‹ Traité des fonctions elliptiques et des intégrales EulériennesChapitre 203 sur 374 · PL · texte numérisé non relu

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8 ®?. Diff, I. IL ILE 64. @. Dif. I. IL. HI:

27°0| 9°31° 3° 59084 10/1 k 7316570 02,1470k81.5| 9°43" 6 67320 ob| 1930 27.1] 9.31.18. KE 83/1 56844 ré 8 146231 .6 1 ES 46 7 RL & 734 ÿ 65/1 27.2] 9.31.32.82075 58]: Re 36509 à 4oafär . 7! 9. 3.42.39412 2 5 16 re 74l1@ 27-3| 9-31.47.53141 1f1 665 1316614 52,1502}31.8] 9.44. 0.21387 4312 17. en go Fo 20/1 27.4] 9.32. 2.30806 24|1 4250 65 6629 5 54/1510f31 .9| 9.44.18.15130 33/17.98930 16 1 QE È 27.5| 9.32.17.15085 89| 14 .90909 19/6644 64 152032 . © S. 46.36. 16060 9:44.36. 14060 49 18, 18.06837 07]7426 07 26 67/1923

9-32. 47 = 8 al: 4 04213 616655 12l1537}32.2) 9.45.12 Ent 30/18. Dis 7? 53/2004 .33. 2.077602 58/15. 4 4. mes 49|1548/32.3 9.45.30. 583 1 56/18.2 L 86 62/2029 33.17.1805: 37/15.1 5ag* 6705 97 1556/32.4| 9.45.48.84048 35/18.36163 41|7506 87/2054

6.0 .33.32.36:30 65/15. "+: 25 6qai 33 1566! 32.5 9.46. 7.20211 96118.43670 28|7527 21/2040 +33.47.60515 90/15.31006 1816737 19 157412.6 “9.46.25.63882 of 18.51197 49 7547 70 09 .34. 3 91522 ës 15. nh 97/6752 9 1583182 : “à 1644 44.150799 53|18. 58745 17808 Pt 27/2074 .34. Vert 44496 qolÊTOS 76 1593 2.8 9. 3824 val18. 66213 4 7589 ot d .3 133. 7 13163 55/15.51 a. 71/1606!32.9 9 LRO 1 40138 18/18. si 717609 85/2097 ver 49 25029 23l15.58050 39|6%00 Gäoo 77 1611/33.0| 9.47.40. 1fofo 65 65/18. ‘8 12 32 7630 82 82l2111 35. 4.830799 62 015.685: 1616816 88/1623133.1| 0.47 58.05552 o7l18.80143 14/7651 Re .35.20. Se él 8 # 71668 0416833 1111633/33,2 9 48.1 4696 . 18. 7 “ 7673 13/2130 .35.36.1 D Er 15 Fa 4411642|33.3 9 48.36. 8149 18|19. 044 20/7694 49/2: .35.51. en gl 80/1651133.4 y stars .8595q 38/19. 12162 xs 1715 97 2192 9:36. SR re 450 36/15. Qué 4 6882 37/1664133.5| 9.49.14.98122 07|19.19878 7787 30 217 e:36.23.75667 0 o1 en 83 Gore 01/1669 33.6 .49.34.18000 73/19.27616 2 7759 31 31/21t .36.39 je qi 83116 o ot 2 168 33. 9-4. 45616 97 s- 35375 5 7e 19/2190} c| .36.55. 66,16. 1291 es ie 33.8 9-20.12.80 2 19. 43146 7417803 17 2213p .37.11. “on 1ap6 16.1 EE 33.9| 9.50.32. pes FR 9.509509 9117825 322227 |

29.5! 9.37.28. 1352 95 AAA {8 u1f34.0) 9.50.51.76109 17 . .5885 2317847 592234

9.37.44.40318 16-3576 0|fts 59|1723/34.1| 0.51.11.33804 40l19.66632 82|1869 982253)

9.36. 0.174080 1 74 745 59/7000 82|1733 4 2 951. 2 x 4 4502 Bo 1892 dE

9. dr 17.14826 7 4119018 15{1941834:3| 9.51.50.75030 02/19. ‘82305 3117015 19/2261)

9-38.3 Tr: Ale. 4E gi 56/7035 56|1756434.4 9-52. 10. 7425 33/19. cpl 5o 7038 00!2297

9:38.50.17337 34116. 6180 o 12 7053 1211963R4.5] 9.52.30. 47735 83 83 19-98248 50 08248 50 7960 95 PP

9-39. 6,79137 47 16.68853 25 7070 o 75 Er 34.61 9.52. 50.4 9.52. 50 5984 33 33/20.06209 4! 2324

9-39.23.47990 72/16. pre 00 7088 â 34.71 9-53.10 "fs 3 78]20.1419 L Fe

9-39. NA .23914 72116.83012 49/7106 3 3 8 9-53.30.66387 27/20.22200 28030 Gr RTS

9-39. 7: ar | 21/16.90118 84/7124 3ol1 1807134 ol 9-53.50.88588 02|20.30231 36/8054 12

9- a. Rs) 90/19.11546 06/7198 8111840135. 2 4 BA. 52. 03 3468 14/20. 464 86/8125 52/2400

9-41. 5.10220 2 17 se 7197 21/1860!35.3| 9.55. 12. Pt 00/20.625g0 38/8149 58/2429

9-41.28.2 17:25922 oë|721 7 1862/35.4! 9.55.33. 20523 38/20. 70739 39 968173 83/2432

9.41.39.54867 71 dk 33137 79 7234 3311892135 51 9.55.53. = 34/20. 20.789153 79/8198 21 ee

g. na :56.88005 5al17. ir 12/9253 05|1882 35.6 9.56. 14. 7 13/20. 20,87112 00 Mr

9. ee 28379 . à 17/7271 8 35.7] 9.56.35 d 18 20,92334 73 47 4

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