Leibniz-Handschriften zur Mathematik LH 35, 3 B 5, fol. 73r
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The machine reads it as
- id cnfendo aequabiones 4 et s articuli 8, eum aequationibus 7 et 8 arti culi 7. habetur
- quaedam depcressio. Nempe multiplicetur aequatio 7 per 4, et 8 per s, fiet ex priori
- multiplicatione Sircgl. 31213. 5123,:, 7121, 3. 14213. 7,223 = 51224 (112+ S12) : 712253(32+7,2). Sed hrl: 1113 -521
- et ita in pluribus. Ergo fit: Sin13: 71213 = (1mo) 11223 (112+512) : 31223 (3121712). Et ex posteriore mulbiplicatione nempe y8 per
- Cq.5. fit 523131. 32313. 51223,:, 723133. 12913. 71223 = 51an 1 (123+525), : 412233 (33+723) unde factis destructionibus
- fiet : 52313372313 = (2d0) 112 23 (1234523): 3129 (323+723). Eropa harum aequasionum 1 et2 articuli praesentis, Et
- ex aeqque 4 et sarticuli praecedentis fiet 3ng. Im t) li13 . 31213 = (3tio) Si2e3 (312+ 712) :72 .3 (112 + 112) et
- Et eodem modo labebita
- 12313 = 32913 =51223 (323+713): 71223 (123+523). His igitur quatuor aequationibus continentur inventae jam
- 10) Tollamus jam earum opelitums 113, S1g, 213, 21B. idem Explicanto pa quae pertinent ad 113
- relationes determinatarum. Comprudio pro aeq. 1. serilamus sirs M. Explicemus
- non sertinent; ex equi fiet _ st nSt, :, 3ec. 73= 313. 712
- seu 12 S3a 113 Sisa ex aeq. 1 fit H~ Seza - 13. ra 3rETIZ. NeL 213 112. 7512
- Ex aq sit (200) insua- IB 503a L 313. (13.752 313. 72525. Et (x ag. 3. (C
- et (3to) _2 Osa + 1c3. Sra= 312 713. 5712 + 313 712 5712 Et ex q. 4fit (4to)123 sisa tnSga 32 5xyf 313 Y. 57
- F112. SB = WX3(A1I. Sez = 51223 et ita porto SuE siiis. at . m. jujis a seinvilem agg 3 et fieta Auferatur etiam aequ. 1. ab aq. 3 fit V13 sua ( m9 (71 Y51)S3 +(BHCE 11)313. 712
- s
- et auteratur postremo aequ. 2 ab eg. 4 fit 2. U3 523
- 3 l 73 In 313 EX ex aeq. 2
- t (2d0) 123. 3s. siz - 523. 3323. 118 - 303. 11237 13 713A 313. Et ex a42 ft (otro ) 1. 712. 51g + S12 mu s3 B3,2 MM2 1 X2 31, 3
- e.772.535B13. Proquibus
- A 7 M. VE S1 Sir. 33i2 114 reC m. 313, preoite sit bmo) 15. 13F1. 513 4 13513 + H. 713 L0,
- Et ex eg 4 fit (4to) 123. 7123. 51 n a
- 3F 2L53 + 13. 313 + 24. 713 =0 et tib) 31. 715 +32. 813 4 53. 313 + 34.713- 0et(4to)9 1tyr 2B3+43831 17B
- jam earum ese liter 113, 513, 313, 7 13. Et ideo in aegq. 123, 4 articuli praecedentis
- Ex Ya 1Daexplicemus terminos ubi 13, compeudiole exprimemus as rubi non est 13. fit (1mo) H12. 513 G2. 1iga =
- Z 312 IN 21 M. 13I 4 1312. 312. 73 -1312. 712. 313 et Bdo 1∞ 1235Ba-523. 113a= 132932713-1325. 33. 313
- et (3tio) 112. 513 a + G12. 113a =, s3I2 12 Sg. 5712. 317,71345712. 712.313. E(1) 123. 513a 4 523. 1134 =5733,323713+5723. 73,313
- Ex 1 et 3 addendo fit 2. 112. 513 d= (1313+ 571 e (2 (+ 13n)7B+ (+ 512 1312)712. 313. Et subtra
- fet ((10), 1a 3 fil 2512. 113a = (64) (5712- 1312) 312.713 4 (571241312)712. 313. Et ex 2 ct 4 fi( ad
- 2.123.513a (5723+1323) 323. 713 4 (5723 - 1323) X23. 313. Et gubtrahendo 2 a 4 fil 2. 523. Ha =(657 23-1323 )123. 713 H(51234323) 725. 313.
