Leibniz-Handschriften zur Mathematik LH 35, 12, 1, fol. 310r
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: 0.79.
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One image of two folio pages side by side, registered by the library under both labels (also fol. 309v); this page is its right half.
The machine reads it as
- seu 4tZ an(+ee 4
- KK+CLLrr = ac
- rY+CC+KK = nn
- differentia inter
- rr et ce vocetur du
- 99 + kk vocetur ii
- si inter AG, et HG media
- proponalis in AH suma
- tur G5, et jungatur
- Cs, viceturque d fut
- ~ N = cC + oK
- ad Circulum
- Si velinus aequationem localem secundum duas convergentes
- AY et XY vel secundum V et Z tunc tantum insaequatione proxine
- praecedente pro X substituemas CetDV - ZZ,:2C, a unde pro
- XF substitustur V +Z + C- 2V1ZZ + reevr- 20122: 4 ee. quod
- acta faciendo, ex v 2atDv, ete. fiet
- ge V-egeeerr-Saegfee + 4 bl V - 8bb v0 ZZ
- deeatvD
- + 4bb (V
- eged
- ogervvr-gacdt ov + 4bbZ
- +0bb eerio
- +8ge 22DP +8a C9fZZ + 4bb+ - 8 bb ee 22
- +8aC2Z vV + bbee sp +gatger
- -8b65
- geeat
- + Aeeaat
- 8bbees2 Bateceu
- +4bbC
- easge.
- 4bb-9ge = 4cc(494 89g- 8gH 4 4ee = 4CC - agg- ggk- AKK taKK t + eC
- 1d. FCit
- =. 4cC = 4e0 + 4KK + 4 Ce = 4CC + AKK. = app. Unde prodit apMV
- unde provenit 4pV 4 pp V respondens ipsi 4bbZ+, stu per decussationem
- ob vvZZ fit ge - bb = g9 + gk -99 +CC = CC+gK, et fit (8 CC + 8gK) vV2
- ducitur AY in HC, et HY in AC
- 0b72 ft af g. bee = (991C - rr) (99+gX) - ( (cc 199) (99 + KX + 2gK) und sit
- unde sit -8 (rrgG+ CCKKH (99 + CC FrY) GK) ZZ sen -G(Bg ulet r.d. ar B Sig
- Ob vr sit eeat f geee t geas - bee = (rt t.gH.) r+ (5- 99) + (99 F9L) (gHXK
- 9+ (Ccg9)- rrgg H 9 30
- (9g+ KK + 2gK) (YY + CC C99 + g9+ gk - gg -cC) +. (99 +94)
- dd n
- g9 +CC LYY) =
- q9gGCC +KkTCKHCGtNignFXggCLC un tadin d
- ob vZ fit debet resolvi 4e, aaff - 2af eg + bbee ande fiet auff -1as eg + bb =
- qu (9gtec-rr) ret ruggue Errgg + (CC + 1) (99 + KK+ 29K) - 2 (9grec r1) l
- rr+ 9g =
- akk = CX OX
- 4((29kce
- -8 (rKK F Ccg9 + ggKK = gK (HK + CC + YY) vV seu - B(DD KK Hx tuggt ung H) v1
- gorrt qu cdt 9
- drbe (+ ) 4 99ccle
- V
- 2NICCC Errgg + ucqus teckiKt. rccyH +ggg gghX (+ 299gB gea geurus rg uous
- EA= 4eC (ggHK + CCCggHKK) + arrgK + qu (+ cc _ + nr)) et fiet tandem
- aequatio +qu e vr Z L 2 ggl t ep - 2rrg 97
- + (bb2
- AppB +2 0 a brZZ - 2 cc99 vV
- IVKK
- RngK.
- cc KKL
- mink)
- =DCCKK) 99
- =eetrr
- X99C2a.
- +2 G rceii
- dgrk
- mimgte
- gtr gK
- 5N = CC + 9tC
- DV= rrga qu. AR.. cebii
- paspini Yr + cc+g4
- e=9 + K- AH EXX = rrikt nd nn = rr + cc + kK
- i ggrtck
- ubi pp = cC+ KK = qu. G(B)
- in qua aegratione, v, q tractantur ut Z, K; at Y, C, ee s edem mode se habent
- ii = Gg+KK
- bb = CC +gg = qu. GR
- Utrinque. Et ad ec si permutarentur V, 9, cum Z X respectiae maneret aequatio eadem.
- Habemus ergo lo decicut aequationem localem ad Circulum
- secundum binas convergentes ordinatus convergentes, pa quitu qualum quarum
- cum non nisi quadrata dentur; erit Circulus locus ad aequationem secundi grad indeterminata
- secundi gradus binarum indeterminatarum quae iclationem excrimentem, quae
- cum eadem con quarum una cum constante posit v altera cum constante
- issit Z. Itaque 2 ad problema per convens binas convergente construendum
- Conjungi possunt vel hini circuli, vel binae rectae ut in pagina prima, vel du
- Sed cum problema
- bin circuli ut hic; vel rocta cum circulo, ut ibi et hic
- est solidum, et per rectas et Circulos construi nequit, identificatio aequationis
- localis cum data no ut coefficientes inveniaatur, nos ad problema solidum
- ve non succedet nos vel ad impossibile , vel ad constructionem problematis solidi
- praeliminaris, ducet; adeoque constructio fiet vel impossibilis, vel inutilis.
- potest ad huc augerio varictas coefficientium in constructione locali si vit Z, ve
- si pxponatur X angeatur vel minuatur per datam, ducta parallela ipsi AH; vel si Z au V aut augeatur vel minua
- irculum tervenilt. Sed nunc ad sectianes condias pergatum
- sim AG et HS sumtur
- partes si G cadat intra X et D
- anas potest esse excessus per
- agius respectu a aerius
- sit quadraitum suma
- rr+ cC-99, et gu 9G + CC. tr = a F) YYHCC- KH = ab H
- s Eridatur CR
- ralius angulo ad CG
- RG volctur C
- abet eoder
- tit pr- Ce+ (R
- recto, et puncta
- erit U=er+C
- irtertg=mm
- ageaas
Cite
Leibniz-Handschriften zur Mathematik LH 35, 12, 1, fol. 310r. Machine transcription, not an edition: Leibniz Legible (model FoNDUE-GD_v2_ft_Leibniz, run 74). https://leibnizlegible.com/page/00068194:0619?run=74