Bestimmung der Graviationsconslante. 135 
Ho | Sp 
1. April 1892. Anfangsstellung 
5 ° Sm | Hm 
I m 11T va 
v3 
516.0 497-8 516.0 517.1 498.2 517.0 |469.3 505.3 471.2 | 473.2 503.0 475.0 |516.4 496.0 516.0 
472-9 501.0 474.1|477-9 500.1 479.0 521.9 498.4 521.3 517.2 499.3 517.0|471.0 498.9 472.2 
516.0 500.4 516.0 513.9 497.8 514.1 472.8 498.5 474.0 474.5 499.1 475.8 517.1 497.5 517.0 
471.2 498.8 472.3 477.0 499.6 478.0 | 514.3 497.2 514.2 |522.1 496.3 521.7 |472.7 499.6 474.1 
510.7 501.0 510.9 | 516.8 497.2 516.7 |469.2 501.9 470.8 | 472.9 501.3 474.2 |511.0 498.8 511.0 
461.2 507.7 463.4 | 472.0 501.6 473.6 | 515.8 494.1 515-4 | 522.9 494.9 522.7 | 467.9 502.0 469.4 
1 9541.4.+1. 70 |19,+1.4. 7 Iu | 19,+1.4.+1. 7 0.8. 1 9,+1.4. 7 1440.8.) 1 9,-+1.4.+1. 7 0 
19,+1.4.+1. 7 0.8. 19,+1.4. 7 I,#+0.8.19,+1.4.+1. r0 |19,-H1.4. 7 Iu \19,+1.4.+1. r 0.8. 
Anne Serlea beriesar] ran 
Ende H=722 bei lan 1. 
! wegen Nullpunktscorreetion +0.05 zu corr. 2 dgl. +o.1 zu corr. > dgl. +0.15 zu corr. 
2r April 1892. Anfangsstellung am Sm 
Sp | Ho 
I II II IV V 
476-4 498.1 477.4 | 478.4 498.7 479.1 |481.0 498.7 482.0 | 478.1 498.8 479.5 481.7 499.0 482.2 
516.1 500.0 516.0 | 516.0 498.7 516.0 |518.4 498.0 518.0 |520.4 500.3 520.2 | 515.1 499.2 515.1 
475-9 498.3 476.9 | 474.1 498.0 475.3 | 473.5 498.3 474.6| 523.0 497.5 522.7 473-4 498.1 474-5 
512.4 500.7 512.6|512.1 500.1 512.0|512.1 499.4 512.0|481.0 498.5 481.9 | 521.0 500.1 520.5 
475.9 498.8 476.8 | 474.4 498.5 475-5 474-5 498.0 475-5 519.8 501.3 519.2 476.7 498.1 477-7 
513.1 498.6 513.0 | 515.8 500.4 515.8 484.3 498.6 485.0 | 516.0 500.0 516.0 
481.5 498.1 482.1 478.0 501.5 479.2 | 474-4 498.5 475-5 
474-6 499.6 475.9 | 
1 1.4.49, Bel 9, r 0 11.4.49, n32l03229% r 0 11.4.+9. IB 
1 1.4.-+9,+0.8, 7 32113. 4+9,+0.83, 7 0|11.4.49,+0.8, r 32|13 +9,+0.8, 7 0|11.4.+9,+0.8, 7 32 
Anfane 7.25 b=nr6559 Su= 1-43 
Ende He Ela Reli 
Hop 
. April 1892. Anfangsstellun 
Sl 3 ” 2 Sm | Hm 
I IL! III! IVv2 v2 
526.0 497-5 525.8 | 522.8 495.0 522.3 |473.2 499.0 474.8 471.0 501.0 472.6 | 520.5 500.2 520.2 
478.0 506.0 479.7 |471.1 500.3 472.6 | 517.0 494.9 516.8 517.4 499.1 517.2 | 482.8 503.0 484.0 
524.0 499.0 523.7 | 512.3 499.0 512.7 |478.6 499.0 480.0 | 465.9 504.9 467.6 | 526.0 491.5 525.3 
476.2 502.8 477-8 | 472.2 499.3 473-7 524-3 491.6 523.9 513.7 497.7 513.8 472.1 501.7 473.6 
517.9 498.3 517.8 |527.5 483.9 526.7 |472.0 505.0 473.9 | 471.9 505.3 473.5 | 526.2 485.9 525.3 
471.3 503.0 473.3 |471.0 50I.0 472.7 | 520.1 496.4 521.0 514.2 494.0 514.0 474.8 500.6 476.0 
1 9,43 41.4. I 941.4. ?r Iv 19.43 +1. | 2 90+1. m 1.4. 19,83. 41.4. 
7 Iu+08. ı 19,4. vr 14. Tr 0.8.+1.4..), 1 9,41.4. 7 Iu 7 0.8.+Iu 
I 9,+3_ +1. 1 9,+3_ 41.4: I 9,+3_-+1. 
r 1.4.0.8. r 0.8.+Iu | 7 0.8.+1.4.. 
Ang Bernd bEemongı Sr 
Ende Her23 DEN E14 
! wegen Nullpunktsverschiebung -+o.1 zu corr. 2 dgl. +0.2 zu corr. 
