ione. </s>

<s id="id.2.1.269.4.0">Dico prima i pe&longs;i GF pendenti dal punto C tanto pe&longs;are, quanto i pe&longs;i EF penden<lb/>ti da punti DC. </s>

<s id="id.2.1.265.2.0"><lb/>Percioche&longs;e, come di &longs;opra habbiamo in&longs;egnato, &longs;i troueranno ipe&longs;i nella bilancia, à <lb/>i quali i pe&longs;i EF pe&longs;ino egualmente; gliisteßi pe&longs;i EF pendenti da H pe&longs;eranno <lb/>egualmente co' mede&longs;imi pe&longs;i trouati; per e&longs;&longs;ere il punto P &longs;empre il centro della <lb/>grauezzaloro; & la HP a piombo dell'orizonte.<emph.end type="italics"/></s>

<s id="id.2.1.266.1.0">PROPOSITIONE VI.</s>

<s id="id.2.1.267.1.0">I pe&longs;i eguali nella bilancia appiccati hanno in grauezza quella pro<lb/>portione, che hanno le di&longs;tanze, dalle quali &longs;tanno pendenti. </s><figure></figure>

<s id="id.2.1.269.1.0"><emph type="italics"/>Sia la bilancia BAC &longs;o&longs;pe&longs;a nel punto A; & &longs;ia &longs;egata la AC, come pare in D. & <lb/>da i punti DC &longs;iano attaccati EF pe&longs;i eguali. </s>

<s id="id.2.1.269.2.0">Dico, che il pe&longs;o F ver&longs;o il pe&longs;o E ba <lb/>quella proportione in grauezza, che hala di&longs;tanza CA alla di&longs;tanza AD. </s>

<s id="id.2.1.269.3.0">Per<lb/>cioche faccia&longs;i come CA ver&longs;o AD, co&longs;i il pe&longs;o F ver&longs;o vn'altro pe&longs;o, che &longs;ia G. </s>

<s id="id.2.1.269.4.0"><lb/>Dico primai p &longs;i GF pendenti dal punto C tanto pe&longs;are, quanto i pe&longs;i EF penden <lb/>ti da punti DC. </s>

<s id="id.2.1.269.5.0">Tagli&longs;i DC in due parti eguali in H, & da H &longs;iano fatti pendere <lb/>ambidue i pe&longs;i EF. </s>

<s id="id.2.1.269.6.0">Pe&longs;eranno EF pre&longs;i in&longs;ieme in &que;l &longs;ito tanto quanto pe&longs;ano <emph.end type="italics"/>

<s id="id.2.1.269.6.0">Pe&longs;eranno EF pre&longs;i in&longs;ieme in quel &longs;ito tanto quanto pe&longs;ano<emph.end type="italics"/> <arrow.to.target n="note87"></arrow.to.target><lb/><emph type="italics"/>in DC. </s>

<arrow.to.target n="note87"/><lb/><emph type="italics"/>in DC. </s>

<s id="id.2.1.269.7.0">Ponga&longs;i BA eguale ad AH, & &longs;itagli BA in K, di modo, che KA <lb/>&longs;ia eguale ad AD: dapoi dal punto B &longs;ia &longs;atto pendente il pe&longs;o L, ilquale &longs;ia il dop<lb/>pio del pe&longs;o F, cioè eguale a i due pe&longs;i EF, ilqual pe&longs;erà egualmente co'pe&longs;i EF ap<lb/>piccati in H, cioè appiccati in DC. </s>

<s id="id.2.1.269.7.0">Ponga&longs;i BA eguale ad AH, & &longs;itagli BA in K, di modo, che KA <lb/>&longs;ia eguale ad AD: dapoi dal punto B &longs;ia &longs;atto pendente il pe&longs;o L, ilquale &longs;ia il dop <lb/>pio del pe&longs;o F, cioè eguale a i due pe&longs;i EF, ilqual pe&longs;erà egualmente co'pe&longs;i EF ap <lb/>piccati in H, cioè appiccati in DC. </s>

