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Leibniz-Handschriften zur Mathematik LH 35, 13, 2c, fol. 192r

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: 0.75.

Original at the GWLB · Page image · Annotations (IIIF) · Download text

The machine reads it as

  1. et d(X)
  2. sit y = X, erit ly = XlX et dy:y = dx, 1+ lX et = dx, 1 (X, X
  3. 1 = X F ly = X lX et dy: y = dx, XR + IX (1+ (X) X = dx, X, L + IX + qulx
  4. sen e et d (XV) = dx, X, X, L + lx + qu. lx
  5. V = XXXX ly = X IX et dy: y = dx, XX=, L + L. X Ix (L + lx + qu lX)
  6. y = X erit ly = X lX et dy: y = dx, s X. L + lx et d X = dx, X, 1 t X) - d, L (1+ lx)
  7. Y = X arit dy = dx. X (=) = dx (1)
  8. n a (gla)
  9. y - X erit ls = X IX et dy.y = dk, X ( + lX (X + F l∞)) sit a p = lx, X 1X, CL 1 t)
  10. y= X erit l9= X Ix et dy. = de, X C = + lax ( + lx (e N x))) et tandempret
  11. et
  12. ) = dx, X GN, (L + LX X C= + Ix B (( + _ LX1))
  13. d (ert
  14. a
  15. d = dx, X13, XZ (L + lx XF Z C + IX X (Z +Ax C 4+ Lx7)7)
  16. q
  17. sed se 3 ( L + lx gend Ax XC 33 (L IXX
  18. Et generaliter d xed=dx.
  19. logX X
  20. t1
  21. X
  22. 1X
  23. 109X. X]1 = legk X, XHI
  24. +
  25. x. X X = X X, ejus lg. est
  26. dn
  27. d
  28. ec
  29. (X +ls ) lg. X
  30. squi log X) est X logx = XX log X sed
  31. In interest ne inter (X~) et inter
  32. et log X est X logx, quae duo plurimum hifferunt. Itaque et in calculo
  33. sunt distinguenda. Hm )= x Et proinde non po opus habet super
  34. hystertrans cenddenti vet proinde cum scribimus X intelligimus X, ita
  35. ,X X = - X segX + logX = ( + 1) log X I Ergo X X = X t C
  36. 1
  37. ut l(X) sit X IX
  38. log. XX x = X logX + logx. Ergo n X = XF +
  39. log X XX = XX + X, logX. Ergo X X = XX + X
  40. lag XC XF Xd = et f +9 log X. Ergo X XF Xd = X et S+g
  41. 1og. XL =
  42. d Ex D
  43. (C. 3 logX XLC) p fC- 1) ens
  44. (e) te1.
  45. LXLe3 = _ dx Ae
  46. uta
  47. e
  48. Ae-1) + e. 1)
  49. Le. 2e3. bulxlx Il. 2) f. 53, fe 1) ete
  50. 1 + lX. ge 2) + HxIXX X
  51. 1
  52. ungeo tit etc X
  53. 8 dx = dx V d xn = dx, X, 1+ lX d X = dx, X, X + + la +. HC lXIX
  54. dx = LX, X, X, + L. X IX + trla + lxl lx + L X _ lxk + = ZXX IX.
  55. a
  56. (43 03 + X lx + L Xed X lxlX +1 X) X + 1 X x XlX
  57. i
  58. et gecalitur + Eo = XFe3 e r) 14 l + XC rttC st (Xlx + C 3. C. at
  59. Pe 27
  60. Se. 27 se. 3d (C 2) 1
  61. d et = dx X X
  62. X
  63. e
  64. u es + +(. 23 (C3+ M etc. X X. IX
  65. sie non sit numerus integer rationalis. Et videndum an nihilominus ad vergatur. Si
  66. ubi ultimum istud omitti oportet se u
  67. scilicet tam x sit infra unitatem, quam lx Et hoc casu exemplum prodit quo
  68. differentialis quantitas alterjus est generis ad integrali
  69. in infinitum procedendo potent differentia ipsius dis aequari
  70. aet
  71. Quid sed si sumamus 1 grax t ie
  72. seriei infinitae cuivis. nde et sic invenientur a bc, et Et ita etiam ipsa equantitas
  73. poterit aequari seciei infinitae cuivis. et ita quod mirabile est po potest dari quantitas
  74. unius membri aequalis summae quantitatum quarumcunque, seu potest, haberis
  75. eZa2bFC l+ m+ n eidque in definitis quae possuultrans ferri-
  76. At hanc s sit 19dy= hoe -XB quod habetur serie infinita
  77. habebitur y seu segmentum circuli per unum terminum exponentialiter sine fine replicatam
  78. pa
  79. ad defruita
  80. ly XZ = 7 logX et d X: X L dX Z + d qe l0g X. ubi d X potest explicari
  81. per quantitatem ordinariam dx ad- X), et x esta quaesitas porra ope seriei potest quaeri Z
  82. et Z est Quad si ergo hinc interi du et dy
  83. qualua in qualo altits acui de e t X habebilur
  84. quia est quanttas bene ut _y ham y est ad
  85. qualiu in qua solum alteru dy. Cujus cum detur varter habebitur aequatoin quas
  86. e ablo veudm

Cite

Leibniz-Handschriften zur Mathematik LH 35, 13, 2c, fol. 192r. Machine transcription, not an edition: Leibniz Legible (model FoNDUE-GD_v2_ft_Leibniz, run 74). https://leibnizlegible.com/page/00068199:0383?run=74