A. B erbekich : 



l 



(216) Klcopatra 



(217) Endora 





(218) Bianca 



log 



r sin 



b 



f) 





log 

 r cos b 



r sin 



b 



t 





log 



b 



r sin b 



t 





r cos b 



















r cos 







0° 



■3310 



+0.292 





96.646 





•3332 



—0.108 





00.255 





•453 6 





—0.120 



98.298 





56 





77 





80 



143 





69 





8j 





55 



134 



146 



10 



•3 2 54 



+0.215 





96.726 





•3475 , 



-0.177 





00.339 





•4591 





-0-254 . 



98.444 . 



20 



33 

 .3221 



+0.134 



81 



96.805 



79 



, 165 

 •3640 



—0.246 



69 



00.429 



90 



.4626 



35 



128 



-0.382 



148 

 98.592 





12 





83 





77 



l8 5 





68 





97 





14 



115 



x 5° 



30 



•3209 — 



+0.051 





96.882 





•3825 



-0.314 





00.526 





.4640 





-0-497 



98.742 





8 





85 





77 



203 





65 





107 





3 



99 



150 



40 



•3217 



-0.034 





96.959 





.4028 



-0-379 





00.633 





•4637 





-0.596 



98.892 





28 





84 





78 



2T8 





60 





117 





19 



79 



149 



50 



■3245 



-0.118 





97-037 





.4246 



-0-439 





00.750 





.4618 





-0.675 



99.041 



60 



5° 

 •3295 



—0.201 



83 



97.117 



80 



229 

 •4475 



—0.492 



53 



00.880 



130 



.4588 



3° 



55 

 -0.730 



148 

 99.189 





,-■ ^ I 





- 80 





81 



„ 233 





4 2 





'45 





39 



3° 



145 



70 



•3366 



—0.281 





97.198 





■4708 



-o-534 





01.025 





■4549 





—O.760 



99-334 





9 1 





76 





85 



231 





27 





161 





46 



6 



r 43 



So 



•3457 



-0-357 





97.283 





■4939 



-0.561 





01.186 





•4503 





-O.766 — 



99-477 





"3 





70 





89 



220 





10 





179 





5° 



18 



140 



90 



•3570 



-0.427 





97.372 





•5i59 



-0.571 







01.365 





■4453 





-O.748 



99.617 





'35 





62 





94 



197 





'3 





197 





52 



40 



136 



100 



•3705 



—0.489 





97.466 





•5356 , 



-0.558 





01.562 





.4401 





-O.708 



99-753 





« ~ J 35 





52 





IOI 



104 





36 





214 





54 



61 



133 



110 



•3858 



-0-541 





97-567 





•55 2 ° 



-0.522 





01.776 





■4347 





-O.647 „ 



99.886 





171 





41 





108 



121 





61 





229 





57 



80 



129 



120 



.4029 



-0.582 





97-675 





•5641 „ 



—0.461 





02.005 





.4290 





-O.567 



00.015 





, 187 





28 





118 



68 





84 





238 





60 



95 



126 



130 



.4216 



—0.610 





97-793 





•5709 



-0-377 





02.243 





•4230 





-O.472 



00.141 





r 97 





11 





128 



10 





102 





243 





63 



106 



' 2 3 



140 



•4413 



—0.621 



— 



97.921 





•5719 — 



-0.275 





02.486 





.4167 





-O.366 



OO.264 





202 





8 





141 



50 





"3 





242 





67 



115 



119 



150 



•4615 



-0.6 r 3 





98.062 





•5669 



—0.162 





02.728 





.4100 





-O.25I 



OO.383 



160 



.4S14 



-0.582 



31 



98.215 



153 



109 

 •556o . 



—0.046 



116 



02.960 



232 



.4030 



70 



119 

 -O.I32 



115 

 OO.49S 





186 





55 





169 



IOO 





in 





218 





7 2 



120 



112 



170 



•S 00 ° « 



-0.527 





98.384 





•5400 



+0.065 





03.178 





■39S8 





—0.012 



OO.ÖIO 





166 





80 





184 



200 





100 





201 





73 



116 



108 



180 



.5166 



-0.447 





98.568 





.5200 



+0.165 





03-379 





■3885 





+0. 1 04 



OO.718 



190 



133 

 •5299 



-0.344 



103 



98.764 



196 



- 331 

 •4969 



+0.249 



84 



03-561 



182 



•3815 



70 



109 

 +O.213 



104 

 OO.822 





90 





123 





207 



248 





66 





162 





66 



99 



IOI 



200 



■5389 



—0.221 





98.971 





.4721 



+o-3'5 





03-723 





•3749 





+O.312 



OO.923 



210 



42 

 ■5431 — 



—0.085 



136 



99-185 



214 



.4468 2 " 



