POSITIONEN DER JuPITERSTRABANTEN NACH PHOTOGRAPHISCHEN AuFKAHMEN. 



123 



eihe. 



1896. ]\J[ftrz 29. 



Decl. 



Scalenablesung. 



s 



y 



*„-H*c-H* J 





j2 



— tgl sin 1' 



jj2 



y — — tgl sin 1' 



Beraerkungen 











3 





zur Aufnahme. 





P.-Kr.90° t-+-l- P.-Kr.270° 



t-t-J; 

















AQbaltst 



erne 



mm 



10000 



wie 56 A. 



mm 



10000 



mm 



10000 

















mm 





mm 







mm 



mm 













67.1440 



-HIO 



61.2750 



-HII 





-H 4.2108 











Bilder 4. 





66.7645 



-HIO 



61.6480 



-HIO 





-H 3.8346 



-H 3.8308 













66.3850 



-HI2 



62.0420 



-HIO 





-+- 3-4470 















65.5080 



-f-l8 



62.9170 



-HIO 





-+- 2.5723 















65.1390 



-HI8 



65.2850 



-HIO 





-H 2.2038 



-H 2.2026 













64.7620 



-I-I8 



63.6325 



-+- 9 





-H I.8316 















61.9815 



-»-n 



66.4395 



-H 9 





— 0.9525 















61.6185 



-f-ii 



66.8005 



->- 9 





— 1-3145 



— I.3I7X 













61.2470 



-H12 



67.1690 



-H9 





— 1.6844 















60.2330 



-+-16 



68.1825 



-H19 





— 2.6985 















59-8745 



-+-16 



68.5470 



-HI4 





— 3.0598 



— 3.0566 













59.5260 



-*-i6 



68.9020 



-H14 





- 3-4115 

















Trabact — Jupiterscentrum. 

















vt—y^ 



Mittel. 



f'^iyt—Vit) /^ (Xf-a;:^) -(xf2-a;2^)I 



Ph. AS 





mm 



mm 















67.2240 



-1-II 



61.1860 



-HII 





-*- 4-2954 



-HO.4646 

















65.5895 

 62.0785 



-•-13 

 -1-12 



62.8230 

 66.3595 



-HIO 

 -HII 





-H 2.6598 

 — 0.8540 



-HO.4572 

 -HO.463I 



-HO.462O 



-H0.'4 590 



— o.'oo45 



— 0.'00I2 



-H0.'0002 



-4 0:4535 





60.3395 



-^•7 



68.0795 



-HI9 





— 2.5937 



-HO.4629 

















67.4505 



-i-ii 



60.9620 



-HII 





-H 4.5206 



-4-0.6898 

















65.8190 

 62.3040 



-^13 

 -t-12 



62.5970 

 66.1 105 



-HIO 



-HII 





-H 2.8876 

 — 0.6268 



-HO.685O 

 -HO. 6903 



-H0.6888 



-H0.6845 



—0.0067 



—0.0020 



-H 0.000 2 



-h(».6758 





60.5640 



-*-i3 



67.8490 



-HI9 





2.3664 



-HO.69O2 

















66.0440 



-t-ii 



62.3515 



-*- 9 





-H 3.1228 



—0.7080 

















64.4155 

 60.8990 



-+- 9 

 -♦-II 



65.9800 

 67.4940 



-H 8 



-HI8 





-H 1.4942 

 — 2.0214 



— 0.7084 

 -0.7043 



—0.7065 



— 0.7018 



-H0.006J 



-HO.OOII 



-H0.0002 



—0.6942 





59-1595 



-HII 



69.2360 



-HI 3 





3.7620 



—0.7054 

















65.3440 



-^16 



65.0410 



-HIO 





-H 2.4282 



— 1.4026 

















65.7150 

 60.1940 



-♦- 8 

 -1-14 



64.6770 

 68.1950 



-^17 

 -HI9 





-H 0.7940 

 — 2.7244 



1.4086 



— 1.407^ 



— 1.4063 



-1-397' 



-H0.0149 



-HO.OOI3 



-HO.OC02 



-1.3807 





58.4525 



-+- 5 



69.9310 



-»-i7 





— 4-4634 



— 1.4068 

















1 Scheiubare Decldiff. wie 



56 A. 



f°fj =0.99346 



A =0.99295 

 fn =0.99348 



i°g = -H0.002 36 



t> = -hO.00226 ^ 15 = -h 7:8 



J^ =-H 0.00241 













h 



= -H2I° 2 



•4 























