146 

















F. Renz, 











62 hi. 





1896. .A^pril 19. 









M 15a 





Object. 



Scalena 



blesuiig. 



s 



X 



'^w-*-'^c-*-'^o 



Pulkowaer Steruzeit 



Bilder. 





P.-Kr. 0° 



t-^-k P.-Kr. 180= 



t-t-k 







3 



der Aufnabmen. 



Mittel. 









AnhaUst 



erne 



mm 

 10000 



wie 62 A. 



mm 



10000 



mm 



10000 











: 







mm 





mm 







mm 



mm 







1 





'^9w 



57-7460 



-f- 5 



70.6585 



-HI3 





— 5-I770 





, 





.J 





9c 



58.1170 



-f- 5 



70.2820 



H-I7 





— 4.8034 



— 4.8000 



II 44™ 5' 





2 :, 





9o 



58.5020 



-1- 5 



69.8995 



-+-I7 





— 4-4196 













^K 



57.8240 



-•- 5 



70.5775 



-4-12 





— 5.0974 













\ 



58.2070 



■+- 5 



70.1930 



-4-l6 





- 4.7138 



— 4.7IIO 



44 37 





2—3 





K 



58.6005 



-t- 5 



69.8025 



-I-I6 





— 4.3218 







ll'' 44'" 56*1) 







*hv 



57.7890 



-H 6 



70.6190 



-+-I2 





— 5-1356 













'c 



58.1650 



■+- 6 



70.2415 



-Hl6 





— 4-759C 



— 4.7551 



45 12 





2 





«0 



58.5520 



-i- 6 



69.8520 



-4-l6 





— 4.3708 













*fc,p 



57-7715 



-•- 6 



70.6285 



-♦-16 





— 5-1493 













h 



58.1605 



-+- 6 



70.2345 



-•-16 





— 4-7578 



— 4-7567 



45 50 





2 





h 



58.5600 



H- 6 



69.8445 



-4-16 





— 4.3630 













Trabant — Jupiterscentrum. 



















xt—x:ii 



Mittel. f'^ixt-x^J^ivt-y^) Pb. 



Aa cos 







mm 



mm 













^9 



57-2475 



-^- 9 



71.1390 



-HI 5 





— 5.6662 



—0.8662 













2-3 





h 

 i 



57-3375 

 57.2925 



-»- 9 



-HIO 



71.0510 

 71.0930 



-«-I2 

 -«-I2 





— 5-5772 



— 5.6206 



—0.8662 

 —0.8655 



—0.8669 



—018609 



-4-0.'000I 



— 0.'0028 



-0:8636 



2—3 

 2 





k 



57.2860 



-HIO 



71.0980 



-♦-12 





— 5.6264 



—0.8697 













2 





ll9 



56.5750 



-+- 9 



71.8150 



-t-12 





— 6.5404 



— 1.5404 













2—3 





h 



56.6615 



-+- 9 



71-7255 



-HI 





— 6.2524 



-1.5414 



— I.54II 



— 1.5304 



-4-0.0001 



—0.0028 



— 1.5331 



3 





i 



56.6210 



-HIO 



71.7650 



-4-II 





— 6.2924 



—1-5373 



J^ 



J J ^ 









Q 





k 



56.6115 



-+-I0 



71-7750 



-HI I 





— 6.3021 



— 1-5454 













2—3 





Ulg 



61.9610 



-^ 9 



66.4210 



-l-II 





— 0.9504 



-H3.8496 













2-3 





h 



i 



62.0575 

 62.0115 



-+- 9 

 -+- 9 



66.3275 

 66.3740 



-HII 

 -l-IO 





— 0.8554 



— 0.9016 



-H3.8556 

 -^-3■8535 



-4-3.8524 



-4-3.8256 



—0.0003 



—0.0028 



-4-3.8225 



2—3 



2 





k 



62.0095 



-HID 



66.3800 



-HIO 





— 0.9056 



-+-3.8511 













2—3 





IV 3 



63.5380 



-i- 8 



64.8550 



H-l6 





-1- 0.6208 



-1-5.4208 













3—3 unterexp. 





h 



i 



63.6295 

 63.5880 



-»- 8 

 -+- 8 



64.7605 

 64.8045 



-*-i7 



-4-16 





-4- 0.7138 

 -+- 0.6710 



-t-5.4248 

 -4-5.4261 



-4-5.4239 



-4-5.3863 



—0.0004 



—0.0028 



-4-5.3831 



3 



2-3 





k 



63.5835 



-*- 9 



64.8080 



-H16 





-+- 0.6671 



-4-5.4238 













1-2 { 











1 







Scheinba 



re ^diff. wie 62 A. 



/°a — 0.99302 —i°(j, = -4-0.00078 



U =0.99264 -la =-«-0.00065 ;<.«^ = -2:2 



Befr. = -4- 16 



Tx^ =- 55 

 /'a =0.99306 J^_ =-4-0.00028 



8 9.9 







Die 



Lorn 



.•ction des C. 



irouo 



metei 



s =0^ ang( 



>uommeii. I 



)er Febler 



iibersteigt j( 



Hlenfalls nic 



bt ±5'. 







