48 



A. Berbeeich: 



l 



(137) Meliboea 



(138) Tolosa 



(139) Jucwa 



log 



?• sin b 



t 



log 



r cos b 



r sin b 



t 





log 

 r cos b 



r sin 



4 



t 





r cos b 





















o° 



■4121 „ 



+0.246 



98.135 



3321 „ 



—0.099 





98.300 





5107 i —0.026 





97-656 „ 





138 



97 



"4 



89 





12 





85 



57 



108 



178 



10 



•4259 



+O.I49 



98.249 



34IO 



—0.087 





98.385 





5°5° „, 



+0.082 





97-834 





'49 



107 



122 



I02 





15 





88 



86 





XOI 



J 73 



20 



.4408 



+O.O42 



98.37I 



35 12 



—0.072 





98473 





4964 



+0.183 





98.007 





,, T 58 



117 



'3' 



TI 3 





18 





93 



110 





90 



lS 5 



3° 



•4S66 



-O.O75 



98.502 



3625 



-0.054 





98.566 





4854 



+0.273 





98.172 





160 



124 



'4' 



119 





20 





98 



127 





76 



157 



40 



.4726 



-O.I99 



98.643 



3744 



-0.034 





98.664 





4727 



+0-349 





98.329 





IÖO 



126 



152 



123 





23 





104 



'39 





60 



147 



50 



.4886 



-0-325 



98.795 



3867 



—0.0 11 





98.768 





4588 



+0.409 





98.476 



60 



155 

 ■S°4I . 



124 

 -O.449 - 



98.958 * 3 



123 

 3990 



+0.013 



24 



98.878 



110 



144 

 4444 



+0453 



44 



138 

 98.614 





„ '4 6 



118 



'75 



120 





25 





116 



'43 





27 



129 



70 



•5187 



-0.567 



99-133 eA 



4110 



+0.038 





98.994 





430I , 



+0.480 





98.743 





'34 



IOÖ 



186 



112 





25 





123 



, 136 





11 



121 



80 



•5321 - 



-°- 6 73 . 



99-319 . 



4222 



+0.063 





99.117 





4l65 



+0.491 







98.864 





118 



8 7 



198 



100 





24 





129 



126 





3 



„ "4 



90 



•5439 



—O.760 



99-517 



4322 



+0.087 





99.246 





4039 



+0.488 





98.978 





98 



65 



208 



84 





23 





'34 



i'3 





16 



107 



100 



•5537 



—O.825 



99-725 



4406 



+O.HO 





99.380 





3926 



+0.472 





99.085 





.- 77 



3 8 



217 



6s 





20 





'39 



97 





28 



I02 



1 10 



.5614 



-O.863 



99.942 



4471 



+0.130 





99-519 





3829 



+0.444 





99.187 



120 



.5666 S2 



c 7 

 -0.870 — 



, 223 

 OO.165 



44 



45 r 5 



+0.145 



15 



99.662 



143 



79 

 3750 , 



+0.405 



39 



ac 99 

 99.286 





2 5 



26 



227 



'9 





10 





'45 



61 





48 



96 



130 



.5691 



—O.844 



OO.392 



4534 — 



+o-i55 





99.807 





3689 



+0-357 





99.382 



140 



.5686 5 



57 

 -O.787 



228 

 00.620 



6 



4528 



+0.159 



4 



99-953 



146 



c c 43 

 3646 



+0.301 



56 



93 



99-475 





37 



85 



226 



30 





1 





144 



26 





63 



9' 



1 5° 



■5649 „ 



—O.702 



OO.846 



4498 



+0.158 





00.097 





3 6 20 



+0.238 





99.566 





68 



110 



220 



54 





7 





142 



8 





69 



9 1 



160 



■5581 



-O.592 



OI.066 



4444 



+0.151 





00.239 





3 612 — 



+0.169 





99-657 



170 



•5484 " 



, 127 

 -0465 



_ 212 

 OI.278 



4369 



+0.139 



12 



00.376 



'37 



8 

 3620 



+0.096 



73 



91 

 99.748 





, 124 



138 



_ 202 



92 





16 





132 



24 





77 



9 2 



180 



•5360 



-O.327 



OI.480 



4277 , 



+0.123 





00.508 





3 6 44 



+0.019 





99.840 



190 



147 

 •5213 



-0..86 I4 ' 