<s id="id.2.1.269.8.0">Percioche dun&que;, come CA ver&longs;o AD, così è <lb/>il pe&longs;o F ver&longs;o il pe&longs;o G, &longs;arà componendo come CA AD ver&longs;o AD, cioè come <lb/>CK ver&longs;o AD, così i pe&longs;i FG ver&longs;o il pe&longs;o G. </s>

<s id="id.2.1.269.9.0">Ma per e&longs;&longs;er come CA ver&longs;o AD, <emph.end type="italics"/>

<s id="id.2.1.269.8.0">Percioche dunque, come CA ver&longs;o AD, così è <lb/>ilpe&longs;o F ver&longs;o il pe&longs;o G, &longs;arà componendo come CA AD ver&longs;o AD, cioè come <lb/>CK ver&longs;o AD, così ipe&longs;i FG ver&longs;o il pe&longs;o G. </s>

<arrow.to.target n="note88"/><lb/><emph type="italics"/>così il pe&longs;o F al pe&longs;o G, &longs;arà anche conuertendo, come DA ver&longs;o AC, così il pe&longs;o <lb/>G ver&longs;o il pe&longs;o F; & i doppi dei con&longs;eguenti, come DA alla doppia di e&longs;&longs;a AC, <lb/>così il pe&longs;o G al doppio del pe&longs;o F, cioè al pe&longs;o L. </s>

<s id="id.2.1.269.10.0">Per laqual co&longs;a come CK ver&longs;o <emph.end type="italics"/>

<s id="id.2.1.269.9.0">Ma per e&longs;&longs;er come CA ver&longs;o AD,<emph.end type="italics"/> <arrow.to.target n="note88"></arrow.to.target><lb/><emph type="italics"/>così il pe&longs;o F al pe&longs;o G, &longs;arà anche conuertendo, come DA ver&longs;o AC, così il pe&longs;o <lb/>G ver&longs;o il pe&longs;o F; & i doppi de icon&longs;eguenti, come DA alla doppia di e&longs;&longs;a AC, <lb/>così il pe&longs;o G al doppio del pe&longs;o F, cioè al pe&longs;o L. </s>

<arrow.to.target n="note89"/><lb/><emph type="italics"/>DA, così i pe&longs;i FG al pe&longs;o G; & come AD alla doppia di AC, così il pe&longs;o G al <lb/>pe&longs;o L, adun&que; dalla egual proportione come CK alla doppia di AC, così i pe&longs;i FG <lb/>al pe&longs;o L. </s>

<s id="id.2.1.269.11.0">Ma come CK alla doppia di AC, così la metà di CK, cioè AH, cioè <emph.end type="italics"/>

<s id="id.2.1.269.10.0">Per laqual co&longs;a come CK ver&longs;o<emph.end type="italics"/> <arrow.to.target n="note89"></arrow.to.target><lb/><emph type="italics"/>DA, così ipe&longs;i FG al pe&longs;o G; & come AD alla doppia di AC, così il pe&longs;o G al <lb/>pe&longs;o L, adunque dalla egual proportione come CK alla doppia di AC, così ipe&longs;i FG <lb/>al pe&longs;o L. </s>

<arrow.to.target n="note90"/><lb/><emph type="italics"/>BA ver&longs;o AC. </s>

<s id="id.2.1.269.12.0">Adun&que; come BA ver&longs;o AC, così FG pe&longs;i al pe&longs;o L. </s>

<s id="id.2.1.269.11.0">Ma come CK alla doppia di AC, così la metà di CK, cioè AH, cioè<emph.end type="italics"/> <arrow.to.target n="note90"></arrow.to.target><lb/><emph type="italics"/>BA ver&longs;o AC. </s>

