Bestimmung der Gravitationsconstante. 
Temperatur Besser: Bemerkungen über den 
Datum zu Aufang | zu Ende a >a > I Er Einflufs der Temperatur- 
SE SE ES: er differenzen 
21. VI. 94 | 8.67 | 8.60 | 8.72 8.60 +1.7166 
| _ 8 .0052 |— 0.1328 
Ba sun Saslnsun Scenes a ae 
— 0.1177 |— 0.0017 —0.1194 R2 
27. » » | 8.87| 8.75| 8.89 | 8.76 +1.7369 v 
— 0.1197 |— 0.0076 — 0.1273 4 
23. VII. » | 9.80| 9.50 | 9.82 | 9.50 — 1.8566 % 
— 0.1235 |+0.0040 |— 0.1195 5 
4.VIll. » 10.27 | 9.88 [10.28 | 9.88 +1.7331 Er nn Re 
7...» .» |10.37.| 9.98 |10.38| 9.98 |—1.8375 Br a no B. 
en } ‚2 ‚6 .25—1.8 < 
142 kessherkeselssslntttee| ur soonsn| anne | & 
. u 0) . 5. . . . Be dr so 82 2 _ 
22. » » |10.75 [10.37 110.76 |10.38 — 1.8480 e "aD ca = = y 
— 0.1156 —0.0126 —0.1282 | 3 _.. Rz 
25. » » 10.78 |I0.4I |10.80 I0o.4I +1.7324 Bl aenlarc, — = Einflufs von a 
4. IX. » |10.97 |10.60 |10.97 |10.60 — 1.8764 a 8 9 ö a 'o 5 Haken Ei } 
5. »  » 10.98 10.61 110.98 |10.61 +1.7432| 3 S® Kae iuppetlieht 
Alla ler a # © zu erkennen. 
All nie 5 .66 10. & .2 Nu 
gi Se Seal a — 0.1414 |—0.0040 |— 0.1454 S 
I4. » » 10.98 |10.67 10.98 110.67 — 3.4412 
| — 0.1554 |— 0.0024 |—0.1578 zZ 
I5. » » 10.96 10.66 10.95 |10.66 |+ 3.2858 2 
— 0.1384 |+0.0019 |— 0.1365 5 
18. »  » 10.95 |10.67 10.96 10.67 |— 3.4242 A Re = 
19. » _» 10.97 10.66 110.98 |10.66 |+ 3.2693 5% 2 3 Ss 
5. XI. » 10.38 |10.30 10.38 |T0.30 — 3.2884 2 
7.» 10.40 10.28 10.40 |T0.29 )+3.1383 De w 
19. »  » |10.26 [10.18 10.26 10.18 |+3.1743 
--0.1214 |+0.0009 |— 0.1205 z z x 
ZEN 10:25 Lo:E\To>SjLomT |, 3:29 5 | 22. X1.-15.X1. 
3. XI. » | 9.80 | 9.88| 9.80 | 9.88 |+3.1938 i .e ; % 15 _ nimmt stark ab. 
10. » » | 9.48| 9.67 | 9.47 | 9.66 | 3.2964 Sr a “ Kleine abs. Werthe. 
— 0.1175 |+0.0239 —0.09 
15. » » | 9.17| 9.38 9.17 | 9.38 |+ 3.1789 ! 2 - % 
15. I. 95| 8.06| 8.34 | 8.06 | 8.36 + 1.1962 REN ee; ei 15.-22.1. S,nimmtet- 
18. »  » | 8.06| 8.32 8.06 | 8.32 |—1.3240| BASS SE ze = was zu. Gröfsere 
| —. 0.1008 |—0.0056 — 0.1064 & ns 
19. » | 8.10| 8.31 | 8.11 | 8.30 |+ 1.2232 5 2% 2 abs. Werthe. 
22. » » | 812| 8.31| 8.12| 8.30 — 1.3185 ers ellne Be = Vom 22. an nimmt & 
— 229 1 — E 
25. » » | 808| 8.30 | 8.06 | 8.30 +1.2070 ee, | er zZ = ab: kleinereWerthe. 
26. » » | 8.06| 8.28| 8.06| 8.28 1.3086 me 
| — 0.0902 |— 0.0224 — 0.1126 || 5 
29. » » | 7.57| 8.08 7.56| 8.08 +1.2184 Bu 
— 0.1252 |+0.0007 |—0.1245 fo 3 
31. »  » | 7.34\ 7.88| 7.34| 7.88 | 1.3436 zus 
— 0.1372 |+0.01II — 0.1261 a = 
5. I. » | 7.21 7.61 | 7.19| 7.63 + 1.2064 2 o 
— 0.1335 |+0.0080 — 0.1255 IS _ 
» 1 6.75| 7-38| 6.73 | 7-38 |—1.3399 Lana 20008 Zaness © 
„ » | 6.58| 7.24 | 6.56| 7.26 + 1.2266 j = 
©, R 
20. » » | 6.07| 6.49 6.09| 6.50 — 2.5324 ee Aorsp Bes = 20.11.-4.1II. bei AU 
22. » » | 6.16! 6.54| 6.18| 6.54 + 2.4202 NEN 2 =  nehmendem $, grö- 
23. » » | 6.23| 6.57 | 6.25 | 6.57 — 2.5243 = a 3 fsere Werthe als 
| — 0.1338 |+0.0161 — 0.1177 = 
26. » » | 6.28| 6.62 | 6.29, 6.61 +2.3905 o vom 4. zum 7. Ill. 
—0.1338 + 0.0050 — 0.1288 = 5 
1. III. » | 6.35 | 6.69 | 6.36 | 6.69 — 2.5243 | RE mE & bei abnehmendem. 
4. » » 1 6.38| 6.71 | 6.39 | 6.71 + 2.4192 ES : ae nn 
7...» | 6.35| 6.69| 6.33 | 6.69 |— 2.4981 2 - : 
