Leibniz-Handschriften zur Mathematik LH 35, 13, 1, fol. 253r
Machine transcription. Not an edition. Errors are expected: about 8% character error rate on Latin and French lines, higher on German. Mean line confidence on this page: 0.80.
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One image of two folio pages side by side, registered by the library under both labels (also fol. 251v); this page is its right half.
The machine reads it as
- X + m + m X + n = pX + qX +r
- X F 12m X + 2 n X + mmx + 2MnX +nn 1 =
- - p X = - 2pgX = 2prX
- = 9q X = 2gr X = YY
- X x bx4 + cX + dX + ex + f
- fit AC m= 2b - L pp n = LC + p9
- Yr(E nn-5) = q CC + 209 + 4 pp 49 - f
- 94 - L bb ab pp + 1 p 2p s ce + repus a +ppgu - f - d
- rursus rr = _animun- amne + ee,: qq = mmun-ane teC, :nim -2p
- seu er =. bb - 2bpp + pt _2, cc + EC P9 + 4 ppgqu = b. pp C + apqu e + ee,: qq = cet repqi ospus
- hX + lX + mX + n = pX + qX + rX + s
- hh X + 2hlX + 2hmX + 2h nX
- + U X + 2lmX +2lnX
- = ppX + 2pX + 2prX + ap SX
- + mnXX + LIMX X + XN
- +X t vX + WX +y X + ZX + CX +9
- pp = 1 + hh p = hl ergo 1 + hh = ht HI
- 2hlr + gq = b + 2hm + H
- 2hl5 + 2gr = c + 2hn + 2Im
- 295 + rr = d + 2ln +mm
- 225 = C + 2mn,
- Ss = f + nn
- =
- + 9q X+ + 29r X + 295X
- + rrX +2r5X + 5
- 1 X + vx + bx + CX + d X + C X +5 _
- t
- +M + y. +Z. + β +G
- h = 49 - b - 1, : Em - 2 1r = c + 2lm - 2gr, : 2l5 = 2n
- G 49 - b - 11 2l5 = In a = 2m - 21r. C+ 2lm - 297
- seu n = q9 - b - l 2l5 = 2m - 2Er C + 2m - 2gr: 299. b- d
- rurus n = 295 +rr - mm - 3 : 3l
- et n =, 2Y5 - e: 2m
- aequando duosposteriores ipsuus R valores fit
- Am 295 + rr - mm - d = l Ers - C 1
- et aequando priorem posteriori, fit qq - b - H 2lsm = m Em - EIr C+ elm - 29r = 49 - b EYs- e
- harum duarum aequationum ae fit 5 = D. m + dm = e l = mrr,: 29m -2Y
- et rursus s = n. Em - 2r E + ulm - 2gr = e qg - b - H : 9 - b - H. 2l m - 2Y
- qui duo valores ipsius saequandi sunt inter se tet p = e amm + 4r
- rursus hh = 1 : H - 1 = q9 - b - u: 2m - 2lr, quae est ceq. f
- Rursus nn = 5s -f = 4rrss- 4rse f ee: 4mm, habemus ergo novum valorem
- ipsius, S quem aequando uni ex prioribus nova prodibit aequatio e
- Nns aequationes D, 8, et resolvendo eva prodibit equatio calculus opinor satis ulte
- (pergamus in exemplo proxipur aq. 5. erit ay L ax +XX. Ejus differentialis esst- adu = adx+ 2x ax et fit.
- assurget
- dy: ax a+EX, : - a aequando aeq. 4 sit aa + 3aX+2XX- da, verum hi valor non consentit priori
- jam invento, nec hos ducit ad inveniendam e; jam supra ex 5 et 2 fiet ( 2X: a + X: aa= e-X
- quos duos valores aeq porio XX +Z ax Zaa= _S aa seu X = 15 : 2 = 3:2 quo valore
- substituto in aeq. 4, habetitur et e e = XS X: aa + 2X: a + E s lgcunde aretum ad
- pariter 8 ceptrum circuli, qui Logarithanicam osculatur, simulus punctum osculationis
- videamus. Mothodi bonitatem. probemus in casu jam noto, nempe cum parabolam osculatur circulus
- sit x sit ra yu et qyyl yy- caxt XX ft 2aX FXX = va
- et sit H) centum circulit et HB ∞ (et BC et ABLX et AH = b, et AB = b - X
- et latus rectur paribila 24) Hit at caX = gq bbL ∞X
- fit 2ab- raxFyy et py + XX= exprore eg fit adeL yay
- utamur solis 2 et 3 ex sit 29dy x ax seu ay du x X. y ergo
- ex 3 et fit x9 d.
- en xa
- rabu 2ax Bt rabo ExI XX = yy
- fit in parbola a
- X
- et pacg Ex Isii quex bad eyaus
- seu atx -q. r:: a. y seu ay+- 9y
- es at ae a
- et ex 2 fil dy: txL= x 9. et
- r. BP, a D: ga PZ: ZR:. 4: Y
- et, adque +. Xdy +y dx - aay = 0 et ly: x. 4: 9:: y: g- a -
- n Re AC. AQ, q
- ZR
- A a= a g = 3F su P. = 4u a, 3 fit
- 6
Cite
Leibniz-Handschriften zur Mathematik LH 35, 13, 1, fol. 253r. Machine transcription, not an edition: Leibniz Legible (model FoNDUE-GD_v2_ft_Leibniz, run 74). https://leibnizlegible.com/page/00068196:0501?run=74