156 



F. Renz, 



63 jy. 



1897. 3J[arz 30. 



157; 



Object. 



Scalenablesung. 



P.-Kr. 0° 



t-»-lc 



mm 



65.4268 



mm 



10000 



65.4252 

 44.4180 

 14-8242 

 113-8458 

 70.6850 

 68.8080 



-HI6 

 -1-20 

 -4-28 

 -1- 2 



-t-2I 

 -^17 



72.4290 

 72.8905 

 73.3680 



-HI4 

 -I-I4 

 -HI4 



72.4395 

 72.9240 



73-3815 



-+-I4 

 H-I4 

 -+-I4 



72.4375 

 72.9020 



73-3675 



H-I4 



-»-i4 



72.4245 

 72.9130 

 73.3910 



-^-I5 

 -^15 



72.4005 

 72.8859 

 73-3665 



H-l6 

 H-l6 

 •H-l6 



Geht du 



rch 



70.1960 

 70.2255 

 70.2050 

 70.2175 

 70.1870 



H-I7 



-+-I7 



-»-i8 

 -H18 

 -1-19 



73-4225 

 73-4245 

 73-4315 

 73-4360 

 73.4120 



-f-14 

 -1-14 

 -1-14 



-^15 

 -1-16 



71.2480 

 71.2655 

 71.2540 

 71.2650 

 71-2475 



-4-13 

 -+-13 

 -H14 

 -t-14 

 -^-15 



Hclsiuffforser Sternzeit 



der Aufn-alimen. 



Mittel. 



Bilder. 



Ctr. 



I 



J 



F 



H 



L 



K 





do 



II a 

 b 



c 

 d 

 e 



Ilia 



b 

 c 

 (I 

 e 



IV a 

 b 

 c 



d 



e 



62.9510 



62.9500 

 63.9558 

 113.5532 

 14.5UO 

 57.6875 

 59-5655 



55.9760 

 55.5110 

 55.0280 



55.9620 

 55-4850 

 55-0035 



55-9710 

 55.5050 

 56.0245 



55-9730 

 55.4950 

 54-9995 

 56.0050 

 55.5160 

 55-0155 



10000 



10 

 — 6 

 3 

 26 



12 

 18 



10000 







2 



38 



-33 

 — I 

 o 



0.0000 

 -21.0053 

 -505974 

 -48.4145 



- 5.2612 



- 3.3833 



- 6.9894 



- 7-4526 



- 7.9328 



- 7.0016 



- 7.4824 



- 7.95'8 



- 6.9961 



- 7.46(4 



- 7.9341 



- 6.9886 



- 7.4718 



- 7.9586 



- 6.9606 



H 7.4478 

 H 7.9384 



die Jupiter 



58.1760 

 58.1500 

 58.1665 

 58.1590 

 58.1850 



54.9550 

 54.9270 

 54.9460 

 54.9370 

 54-9595 

 57.1370 

 57.1220 

 57.1280 

 57.1180 

 57.1380 



sche 



- I 



- I 



- I 

 o 

 o 



- 9 



- 9 

 -10 

 -10 

 ■II 



ibe. 



4.7727 

 4.8004 

 4.7820 

 4.7920 

 4-7637 

 7.9966 

 8.0216 

 8.0056 

 8.0124 

 7.9892 



5.8178 

 5.8340 

 5.8253 

 5.8358 

 5.8170 



7-4583 

 7.4786 

 7.4640 

 7-4730 



11^ 15"' \r 



II 5 2 



5 34 



6 12 



11' 6"' 21' 



7 47 



Trabant — Jupiterscentrum. 

 Xf — a;:j( Mittel. f'^{xt~X'2f) Ja.{yt—>M) PlJ- 



—2.6856 

 — 2.6782 

 — 2.6820 

 —2.6810 

 — 2.6852 



-f-0.5383 

 -♦-0.5430 

 -*-o.54i6 

 -+-0.5394 

 -f-0.5403 



— 1.6405 

 — 1.6446 



— 1.6587 



— 1.6372 

 — 1.6319 



-2.6824 



-0.5405 



-1.63E 



—2:6773 



-0.5395 



-1.6354 



-0.0009 



— 0.00 10 



-0.00 10 



— 0.00 10 



Aa cos d 



—2:6763 



-0.5383 



—1.6355 



2—3 



3 



4 ellipt. 



4—5 ellipt. 



2—3 



1—2 



2—3*) 



2-3 



2—3 



3 



3—4 



3 



3—4 



3—4 



2-3^ 



2—3 



3 



2—3 



2—3 



3-4 

 3-4 

 3 



4 



4 



Scheinbare .Sldiff. ./ — Centrum = — 23:4037 

 j<'_ „ =—56.4495 

 H— » =-1-53.9945 

 A' — » = -H 3.8044 

 L— » =-+- 5.8355 



■ Ot:^ : 



10 15.2 



/°a = 0.99806 

 /a =0.99777 



/a =0.99806 



—4^ =-+-0.00117 

 Eefr. = -t- 4 



T.Tcji = -H 47 



J„ = -+-0.00168 



^ V= — 4-0 



*j Trabant HI stort bei Einstelluiig auf den Ost-Rand. 



*j Einstellung schwierig, da der Trabant mit dem T^ -rande zusammenfliesst. 