- ubi unde ex aequis et 7 fit (5712+ 1312). 123. 312. 713 4 (5712- 1312) 123.712. 313 = (9no) 5723 + 1323) 112.323.713+ (5725.1324)112.723. 313
- Unde fiet (1b ino) (1323 - 5723) 112. 723 - (1312∞ 5712) 123. 712( 6., ((13224, 5723) 42. 323 - (1312157 12) 123 31 = 713: 313
- Et ex ggg. et 8 6 et 8 fit (712 - 13n) 523. 312. 7(34 (5712F1312) 523.71. 315 (5725, 1323)512. 323. 71345723+ 123)512.723.313
- se unde fie (12mo) (1323+9723) 512. 723 -(1312+5712)523. I,: (1323-5723) e2 313 - (13. 2 5 n2)523312 = 713: 313
- iea unde semiliter pro 1312 et semilibus ponendo i habetur 513. 313. Et notaridum ut ex duobus valoribu ipsi rviin
- 513: 313 fieri novam Ane 2. 13
- 1+ sed fortusse brevique propedilicebit, refinendo H3I et similes, nempe ex articuli 9 aequat nbus 1,23, 4
- sis set 13a i fima) 1 Et B1. S et S23Ca = r 1325. 113B et tu) Mra = 571 3113 et dem
- Ato) 1231hA 5729. 32313. E 9. sed ex articuli 10 aequatio 1,r 3, 4 alies fabrica vimus vable
- D et d destructis jam irrationalibus in Aquatione articuli restat sequeas aequatio
- 12 2. smepsues Gt4
- mm
- , 1323. 11213 -51223. 512B3 - (a + b( lan)(a- lisl- n
- 123. S12. IIZ. 1121y12313. - 123. 322. L12a. 12313. 123137
- Btam abL bm = Lametbl = (M2. 523+ 13, 4) (In 527 11 4. 51) (1. - insns
- 2 112. 512. 118. 529 4 2. H2. 512. 173. 513 == 2. 112.512. 12313. Ergo coefficiens ipsiu ev
- est - 112. SiZ. 11213, 12313 et coefficiens ipsius ZZ est - 125. 5233 12313. 11213
- ipsius vZ duo quae per L conpanximus, sunt 10213o 12313. 11225
- jam in coefficiente
- Ex reliquis tubus nemeris
- doefficientis il si22(II2. 512. S1323I + 123. 523: 512131 + 113. 513 512281). quae explicando
- de bos ae dad
- pro quibus substituendo valores, ex aequationibus 4 et S articuli 6, et aeque 1. et 2 articulia 7, prodibit aequatio (M. 51, S1223. W SEC. SIB231 = u2 H 2h. 5+32(+13.
- ubi interpretanda 3, B. t per a9. 4. 5.6 et quide
- +123 52L5I231923, 1133372
- L123. 512) 1272515
- 8. 512. l1213. I122Z V = 523, lgg3. 71223 Z = 312. 3121B. Suues V. + 31. 32313. Si23 Z =)- 112. 1.213 fin2, Vel13. 12sis. In23Z + 3ahug siu, . 79tus. Sicese) et edem modys 123. 523. 51227. (2 131 9
- plura inveniamus.
- 71223 (G SI2) N3. s 3B. 712
- 512Vyt _. SBPH + a3. 513 VZ + 100p50ot-er mon =6
- =112. S12. H1223,. Iu5. 1113 (B. 1p112. 513. I12rZ. 112. 12313.
- + Ig. S13. 1123. 51213. 31123.
- por coefficiente ipsius yv. vel Z
- obso vetur infra artia
- S12 23 (912(712) Ar. 523, 327 a siZ,
- aequationes per A2B et Aimilibus Nam addendo E et 3 fit SiB.
- (1t0) W1 tsyn in (aF
- f112. 512. 5123. 11212. 5213VB + 112. 512. 31223. 11323,5B23V.
- +n3. 523. 51n3. 1117 51213.
- = ab+ am +blm
- G(Sie 75IB23.7 4 (5, 23F1325) 313 723
- Hini ex aequ. I. fit (imo) nc. 3312. Sih- Si. 3312. 13
- pro quibus breviter scribama
- 13= l p. 113+1V.
- ysPh
- valorem Y) sic scribertuus, 114(3. 5121) v 4 11323. 5143Z,:, 81223. 5I223. Inde fint
- ft 123 hg3mi=Ds
- u2. 522 3.. 723 = 13 sn. nq addantur aequ, h et 4 fiet 2. 12 5a = (6to) (572317525) 3C3. 713 + (3, 23, 15 a1) 313 223. Aeferantur etiam
- ex a
- Andantur aegu. 1 et 3. firt L. iZ sca (to) (S +Y51) M sA ((5)(2 7612) 313 n Semiliter
- Qfiet 17.S1 Ec, Se, ., SIE h segit= 5ri. lt ex aq. + fiit 1 sp 113. 5e5, , 32g H3. D
- = Hll bitur ∞, D- 0, tantum pra 1 vet 5) et compendiose scribe
- s
- 63523. 52312. 513171
- (uddatur 11213. 1233. 1225 ot1 12. 92 I4123. 513 f,112. 525
- 113. 512) VIB. 523129. 51
- i
- 51223. 112. Si2. 51323I = 112. 517+ 12 5_)NZ. 523
- 1 ssu). 125. 51 lu e
- Su. S12. p2. 52Z. 115. 52t X
- 12. 5Ic112. 529. 17551
- ur. st2. 127. 512. 17
- (+ 123. 523. 129. 312. 113. 51
- (∞IL. 523. 123. 512. II2. 51
- 172 . . S2MB. Se
- 4 123. 52. 112. 58. 115.51
- B.Z. 123 513. 525 (112. 175. 5. 513 + AE 13 512 siz s
- ot pS. 113. 513. 233 12. 117. 125. 512. 513. 523 eU9
- .f 115.13. 123. 512. 513. 35 113. 125(. 31B. 113 2. 112. 11) 14. 5 512. 57
- 127 12. 1132. 512. 523363. 125.113. 532 in 113(123. 512.52
- idat msu
- an fi sii in in sr hnuns ns ffshtun ns saisis
- (VS1 1123. 5253, H3 Se5IUI3. s13 L 2 1ssi (L113 +2 1. n3. 523 513
- ues su t E r.tet (
- s i
- seu Bsmontus A3 3t +
- is
- est aest r
- 11235
- Slohis 1 127
Cite
Leibniz-Handschriften zur Mathematik LH 35, 3 B 5, fol. 73r. Machine transcription, not an edition: Leibniz Legible (model FoNDUE-GD_v2_ft_Leibniz, run 74). https://leibnizlegible.com/page/00068255:0145?run=74