Cavalieri, Buonaventura, Geometria indivisibilibvs continvorvm : noua quadam ratione promota

Table of contents

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[171.] POSTVLATA I.
[172.] II.
[173.] THEOREMA I. PROPOS. I.
[174.] SCHOLIVM.
[175.] THEOREMA II. PROPOS. II.
[176.] COROLLARIV M.
[177.] THEOREMA III. PROPOS. III.
[178.] COROLLARIVM.
[179.] THEOREMA IV. PROPOS. IV.
[180.] COROLLARIVM.
[181.] THEOREMA V. PROPOS. V.
[182.] THEOREMA VI. PROPOS. VI.
[183.] THEOREMA VII. PROPOS. VII.
[184.] THEOREMA VIII. PROPOS. VIII.
[185.] COROLLARIVM.
[186.] THEOREMA IX. PROPOS. IX.
[187.] COROLLARIVM.
[188.] THEOREMA X. PROPOS. X.
[189.] COROLLARIVM.
[190.] THEOREMA XI. PROPOS. XI.
[191.] COROLLARIVM.
[192.] THEOREMA XII. PROPOS. XII.
[193.] COROLLARIVM.
[194.] THEOREMA XIII. PROPOS. XIII.
[195.] COROLLARIVM.
[196.] THEOREMA XIV. PROPOS. XIV.
[197.] COROLLARIVM.
[198.] THEOREMA XV. PROPOS. XV.
[199.] A. DEMONSTRATIONIS SECTIO I.
[200.] B. SECTIO SECVNDA.
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180160GEOMETRIÆ omnium quadratorum, CMH, & quadrupla omnium quadrato-
rum, CMH, vel, CBM, &
, MEF, ſunt autem omnia quadrata
trianguli, CEG, æqualia omnibus quadratis, AF, cum omnibus
quadratis triangulorum, CBM, MEF, ergo hæc erunt quadrupla
omnium quadratorum triangulorum, CBM, MEF, &
diuidendo
103[Figure 103] omnia quadrata, AF, eruntillorum tripla,
119. huius. ſunt autem omnia quadrata, AG, ad om-
nia quadrata, AF, vt quadratum, GE, ad
quadratum, EF, ideſt quadrupla .
i. vt 12.
ad 3. & omnia quadrata, AF, ſunt omnium
quadratorum triangulorum, BMC, ME
F, tripla, ergo omnia quadrata, AG, e-
runt duodecupla omnium quadratorum
triangulorum, BMC, MEF, &
ſunt ad
omnia quadrata, AF, vt 12.
ad 3. ergo om-
nia quadrata, AG, ad omnia quadrata, A
F, cum omnibus quadratis triangulorum, CBM, MEF, erunt vt
12.
ad 4. ſunt autem omnia quadrata, AF. cum omnibus quadra-
tis triangulorum, CBM, MEF, æqualia omnibus quadratis trian-
guli, CEG, vel, AEC, vt oſtenſum eſt, ergo omnia quadrata, A
G, ad omnia quadrata trianguli, CEG, vel, AEC, ſunt vt 12.

ad 4.
. i. ſunt eorum tripla. quod oſtendendum erat.
COROLLARIVM.
_H_Inc patet, ſi ducamus intra parallelogrammum, AG, æquidiftan-
tem ipſi, EG, vtcunque, RV, ſec antem, CE, in, T, &
, BF,
in, S, quod veluti oſtendimus, RV, æquari vni maximarum abſciſſarum.
CG, dum, EG, eſt æqualis ipſi, GC, ita namc oſtendemus quadratum,
RV, æquari quadrato vnius maxim trum abſciſſarum, CG, &
quadra-
tum, TV, æquari quadrato vnius omnium abſciſſarum, CG, ideſt qua-
drato, VC;
quadratum verò, RT, æquari quadrato @nius reſiduarum
omnium abſciſſirum, CG, ideſt quadrato, VG, vnde concludemus om-
nia quadrata, AG, regula, EG, æquari quadratis maximarum abſciſ-
ſarum, CG, &
omnia quadrata triangult, CEG, æquari quadratis om-
nium abſciſſarum, CG, &
omnia quadrata trianguli, AEC, æquari
quadratis reſiduarum omnium abſciſſarum, CG, &
rectangula ſub tri-
angulis, AEC, CEG, æquari rectangu is ſub omnibus abſctſſis, &
re-
ſiduis omnium abſciſſarum, CG, ita ſumptis, vt quoduts rectangulum
intelligatur ſub vna abſciſſirum, &
eius reſidua: Vnde veluti oſtendi-
mus omnia quadrata, AG, tripla eſſe omnium quadratorum

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