42 



A. Berberich: 



l 



(115) Thyra 



(116) Sirona 



(117) Lomia 



log 



r cos b 



r sin 



b 



t 





log 



r cos b 



r sin 



h 



t 





log 



b 



r sin b 



t 





















r cos 







0° 



.2972 



-t-o-3'5 





97.661 





4913 f.. 



-0.175 





99-371 





.4662 





+0.142 



97.642 



10 

 20 



9* 



.2881 



68 

 •2813 



+0.348 

 +0.370 



33 



97-733 

 97-803 



72 

 70 



Ol 



4852 ,6 

 , 70 



4776 fin 



-0.156 

 -0.132 



19 

 24 



99-531 

 99.687 



IOO 



156 



•4637 



.4609 



25 

 28 



129 

 +0.271 



120 

 +0-39I , 



J 4 2 



97-784 



I40 



97-924 



30 



, 44 

 .2769 



+0.383 



13 



97.870 



67 



4687 



-0.105 



27 



99.836 



149 



.4580 



29 



10G 



-I-0.497 



98.062 ' 3 



40 



19 

 ■2750 — 



+0.386 



3 



97-937 



67 



IOO 



4587 



-0.075 



30 



99-979 



143 



•4553 



27 



9° 



+0.587 



98.197 I35 





6 





6 





67 



105 





31 





136 





21 



72 



134 



5° 



•2756 



+0.380 





98.004 





4482 



—0.044 





00.115 





•4532 





+0.659 



98.33I 



6o 



.2788 * 



+0.364 



16 



98.071 



67 



106 



4376 , 



—0.014 



3° 



00.245 



130 



•45i8 



14 



53 

 +0.712 



98.465 I34 



70 



•2844 



+0-339 



25 



98.139 



68 



106 



4270 



+0.016 



30 



00.369 



124 



■4515 



3 



33 



+0-745 



98.598 I33 



80 



79 

 .2923 



+0.304 



35 



98.210 



71 



103 



4167 



+0.044 



28 



00.487 



118 



■4523 



8 



12 



+0.757 — 



98.731 I33 



90 



IOO 



■3023 



+0.260 



44 



98.284 



74 



95 

 4072 



+0.069 



25 



00.600 



113 



•4542 



19 



ro 



+0.747 



98.865 " 34 





117 





54 





77 



86 





22 





107 





29 



31 



136 



100 



•3I40 



+0.206 





98.361 





3986 



+0.091 





00.707 





•4571 





+0.716 



99.001 



110 



130 

 .3270 



+0.143 



63 



98.443 



82 



75 



39" , 



+0.110 



19 



00.811 



104 



.4608 



37 



+0.664 



138 



99-139 





140 





71 





87 



6l 





15 





101 





43 



72 



140 



120 



.3410 



+0.072 





98.530 





3850 



+0.125 





00.912 





•4651 





+0.592 



99.279 



130 



145 



■3555 , 



—0.007 



79 



98.623 



93 



47 

 3803 



+0.137 



12 



01.01 1 



99 



.4697 



46 



91 

 +0.501 



J 43 

 99422 





146 





84 





100 



31 





7 





96 





46 



IOQ 



s r. 146 



140 



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—0.091 





98-723 





3772 



+0.144 





01.107 





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99.568 





143 





86 





106 



14 





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95 





40 



124 



149 



150 



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98.829 





3758 — 



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01.202 





•4783 





+0.268 



99-717 



160 



J 35 



•3979 



-0.263 



86 



98-943 



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3760 



+0.148 







01.298 



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•4815 



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'34 

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99.869 I52 



170 



123 

 .4102 



-o-345 



82 



99.063 



120 



'9 



3779 



+0.144 



4 



OI-394 



96 



.4836 



21 



141 

 —0.007 



154 

 00.023 



180 



108 

 .42IO 



-0.419 



74 



99.191 



128 



3814 35 



+0.136 



8 



01.491 



97 



.4846 



10 



-O.I48 MI 



154 

 00.177 



190 



89 

 ■4299 



—0.482 



63 



99-324 



133 



3865 5I 



+0.124 



12 



01.590 



99 



4844 



2 



-O.284 I36 



155 

 00.332 





69 





48 





137 



65 





15 





102 





13 



127 



154 



200 



.4368 



-o-53° 





99.461 





393o ?8 



+0.109 





01.692 





.4831 





—0.4 II 



00.486 



210 



47 

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-0.560 



3° 



99.603 



142 



4008 



+0.090 



19 



01.797 



105 



.4811 



20 



113 

 -O.524 



, '53 

 OO.639 



220 



23 

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-0.570 



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99-747 



144 



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+0.067 



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01.906 



109 



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25 



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I 





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114 





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99.892 





4193 



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02.020 





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00.036 



144 



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02.139 



119 



•4734 



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-O.748 



148 



01.088 





53 





49 





141 



107 





29 





125 





21 



31 



146 



250 



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00.177 





4403 



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02.264 





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OI.234 



260 



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—0.416 



64 



00.314 



137 



107 



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31 



02.396 



132 



■4697 



16 



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-0.787 — 



145 

 01-379 



270 



96 

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-0.340 



76 



00.446 



132 



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31 



02.535 



139 



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02.679 



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290 



131 

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—0.167 



88 



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119 



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02.829 



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142 





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in 



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2 3 





157 





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300 



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02.986 





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03-3 12 



165 



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01.178 





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03-647 





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02-533 





127 





53 





80 



24 





7 





167 





12 



136 



144 



35° 



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+0.273 





01.258 





4956 



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03.814 





.4682 





+0.006 



02.677 





in 





42 





75 



43 





14 





163 





20 



136 



I43 



360 



■2972 



+o-3i5 





01-333 





4913 -O.175 





03-977 





.4662 



+O.I42 



02.820 





T 1897.765 



e 0.1923 





T 1889.441 



e 0.1403 





T 



1897.765 e 0.0267 





■W340 57:5 



a 2.380 





^158° 3' 



a 2.768 





M 



332 3 6 ' a 2.993 





"' 94 3 



!-i 98?04 





o> 89 5.5 



in 78?i6 





CO 



48 38 n 69?52 





Q 309 ii 







£2 64 35 







Q 



349 33 





i I 



35-5 



U 



3-672 





i ; 



35-i 



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4?6o6 





i 



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56.3 u 



5?n8 



