Leibniz-Handschriften zur Mathematik LH 35, 13, 2c, fol. 8v
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: 0.85.
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The machine reads it as
- data, _ Z yylXx +2a 9dy, ss rax: an summari potest, fiat r: a = M: M
- Ergo in jydx +2am ydy, bsmaxian in etiam summari potest, et alterutra harum n vel
- est arbitraria. sit jam proposita summanda formula C quatio
- Vsax+ 2aa Bdes + ap Bx t acquds + aatdx =0. Multiplicetur
- p fiat Y = p: a = m:n et multiplicetur tota aequatio per n
- fiat v = Cy: a et du= edus + ydejia, et fiet
- + Y eeyyax + 2aa ee ydys + 2aa y yde + ap eyax + auqe dys + aatdx
- a a
- raceyy de
- aa
- adqy de.
- ita
- d
- Lyyax pVYdx + aq idy + ar ydx + aatdus + aa vdy + aatax =0
- da
- multiplicetur per Li b sispaxitia, et protuctum dento subtacto aatax, fi b sndxiaa
- I. Sndxiaa
- aequetur ipsi N (9yy + ahius dx + a a d (ggy +ahius) C
- se et fiet pyydx + agydy + ar y dx + aa a dy, f, bsnaxiaa o
- Fahnydx
- sndx: aa
- aayydus raaghydus +aaaydh + ahdy, b
- ngyy dx
- per ydy fit af q = aag seu f = 2 a9: 9 per dy fit aaf sv = ah seu f = atr: . Ergo
- liet g: h = g: 25 F. pdx = n 9dx + aadus seu 2 agp: 9) = n gdx + aadgue
- seu aa dg: g = (2 a (p: 4) = n x dx seu n = aa dg l: g) + 2 a sp: 9) dx 3: dx
- restat aequatio frdx = hnax F aa dh = _ alisr: a) dx seu n = a : p5) Ax - ccact h(. ti), : dx
- Ergo aa log (g: h) = s px (2 a p : 4) = alr. 1)) = aa log (9: 20)
- rclatio
- quae aequallo ars
- ea
- in merdx + aande dx + apvdx + aaqdv dto prae si al v = egia
- possit, videndum est
- alius modus determinandi
- atax
- Y vedx + 2 aa vd
- itfiet meeyg ex + aneegny taapegax + aeqe du + atdx
- une yyde
- fiat mee dx + anede
- +aqy de
- aapedx + aequle seu Cadx adde=
- aeqe
- laciemus ergo ex altera tera determinatione
- an ee
- seu omelxt agnde = npedx +nqde
- sed ita destructo agnde utinque eram scit e
- ne aa tognerede
- 24m x +aande - noedat nade = aullynaa ede - aloy q C ad de
- anqe
- sed ita iterum evanescente utrinque de, evanestit et e
- Haec igotur via non procedit
- my + andy + apdk = 0, sit (m ydx + andys) (smarian + ( p Ls mex an AX)
- fit mydx +an dy + apdx, L l. mdx: an
- (mgax + sindx) dy + an dy) - ) mdx +
- ay bsmax: an + (a p bsmaxian dx) = 0
- si an = snax sret = c; res pro cederet
- smaxdy
- Ptan idys
- sincX).
- non loret sciliert PCf a dn = M ax
- sed odet edq = pedx + gde qui
- = M ydx + ady, bs max: auF
- n P, mydx +an dy. L Smx: an) = ay b sindx: an
- myax + dCy bsmax: aui
- sit aequatio pVG + a9y dy M a (mylx + an dy) Q bsindx: an fapy ax tagdu + pyysx t, aquay) a (. s pl: aq
- itaque abs si jam sit data itaque
- sit a Haec utique est summabilis. videamus an inde confici possit data per arbitrariam p
- multiplicata a a selydx + afrdus + ryyax + gr ydy fiet maa bsmex an paa j spa: aq L : e
- et a = ap spax: aq sed cum ita tantum adsius quantitates p. 4 et min
- u
- G
- non lires salis facere = aa sedxiaq. sed quia non nisi duae suntae quantitates
- aa (b. smdx: an + b ApaX : ag)
- artutiariae min et d p. q, non possunt salis facere tribus lequationibus
Cite
Leibniz-Handschriften zur Mathematik LH 35, 13, 2c, fol. 8v. Machine transcription, not an edition: Leibniz Legible (model FoNDUE-GD_v2_ft_Leibniz, run 74). https://leibnizlegible.com/page/00068199:0016?run=74