<s id="id.2.1.269.13.0">Per laqual <emph.end type="italics"/><pb xlink:href="037/01/080.jpg"/><emph type="italics"/>co&longs;a per la &longs;e&longs;ta dell'i&longs;te&longs;&longs;o primo di Archimede, i due pe&longs;i FG pendenti dal punto C <emph.end type="italics"/><lb/><arrow.to.target n="note91"/><emph type="italics"/>pe&longs;eranno tanto, quanto il pe&longs;o L pendente dal B; cioè quanto i pe&longs;i EF pen<lb/>denti da i punti DC. </s>

<s id="id.2.1.269.14.0">Così percioche i pe&longs;i FG tanto pe&longs;ano quanto i pe&longs;i EF, <lb/>leuato via il pe&longs;o comune F, tanto pe&longs;erà il pe&longs;o G appicato in C, quanto il pe<emph.end type="italics"/><lb/><figure id="id.037.01.080.1.jpg" xlink:href="037/01/080/1.jpg"/><lb/><emph type="italics"/>&longs;o E in D. </s>

<s id="id.2.1.269.12.0">Adunque come BA ver&longs;o AC, così FG pe&longs;i al pe&longs;o L. </s>

<s id="id.2.1.269.15.0">Et perciò il pe&longs;o F al pe&longs;o E hà &que;lla proportione in grauezza, <lb/>che hà al pe&longs;o G. </s>

<s id="id.2.1.269.16.0">Ma il pe&longs;o F ver&longs;o il G era come CA ver&longs;o AD. </s>

<s id="id.2.1.269.13.0">Per laqual<emph.end type="italics"/><pb/><emph type="italics"/>co&longs;a per la &longs;e&longs;ta dell'i&longs;te&longs;&longs;o primo di Archimede, i due pe&longs;i FG pendenti dal punto C<emph.end type="italics"/><lb/><arrow.to.target n="note91"></arrow.to.target> <emph type="italics"/>pe&longs;eranno tanto, quanto il pe&longs;o L pendente dal B; cioè quanto i pe&longs;i EF pen<lb/>denti da i punti DC. </s>

<s id="N1301A">adun<lb/>&que; il pe&longs;o F ancora ver&longs;o il pe&longs;o E hauerà &que;lla proportione in grauezza, che <lb/>ha CA ver&longs;o AD che bi&longs;ognaua mo&longs;trare. <emph.end type="italics"/></s>

<s id="id.2.1.269.14.0">Così percioche i pe&longs;i FG tanto pe&longs;ano quanto ipe&longs;i EF, <lb/>leuato via il pe&longs;o comune F, tanto pe&longs;er à il pe&longs;o G appicato in C, quanto il pe<emph.end type="italics"/><lb/><figure id="fig23"></figure><lb/><emph type="italics"/>&longs;o E in D. </s>

<s id="id.2.1.272.1.0"><margin.target id="note88"/><emph type="italics"/>Per la<emph.end type="italics"/> 18. <emph type="italics"/>del quinto. <emph.end type="italics"/></s>

<s id="id.2.1.273.1.0"><margin.target id="note89"/><emph type="italics"/>Per la con&longs;eguenza della quarta del quinto. <emph.end type="italics"/></s>

<s id="id.2.1.269.15.0">Et perciò il pe&longs;o F al pe&longs;o E hà quella proportione in grauezza, <lb/>che hà al pe&longs;o G. </s>

<s id="id.2.1.274.1.0"><margin.target id="note90"/><emph type="italics"/>Per la<emph.end type="italics"/> 22. <emph type="italics"/>del quinto. <emph.end type="italics"/></s>

<s id="id.2.1.275.1.0"><margin.target id="note91"/><emph type="italics"/>Per la &longs;ettima del<emph.end type="italics"/> 5. </s>

<s id="id.2.1.269.16.0">Ma il pe&longs;o F ver&longs;o il G era come CA ver&longs;o AD. adun <lb/>que il pe&longs;o F ancora ver&longs;o il pe&longs;o E hauerà quella proportione in grauczza, che <lb/>ha CA ver&longs;o AD che bi&longs;ognaua mo&longs;trare.<emph.end type="italics"/></s>