189 

 OI.669 



106 

 4171 



+0.104 



x 9 



00.634 



126 



39 

 3683 



-0.059 



78 



93 



99-933 





166 



138 



176 



"5 





22 





120 



53 





79 



95 



200 



•5°47 „ 



—0.048 



OI.845 



4056 



+0.0S2 





00.754 





3736 ,, 



-0.138 





00.02S 



210 



.4869 ** 



I2 9 

 +O.081 



l6 3 

 02.008 



121 



3935 



+0.059 



23 



00.867 



"3 



66 

 3802 



—0.2 1 5 



77 



, 9 8 

 OO.I26 





,„, l8 3 



116 



„ '5° 



122 





24 





107 



So 





73 



101 



220 



.4686 



+O.I97 



02.158 



3813 



+0.035 





00.974 





3882 



-0.288 





00.227 





180 



100 



. '3 8 



121 





24 





101 



92 





68 



105 



230 



.4506 



+O.297 



02.296 



3692 , 



+0.01 1 





01.075 





3974 



-°-35 6 





OO.332 





171 



8 5 



127 



116 





23 





96 



'104 





60 



110 



240 



■4335 



+O.382 



02.423 



3576 



—0.012 





01. 171 





4078 



—0416 





OO.442 





157 



68 



117 



107 





21 





9" 



"3 





52 



i'S 



250 



•4178 s 



+O.45O 



02.540 



3469 , 



-0.033 





01.262 





4191 



-0.468 





00.557 





'3 8 



5* 



110 



96 





■9 





87 



122 





41 



122 



260 



.4040 



+O.5OI 



02.650 



3373 „ 



-0.052 





OI-349 





43i3 



-0.509 





OO.679 



270 



US 

 •3925 



36 

 +O.537 



104 

 02.754 



83 

 3290 



—0.069 



'7 



01.432 



83 



127 

 444o 



-0.536 



27 



129 

 OO.S08 



280 



•3 8 35 , 



21 

 +0-558 



99 

 02.853 



68 

 3222 



—0.084 



15 



OI -5'3 



81 



130 

 4570 „ 



-0.548 



12 



'37 

 00.945 , 



290 



61 



•3774 



+O.565 — 



95 

 02.948 



Si 

 3171 



—0.096 



12 



01.592 



79 



128 



4698 



-0-543 



5 



146 

 OI.091 





3 2 



6 



94 



33 





9 





77 



121 





24 



154 



300 



■3742 



+o-559 



O3.O42 



3138 



-0.105 





01.669 





4819 



-0.519 





01.245 , 





3 



20 



93 



15 





6 





76 



„ io 9 





43 



162 



310 



•3739 — 



+0-539 



03- J 35 



3 I2 3 — 



— O.III 





01-745 





4928 



-0476 





01 .407 



320 



26 

 •3765 



, 33 

 +0.506 



93 

 03.228 



c 3 



3126 



-0.115 



4 



01.821 



76 



90 

 50I8 ' 



-0.413 



63 



170 



OI-577 



33° 



. 3 8,8 a 



, 46 

 +0.460 



95 

 03-323 „ 



„22 

 3H8 



-0.115 







01.898 



77 



67 

 5085 



-0-333 



80 



177 

 OI-754 



34o 



.3896 ? 



59 

 +0.401 



98 

 O3.42I 



3I 8 9 " 



-0.113 



2 



01.976 



78 



39 

 5124 



-0.239 



94 



l8l 



01-935 





I02 



71 



102 



5 8 





5 





79 



8 





104 



' 8 3 



35° 



•3998 



+0-330 . 



03-523 „ 



3247 



—0.108 





02.055 





5'3 2 — 



-0-135 





02.II8 





123 



, 8 4 



108 



74 





9 





82 



25 





109 



182 



360 



.4121 



+O.246 03.631 



3321 



—0.099 





02.137 





5107 



—0.026 





02.3OO 





T 1898.860 e 0.2210 



T 1896.122 



e 0.1612 





r 1898.915 



e 0.1731 





M 8o° 12' a 3.1 15 



M i9o°24' 



a 2.451 





7W299 0' 



a 2.784 





<a 105 36 fi 6s?49 



oy 258 2 



h 93?84 





co 162 9 



/' 77-53 





<2 203 39 



ß 54 47 







Q 2 25 







i 1 



\ 21 L 



5-496 



i 



5 '3-3 



ü 



' 3-837 





i 10 



55 



ü 



4?644 



