32 



A. B EKB ERICH 



l 



(83) Beatrix 



(84) Mio 



(85) Io 



log 



b 



r sin 



b 



t 





log 

 r cos b 



r sin 



'> 



t 





log 

 r cos b 



r sin b 



t 





r cos 























o° 



.4201 





—0.107 





97- 2 S9 





■2598 



+0.161 





02.159 





.3420 



+0.187 



95.881 







9 





37 





124 



52 





44 





62 



94 



74 



,„87 



IO 



.4210 





—0.070 





97-383 





.2650 



+0.205 





02.221 





•3514 „ 



+0.113 



95.968 



20 



.4207 



3 



-0.031 



39 



97-508 



125 



.2726 



+0.245 



40 



02.286 



65 



108 

 .3622 



81 

 +0.032 



02 



96.060 



3° 



.4190 



17 



+0.009 



40 



97.632 



124 



.2825 s 



+0.280 



35 



02.354 



68 



119 

 •3741 



86 



-0.054 „ 



96.157 9? 



40 



.4161 



29 



+0.049 



40 



97-755 



123 



122 



•2947 



+0.310 



3° 



02.426 



72 



.3868 I27 



89 

 -0.143 



I02 



96.259 







40 





37 





121 



141 





23 





75 



J 3 2 



9 1 



log 



5° 



.4121 





+0.086 





97.876 





.3088 



+0-333 





02.501 





.4000 



-O.234 „ 



96.368 



6o 



.4071 



5° 



+0.119 



33 



97-994 



118 



_ J 59 

 •3247 



+0.348 



15 



02.582 



81 



•4135 I35 



89 

 -0.323 „ 



, n6 

 96.484 



7° 



.4014 



57 



+0.148 



29 



98.110 



116 



174 

 •3421 



+0.354 



6 



02.670 



88 



.4269 I34 



84 

 -O.407 



96.607 



8o 



•3951 



63 



+0.172 



24 



98.222 



112 



c c l8s 

 .3606 



+o.349 



5 



02.765 



95 



130 



■4399 



75 

 —O.482 



, 130 

 96.737 



90 



.3886 



65 



+0.190 



18 



98.331 



109 



191 



•3797 



+0-333 



16 



02.869 



104 



123 

 •4522 



, 64 

 -O.546 



96.876 I39 







66 





11 





105 



189 





29 





114 



115 



49 



147 



100 



.3820 





+0.201 





98.436 





•3986 



+0.304 





02.983 





■4637 



-0-595 



97.023 



HO 



•3755 



65 



+0.206 



5 



98.539 



103 



1S1 



.4167 



+0.262 



42 



03.106 



123 



I02 



•4739 



-O.626 3I 



154 

 97-177 , 



120 



■3694 



61 



+0.204 



2 



98.639 



100 



163 

 •433o 



+0.206 



56 



03.239 



133 



.4823 84 



-O.636 



160 



97-337 „ 



130 



•3639 



55 



+0.197 



7 



98.736 



97 



<:- I37 

 •4467 



+0.138 



68 



03.382 



143 



.4886 63 



-O.623 



167 

 97-504 



140 



•359° 



49 



+0.185 



12 



98.830 



94 



104 

 •4571 



+0.061 



77 



03-533 



151 



.4926 



-O.588 33 



s I ^° 

 97-674 







4i 





18 





93 



61 





82 





158 



14 



58 



173 



'5° 



■3549 





+0.167 





98.923 





.4632 



—0.021 





03.691 





•4940 — 



-0-530 



97-847 



160 



■35i6 



33 



+0.145 



22 



99.014 



9 1 



c l8 

 .4650 



—0.104 



83 



03-851 



160 



15 

 •4925 



77 



-0-453 



O T '2 

 98.019 



170 



•3492 



24 



+0. 1 1 9 



26 



99.104 



90 



.4624 



-0.183 



79 



04.011 



160 



.4879 46 



-0.360 93 



98.189 I? ° 



180 



•3478 



14 



+0.090 



29 



99.194 



90 



, 68 

 ■4556 



-0.253 



70 



04.167 



156 



.4802 " 