<s id="id.2.1.276.1.0"><emph type="italics"/>Ma &longs;e nella bilancia BAC &longs;i faranno pendenti da i punti BC, i pe&longs;i EF eguali; <lb/>Dico &longs;imilmente, che il pe&longs;o E ver&longs;o il pe&longs;o F hà &que;lla proportione in grauezza, <lb/>che ha la di&longs;tanza <lb/>CA alla di&longs;tanza <lb/>AB. </s>

<s id="id.2.1.276.2.0">faccia&longs;i AD <lb/>eguale ad AB, & <lb/>dal punto D &longs;ia <lb/>fatto <expan abbr="p&etilde;dente">pendente</expan> il pe<lb/>&longs;o G eguale al pe<lb/>&longs;o F, ilquale <expan abbr="etiã">etian</expan><emph.end type="italics"/><lb/><figure id="id.037.01.080.2.jpg" xlink:href="037/01/080/2.jpg"/><lb/><emph type="italics"/>dio &longs;arà eguale ad E. </s>

<s id="id.2.1.271.1.0"><margin.target id="note87"></margin.target><emph type="italics"/>Per la<emph.end type="italics"/> 5. <emph type="italics"/>di questo.<emph.end type="italics"/></s>

<s id="id.2.1.272.1.0"><margin.target id="note88"></margin.target><emph type="italics"/>Per la<emph.end type="italics"/> 18. <emph type="italics"/>del quinto.<emph.end type="italics"/></s>

<s id="id.2.1.273.1.0"><margin.target id="note89"></margin.target><emph type="italics"/>Per la con&longs;e guenza della quartadel quinto.<emph.end type="italics"/></s>

<s id="id.2.1.274.1.0"><margin.target id="note90"></margin.target><emph type="italics"/>Per la<emph.end type="italics"/> 22. <emph type="italics"/>del quinto.<emph.end type="italics"/></s>

<s id="id.2.1.275.1.0"><margin.target id="note91"></margin.target><emph type="italics"/>Per la &longs;ettima del<emph.end type="italics"/> 5.</s>

<s id="id.2.1.276.1.0"><emph type="italics"/>Ma &longs;e nella bilancia BAC &longs;i faranno pendenti da i punti BC, i pe&longs;i EF eguali; <lb/>Dico &longs;imilmente, che il pe&longs;o E ver&longs;o il pe&longs;o F hà quella proportione in grauezza, <lb/>che ha la di&longs;tanza <lb/>CA alla di&longs;tanza <lb/>AB. </s>

<s id="id.2.1.276.2.0">faccia&longs;i AD <lb/>eguale ad AB, & <lb/>dal punto D &longs;ia <lb/>fatto <expan abbr="p&emacr;dente">pendente</expan> il pe <lb/>&longs;o G eguale al pe <lb/>&longs;o F, ilquale <expan abbr="eti&amacr;-">etian-</expan><emph.end type="italics"/><lb/><figure id="fig24"></figure><lb/><emph type="italics"/>dio &longs;arà eguale ad E. </s>

<s id="id.2.1.276.3.0">Et percioche AD è eguale ad AB; i pe&longs;i FG pe&longs;eran <lb/>no egualmente, & hauranno la mede&longs;ima grauezza. </s>

<s id="id.2.1.276.4.0">Et concio&longs;ia, che la grauezza <lb/>del pe&longs;o E ver&longs;o la grauezza del pe&longs;o G &longs;ia come CA ad AD; &longs;arà la gra<lb/>uezza del pe&longs;o E ver&longs;o la grauezza del pe&longs;o F, come CA ad AD, cioè CA <lb/>ad AB, che parimente era da mo&longs;trare. <emph.end type="italics"/></s>

