7. October 1893. 
Bestimmung der Gravitationsconstante. 
Anfangsstellung 
Ho|sa 
‚Sm | Hm 
163 
I 
II 
II 
IV 
Yv 
492.1 487.5 
521.0 502.5 
480.3 501.1 
523.1 502.5 
E58 
I 3 +0.8.. 
492.1 
521.0 
481.0 
523.0 
ARTE 
r I 
489.8 
532.9 
489.7 
489.1 
533.0 
489.2 
537-7 537-4 
ıı ro 
501.7 
502.7 
501.1 
502.5 
480.1 500.8 481.0 
524.8 502.6 524.8 
480.9 501.0 481.7 
526.2 502.0 526.1 
MANS MTE 
u 
U70.8., 70 
Anfang 
Ende 
So -—lI1=0S 
So — 11.07 
13 +0.8., r1. 
b = 755.68 
b= 755.10 
489.1 
534-9 
489.7 
535-I 535.0 
ıı ro 
488.5 
535-1 
489.1 
502.0 
503.0 
502.9 
502.0 
© 
1 +08. ro 
& 
SE—ROTA 
„= 10.74 
483.2 
526.2 
480.5 
523.0 
IR Do 
DT. 
482.9 
526.5 
480.0 
523.0 
RE 
I 3 +0.8.. 
501.0 
502.0 
501.0 
502.0 
9. October 1893. 
Anfangsstellung A u 
Sd | Ho 
I 
ul. 
IV 
480.1 501.5 480.8 
533.9 502.9 533-3 
483.2 501.8 483.9 
534.0 502.7 533-7 
bi, BO 
LOL RW 
540.3 503.0 539-9 
488.9 501.6 489.3 
541.2 502.9 540.8 
485.7 501.4 486.3 
I 3_ 
I 3_ 
ro 
ENG 
Anfang &, = 11°09 
So = 11.13 
Ende 
537-7 
486.6 
540.1 
487.0 
487.1 501.2 
‚542.7 501.9 
485.0 502.1 
542.1 503.0 
ar, 
U, 
U 3_ 
Su = 10975 
RI 10.76 
10. October 1893. 
Anfangsstellung JE2 Mo! 
Hm | Sm 
I 
U 
III 
IV 
V 
517.5 499.1 517.3 
472.0 500.3 472.9 
514.5 502.1 514.5 
413.3 500.9 414.0 
3 +0.8.. 
Pe 
r I.+1.4. 
r 1.-+1.4. 
517.3 
475.0 
515.5 
475.1 
517.3 502.4 
474.0 501.7 
515.5 502.0 
474.3 501.0 
l3_+1,+0.8.. 
7 1.4.-+0.8, 
l3_ +1, 7 1.4.40.8, 
Anfang, 
Ende 
Se) 
So = 11.19 
516.5 502.0 516.8 
474-4 500.9 475-1 
517.5 501.8 517.5 
472.7 501.0 473.3 
13_+0.8.. r 1.+1.4. 
u3_ r I.+1.4. 
499.8 
500.2 
501.9 
500.1 
518.9 
472.6 
517.0 
473-6 
13_+#1,+0.8.. 
r 0.85+1.4. 
519.0 
413-3 
517.0 
474-3 
b 
b 
l3_+1, 7 0.8,+1.4. 
Du 
Du 
— 10°78 
10.78 
513.5 502.0 513.6 
472.9 501.0 473-5 
518.0 501.8 517.8 
475-1 500.9 475-9 
13 +08. r71-+1.4. 
VS r 1.-+1.4. 