+0.364 



49 



03.868 



145 



■3691 



58 



87 



+0-399 



99 

 OI.022 



220 



11 

 •5420 



+0.056 



141 



99.400 



215 



249 

 •4219 



+0.396 



32 



03.998 



130 



•3645 



46 



75 

 +0-474 , 



9 6 



01. 118 





65 





136 





211 



2 37 





18 





"5 





30 



61 



94 



230 



•5355 



+0.192 





99.611 





-3982 



+0.414 





04.113 





■3615 





+0-535 , 



OI.2I2 





112 





123 





203 



. 218 





4 





104 





] 3 



•• 6 



93 



240 



•5243 



+0.315 





99.814 





•3764 



+0.418 





04.217 





•3602 





+0.581 



01.305 





151 





103 





189 



■95 





7 





94 





7 



31 



94 



250 



•5092 „ 



+0.418 





00.003 





•3569 . 



+0.41 1 





04.311 





■3609 





+0.612 



OI.399 



260 



180 

 .4912 



+0.499 



81 



oo.i 81 



178 



169 

 •3400 



+0-394 



17 



04.398 



v 7 



•3636 



27 



+0.627 — 



94 

 OI-493 



270 



197 

 •4715 . 



+0.555 



56 



00.343 



162 



, 139 

 .3261 



+0.369 



25 



04.479 



81 



■3683 



47 



1 

 +0.626 



OI.588 9 



280 



200 



•4509 



+0.588 



33 



00.490 



147 



HO 



•315* „ 



+0.336 



33 



04-556 



77 



■3750 



67 



, '7 

 +0.609 



01.686 s 



290 



205 



•4304 



+o-599 



11 



00.624 



134 



80 



•3071 



+0.297 



39 



04.629 



73 



•3835 



85 



34 

 +0-575 



OI.788 





ig6 





6 





123 



49 





45 





71 





98 



52 



106 



300 



.4IO8 



+0.593 





00.747 





.3022 



+0.252 





04.700 





•3933 





+0-523 



01.894 





184 





2 3 





in 



■9 





So 





70 





108 



71 



in 



310 



•39 2 4 ^ 



+0.570 





00.858 





•3003 



+0.202 





04.770 





.4041 





+o-452 Q0 



02.005 





166 





36 





104 



II 





55 





7'-' 





112 



88 



117 



320 



•3758 



+0-534 





00.962 





•3014 



+0.147 





04.840 





■4153 





+O.364 



02.122 



330 



, 145 

 •3 6l 3 



+0.486 



48 



01.058 



96 



39 

 •3053 ; 



+0.088 



59 



04.910 



7" 



.4264 



in 



104 

 +O.260 



123 

 02.245 





123 





57 





90 



67 





63 





72 





104 



118 



130 



340 



■3490 



+0.429 





01.148 





.3120 



+0.025 





04.982 





•4368 





+O.I42 



02.375 





IOI 





65 





86 



94 





66 





75 





92 



128 



136 



350 



•3389 



+0.364 





01.234 





•3214 „ 



—0.041 





05-057 





.4460 





+O.OI4 



02.511 



360 



79 

 •33'o 



+0.292 



72 



01.316 



82 



11S 

 ■3332 



—0.108 



67 



05-136 



79 



•4536 



76 



'34 

 —O.I20 



02.651 





T 1886.485 



e 0.2507 





T 1900.941 



e 0.3031 





r 



1893.658 e 0.1150 





M 277°io' 



a 2.794 





M 75 4' 



a 2.877 





M 



96 5' a 2.666 





CO 176 12 



h 77-o8 





w 150 33 



f 73-76 





0) 



58 49 j-i S2?68 





fi 2l6 O 







Q 164 1 







Q 



171 2 





i 1; 



2.4 



ü 



4:670 





i ic 



15.6 



U 



4*881 





i 



11 



12 ü 



4-353 



*) Nach Beobachtungen aus 1910 erfordert t jetzt die Korrektion +OV02S. 