<s id="id.2.1.276.4.0">Et concio&longs;ia, che la grauezza <lb/>del pe&longs;o E ver&longs;o la grauezza del pe&longs;o G &longs;ia come CA ad AD; &longs;arà la gra<lb/>uezza del pe&longs;o E ver&longs;o la grauezza del pe&longs;o F, come CA ad AD, cioè CA <lb/>ad AB, che parimente era da mo&longs;trare.<emph.end type="italics"/></s>

<s id="id.2.1.278.1.0">Altramente. </s>

<s id="id.2.1.278.1.0">Altramente.</s>

<s id="id.2.1.279.1.0"><emph type="italics"/>Sia la bilancia BAC, col&longs;uo centro A: & ne i punti BC &longs;iano appiccati pe&longs;i <lb/>eguali GF, & &longs;ia prima il centro A, come &longs;i vuole, fra B, & C. </s>

<s id="id.2.1.279.2.0">Dico, che <lb/>il pe&longs;o F ver&longs;o il pe&longs;o G hà &que;lla proportione in grauezza, che ha la di&longs;tanza <lb/>CA alla di&longs;tanza AB. </s>

<s id="id.2.1.279.2.0">Dico, che <lb/>il pe&longs;o F ver&longs;o il pe&longs;o G hà quella proportione in grauezza, che ha la di&longs;tanza <lb/>CA alla di&longs;tanza AB. </s>

<s id="id.2.1.279.3.0">Faccia&longs;i come BA ver&longs;o AC, co&longs;i il pe&longs;o F ad vn<emph.end type="italics"/><pb pagenum="33" xlink:href="037/01/081.jpg"/><emph type="italics"/>altro H, ilquale &longs;ia appiccato in B: i pe&longs;i HF pe&longs;eranno egualmente de A. <emph.end type="italics"/>

<arrow.to.target n="note92"/><lb/></s>

<s id="id.2.1.279.3.0">Faccia&longs;i come BA ver&longs;o AC, co&longs;i il pe&longs;o F ad vn-<emph.end type="italics"/><pb pagenum="33"/><emph type="italics"/>altro H, ilquale &longs;ia appiccato in B: i pe&longs;i HF pe&longs;eranno egualmente de A.<emph.end type="italics"/> <arrow.to.target n="note92"></arrow.to.target><lb/><emph type="italics"/>Ma e&longs;&longs;endo i pe&longs;i FG eguali, haurà il pe&longs;o H ver&longs;o il pe&longs;o G la proportione me <lb/>de&longs;ima, che ha ad F. </s>

<s id="N130DA"><emph type="italics"/>Ma e&longs;&longs;endo i pe&longs;i FG eguali, haurà il pe&longs;o H ver&longs;o il pe&longs;o G la proportione me<lb/>de&longs;ima, che ha ad F. </s>

<s id="id.2.1.279.4.0">Come dun&que; CA ver&longs;o AB, co&longs;i è H ver&longs;o G: & <lb/>come H ver&longs;o G, co&longs;i è la grauezza di H alla grauezza di G, per e&longs;&longs;ere attac<lb/>cati nell i&longs;te&longs;&longs;o punto B. </s>

<s id="id.2.1.279.4.0">Come dunque CA ver&longs;o AB, co&longs;i è H ver&longs;o G: & <lb/>come H ver&longs;o G, co&longs;i è lagrauezza di H alla grauezza di G, per e&longs;&longs;ere attac <lb/>cati nell i&longs;te&longs;&longs;o punto B. </s>

<s id="id.2.1.279.5.0">Per laqual co&longs;a come CA ad AB, co&longs;i la grauezza <lb/>del pe&longs;o H alla grauezza del pe&longs;o G. </s>

<s id="id.2.1.279.6.0">Et concio&longs;ia che la grauezza del pe&longs;o F <lb/>attacato in G &longs;ia <emph.end type="italics"/>