IO3 



-0.257 



98.354 l65 



190 



•3474 



4 



+0.059 



3 1 



99.282 



88 



107 

 •4449 



-0.310 



57 



04-317 



150 



.4698 io4 



io 9 

 —O.I48 



98.513 I39 







5 





33 





89 



138 





43 





142 



128 



108 



130 



200 



■3479 





+0.026 





99-371 





•43 11 



-0.353 





04-459 





■4570 



—0.040 



98.663 



210 



•3494 



15 



—0.008 



34 



99.461 



90 



r 59 

 •4152 



-0.380 



27 



04-592 



133 



.4425 I45 



, i°3 

 +O.063 



98.804 I41 



220 



•3517 



23 



—0.042 



34 



99-551 



90 



175 



•3977 „ 



-0-393 



'3 



04.714 



IJ2 



.4268 I57 



94 

 +O.I57 



9S.935 ' 3I 



230 



■3549 



32 



-0.075 



33 



99.642 



9i 



182 

 ■3795 „ 



-0.391 



2 



04.827 



".< 



163 



■4105 3 



83 

 +O.240 



122 



99-057 



240 



■3589 



40 



—0.107 



32 



99-735 



93 



1S2 

 •3613 



-0.378 



13 



04-93 1 



IO4 



162 



•3943 



69 

 +O.309 



114 

 99.171 







47 





29 





95 



177 





23 





96 



nn I55 



55 



105 



250 



•3636 





-0.136 





99.830 





■3436 „ 



-0-355 





05.027 





•3788 



+O.364 



99.276 



260 



.3688 



52 



—0.162 



26 



99.927 



97 



,„ 168 

 .3268 



-0.323 



32 



05-115 



88 



.3645 M3 



41 

 +0.405 



99 

 99-375 



270 



■3746 



5« 



-0.183 



21 



00.026 



99 



153 

 •3"5 „ 



-0.285 



38 



05.I97 



82 



•3518 »' 



29 

 +0.434 



, 92 

 99-467 Q0 







61 





17 





102 



138 





44 





76 



105 



15 



88 



280 



.3807 





—0.200 





00.128 





•2977 



—0.241 





05-273 





■3413 



+0-449 



99-555 



290 



.3870 



63 



—0.2 11 



XI 



00.233 



105 



120 

 •2857 



—0.194 



47 



05-345 



72 



83 

 •3330 



+O.453 — 



c 8 3 

 99.638 







63 





5 





108 



IOI 





50 





69 



59 



8 



81 



300 



•3933 





—0.216 



— 



00.341 





• 2 756 



—0.144 





05.414 





.3271 



+0.445 



99-719 . 



310 



•3994 



61 



—0.214 



2 



00.452 



in 



82 

 •2674 



—0.092 



52 



05.480 



66 



•3236 



^ x 9 

 + O.426 



80 



99-799 



320 



.4051 



57 



-0.205 



9 



00.566 



"4 



■2615 



-0.039 



53 



05.544 



64 



9 

 •3227 — 



„ 28 

 +O.398 



99-878 79 



33° 



.4102 



51 



—0.190 



15 



00.683 



117 



, 39 

 • 2 576 , 



+0.013 



52 



05.606 



62 



16 

 •3243 „ 



39 

 +0-359 



99-956 „ 



340 



.4146 



44 



-0.168 



22 



00.803 



120 



■" 16 

 .2560 



+0.064 



5i 



05.667 



61 



•3281 38 



49 

 +O.3IO 



80 

 OO.036 







33 





28 





122 



7 





50 





62 



60 



57 



82 



35° 



•4179 





—0.140 





00.925 





•2567 



+0.1 14 





05.729 





•3341 



+0.253 



OO.IlS 



360 



.4201 





—0.107 



33 



01.049 



124 



•2598 ^ 



+0.161 



47 



05-791 



' j 



79 

 •3420 



X 66 



+O.1S7 



S4 

 00.2O2 





T 



189I.O3O 



e 0.0847 





T 1904.226 



e 0.2361 





T 1889.113 e 0.1938 





M 



295° 16' 



a 2.431 





il/217 5' 



a 2.363 





üfi8o°io' a 2.653 





CO 



163 24 



H 94?96 





0> 12 46 



/' 99?i2 





(o 120 16 /( 83?3i 





a 



27 40 







Q 327 29 







Q 203 47 





i 



A 



\ 59-7 



ü 



3"79o 





i > 



) 21.5 



D 



"3-632 





i I] 



53-9 V 



4-321 