<s id="id.2.1.279.6.0">Et concio&longs;ia che la grauezza del pe&longs;o F <lb/>attacato in G &longs;ia<emph.end type="italics"/> <arrow.to.target n="note93"></arrow.to.target><lb/><emph type="italics"/>eguale alla grauez<lb/>za del pe&longs;o Hattac <lb/>cato in B, &longs;arà la <lb/>grauezza del pe&longs;o F <lb/>ver&longs;o la grauezza <lb/>del pe&longs;o G, come <lb/>CA ver&longs;o AB, <lb/>cioè come la di&longs;tan<lb/>za alla di&longs;tanza, che <lb/>bi&longs;ognaua mostrare.<emph.end type="italics"/></s>

<arrow.to.target n="note93"/><lb/><emph type="italics"/>eguale alla grauez<lb/>za del pe&longs;o H attac<lb/>cato in B, &longs;arà la <lb/>grauezza del pe&longs;o F <lb/>ver&longs;o la grauezza <lb/>del pe&longs;o G, come <lb/>CA ver&longs;o AB, <lb/>cioè come la di&longs;tan<lb/>za alla di&longs;tanza, che <lb/>bi&longs;ognaua mostrare. <emph.end type="italics"/></s>

<s id="id.2.1.280.1.0"><margin.target id="note92"/><emph type="italics"/>Per la<emph.end type="italics"/> 6. <emph type="italics"/>del prime di Archimede delle co&longs;e che pe&longs;ano egualmente. <emph.end type="italics"/></s>

<s id="id.2.1.280.1.0"><margin.target id="note92"></margin.target><emph type="italics"/>Per la<emph.end type="italics"/> 6. <emph type="italics"/>del prime di Ar chimede del le co&longs;e che pe &longs;ano egualmente.<emph.end type="italics"/></s>

<s id="id.2.1.281.1.0"><margin.target id="note93"/><emph type="italics"/>Per la<emph.end type="italics"/> 7. <emph type="italics"/>del quinto. <emph.end type="italics"/></s><figure id="id.037.01.081.1.jpg" xlink:href="037/01/081/1.jpg"/>

<s id="id.2.1.281.1.0"><margin.target id="note93"></margin.target><emph type="italics"/>Per la<emph.end type="italics"/> 7. <emph type="italics"/>del quinto.<emph.end type="italics"/></s><figure></figure>

<s id="id.2.1.283.1.0"><emph type="italics"/>Ma &longs;e la bilancia BAC fo&longs;&longs;e tagliata, come &longs;i vuole in D, & appicchin&longs;i in DC <lb/>i pe&longs;i EF eguali. </s>

<s id="id.2.1.283.2.0">Dico &longs;imilmente co&longs;i e&longs;&longs;ere la grauezza del pe&longs;o F alla gra<lb/>uezza del pe&longs;o E, come la di&longs;tanza CA alla di&longs;tanza AD. </s>

<s id="id.2.1.283.3.0">Faccia&longs;i AB <lb/>eguale ad AD <lb/>& &longs;ia appicca<lb/>to in B il pe&longs;o <lb/>G eguale al pe <lb/>&longs;o E, & alpe <lb/>&longs;o F. </s>

<s id="id.2.1.283.4.0">Hor <lb/>percioche AB <lb/>è eguale ad A <lb/>D; i pe&longs;i GE <emph.end type="italics"/><lb/><figure id="id.037.01.081.2.jpg" xlink:href="037/01/081/2.jpg"/><lb/><emph type="italics"/>pe&longs;eranno egualmente. </s>

<s id="id.2.1.283.4.0">Hor <lb/>percioche AB <lb/>è eguale ad A <lb/>D; ipe&longs;i GE<emph.end type="italics"/><lb/><figure id="fig25"></figure><lb/><emph type="italics"/>pe&longs;eranno egualmente. </s>

<s id="id.2.1.283.5.0">Ma per e&longs;&longs;ere la grauezza del pe&longs;o F ver&longs;o la grauezza <lb/>del pe&longs;o G, come CA ad AB, & la grauezza del pe&longs;o E &longs;ia eguale alla <lb/>grauezza del pe&longs;o G; &longs;arà la grauezza del pe&longs;o F ver&longs;o la grauezza del pe&longs;o E, <lb/>come CA ad AB, cioè CA ad AD, che bi&longs;ognaua mo&longs;trare. <emph.end type="italics"/></s>

<s id="id.2.1.285.1.0">COROLLARIO. </s>

<s id="id.2.1.283.5.0">Ma per e&longs;&longs;ere la grauezza del pe&longs;o F ver&longs;o la grauezza <lb/>del pe&longs;o G, come CA ad AB, & la grauezza del pe&longs;o E &longs;ia eguale alla <lb/>grauezza del pe&longs;o G; &longs;arà la grauezza del pe&longs;o F ver&longs;o la grauezza del pe&longs;o E, <lb/>come CA ad AB, cioè CA ad AD, che bi&longs;ognaua mo&longs;trare.<emph.end type="italics"/></s>

<s id="id.2.1.286.1.0">Da &que;&longs;to è manife&longs;to, che quanto il pe&longs;o è piu di&longs;tante dal centro <lb/>della bilancia, tanto egli è anco piu graue, & per con&longs;eguente mo<lb/>uer&longs;i piu velocemente. </s>

<s id="id.2.1.287.1.0">Quinci oltre à ciò &longs;i mo&longs;trerà facilmente anche la ragione della Sta<lb/>dera. </s><pb xlink:href="037/01/082.jpg"/>

<s id="id.2.1.285.1.0">COROLLARIO.</s>

<s id="id.2.1.289.1.0">Corollario vocabolo Latino co&longs;tumato da tutti gli altri Scrittori Italiani in cotal ma<lb/>teria, nè di&longs;piac&que; à Dante nel 28. cap. del Purgatorio. </s>

<s id="id.2.1.286.1.0">Da que&longs;to è manife&longs;to, che quanto il pe&longs;o è piu di&longs;tante dal centro <lb/>della bilancia, tanto egli è anco piu graue, & per con&longs;eguente mo<lb/>uer&longs;i piu velocemente. </s>

<s id="id.2.1.289.3.0">“Dirotti vn corollario an<lb/>co per gratia.” vuol dire, &longs;econdo Varrone nel primo libro della lingua Latina, <lb/>&que;lla giunta, & &que;l &longs;opra piu, che &longs;i dà oltre al pagamento, quando &longs;i compera <lb/>qualche co&longs;a. </s>

<s id="id.2.1.287.1.0">Quinci oltre à ciò &longs;i mo&longs;trerà facilmente anche la ragione della Sta<lb/>dera. </s><pb/>

<s id="id.2.1.289.1.0">Corollario vocabolo Latino co&longs;tumato da tutti gli altri Scrittori Italiani in cotal ma <lb/>teria, nè di&longs;piacque à Dante nel 28. cap. </s>

<s id="id.2.1.289.2.0">del Purgatorio. </s>

<s id="id.2.1.289.3.0">“Dirotti vn corollario an<lb/>co per gratia.” vuol dire, &longs;econdo Varrone nel primo libro della lingua Latina, <lb/>quella giunta, & quel &longs;opra piu, che &longs;i dà oltre al pagamento, quando &longs;i comp era <lb/>qualche co&longs;a. </s>

<s id="id.2.1.289.4.0">Al tempo antico allhor che i recitatori di Tragedie, Comedie, & <lb/>altri Poemi nelle &longs;cene &longs;i portauano bene, & piaceuano à gli vditori, era loro do<lb/>nato oltra al prezzo a&longs;&longs;egnato, vn corollario per cia&longs;cuno, cioè vna piccola coro <lb/>na per douer&longs;ene ornare le tempie per giunta, & &longs;opra piu delle &longs;ue mercedi. </s>

<s id="id.2.1.289.5.0">Co&longs;i <lb/>nelle &longs;cienze matematiche v&longs;a&long