







OBSERVATIONS WITH THE ZENITH TELESCOPE. 









333 





Pair 



P 



Micrometer 







Levels 



'A (« 1 «') 



Corrections. 





A 





IBM 















Latitude 



Ther. 











— "c 



A 



B 





Micrometer 



s 



l 



r 









Oct; 



ISO 



t 



18.5357 



19.3257 



+ .7 



+1.0 



4 C 86 2.G3 + 19.94 



+ 9 + 32 + 1 



4(1 36 22.99 +8 





1 





32.0200" 



13.1583" 



— 2C 



— .2 



— .4 



40 28 24.98+ 7 50.39 



+1.22— 8+15 



22.60 + 



3 





c 





33.8300" 



10.0168" 



+ 4E 



-|- .1 



+ .2 



40 20 19.66+10 1.79 



+1.18+ 4+17 



22.84 +9 





f 





27.8858 



15.2983 



+ 92 



+ .7 



g 



40 31 18.81 



+ 5 4.28 



— 1 



+ 9+8 



23.25 +9 





1C 





14.4323 



25.5983 



t 



— .1 



+ '.5 



40 41 4.30— 4 42.05 



+ li 



+ 5—12 



22.37+7 45.0 





[I 1 





22.4637 



21.0030 



1 11 



—1.9 



— .8 



40 30 43.24 



— 20.27 



+ li 



— 4t 



1— 1 



22.66+7 45.1 





2 





19.2777 



19.5237 



C 



— .2 



+ .9 



40 30 29.26 



— G.21 



+ 1C 



+ i 







23.35 + r 



' 





r 





13.3400 



30.5087 



| 195 



— .4 



i.o 



40 29 5.6f 



+ 7 18.21 



— 2 



— 2( 



+14 



23.82 +6 







4 





23.0017 



18.3053 



\- 13 



— 1.9 



—3.5 



40 38 9.91 



— 1 47.04 



+ 12 



— r, 



— 4 



22.2; 



+- 



43.5 











33.3343" 



11.9400" 



+ 4 



— .0 



—1.4 



40 27 49.46 



+ 8 32.23 



-|-1. 19 



— 26 



+14 



22. 7( 



+i 







7 





12.9587" 



28.9220" 



— 22 



—2.2 



—3.3 



40 29 39.64 



+ 43.17 



+1.21 



— 8C 



+12 



23.34 



+s 







8 





29.3240 



14.2807 



+158 



+ .3 



— .4 



40 43 43.01 



— 6 20.39 



+ 15 



C 



—11 



23.31 



+6 







9 





18.2193 



20.5157 



- 8 



—1.2 



—2.4 



10 37 20.78 



— 57.23 



13 



— 51 



2 



23.15 



+6 



42.3 





V 6 



1) 



19.4443 



20.4150 



+ 2 



—1.0 



—1.4 



40 30 40.90 



— 24.52 



+ 14 



— 35 



— 1 



22.1C 



—1 



39.2 





7 





27.5480 



12.7307 



|- 13 



—1.5 



—2.6 



40 42 37.20 



— 14.33 



+ 10 



— 59 



—13 



22.31 



—2 







g 





29.9207 



10.1333 



+246 



—1.0 



—1.2 



40 42 13.49 



— 5 49 08 



-|- 14 



— 32 



—10 



24,13 



—2 







10 





20.4410 



23.5983 



+ 38 



+ .7 



— .3 



40 37 43.17 



— 1 19 85 



9 



+ 8 



— 3 



23.40 



—2 



39.2 





VI 1 





15.1953 



34.1277 



— 10 



— .9 



—1.7 



40 32 45.93 



+ 3 38.04 



1' a 



— 37 



+ 7 



23.69 



—3 







2 





21.9307 



17.9310 



f 57 



—2.5 



—3.1 



10 33 27.39 



+ 2 56.71 



-1- 2 



— 82 



+ 5 



23.35 



—3 







8 





28.4027 



12.4507 



| 13 



— .4 



-1.0 



40 43 8.11 



— 44.44 



+ 10 



— 27 



—13 



23.43 



—8 







4 





23.2053 



17.8913 



18 



—1.2 



—1.7 



40 88 41.82 



+ 2 41.00 



-|- 2 



— 42 



-|- 5 



22.53 



—3 



37.0 





5 





34.3283 



18.9580 



+ 52 



—1.9 



—2.9 



10 38 39.17 



— 2 15.79 



-|- 10 



— 70 



— 4 



22.74 



—3 



a 





(! 





10.3803" 



31.6173" 



! 7 



+ .2 



— .4 



40 27 23.10 



-|-8 59.01 



1.22 



— 1 



| 19 



23.57 



— 3 



37.5 





8 





13.4813 



28.7427 



+ 59 



—1.0 



—1.0 



40 43 13.70 



— 50.93 



+ 1.0 



— 40 



—12 



22.41 



—4 







g 





31.4900" 



11.5943" 







—1.0 



—1.2 



40 27 59.50 



+ 8 22.59 



+1.21 



— 82 



-1-10 



23.14 



—4 



30.3 





10 





34.0840 



18.1707 



+ 40 



— .4 



— .3 



40 33 52.94 



-|- 2 29.48 



+ 3 



— 11 



+ 4 



22.38 



—4 







li 





14.3093 



37.050;', 



+ 54 



—1.5 



—3.0 



40 81 3.13 



-|- 5 20.03 



— 



— 04 



+10 



23.22 



—4 







12 





30.4850 



s.ggis 



— 31 



—1.7 



—1.8 



40 27 30.50 



-|- 9 2.88 



— 5 



— 52 



+17 



23.04 



—4 



35.9 



Nov. 



VII s 





25.6018 



10.8433 



| 03 



1 -4 



— .0 



40 40 4.32 



— 3 41.39 



! II 







— 7 



22.97 



—4 



35.9rt 



5 



[ 5 



R 



24.8843 



20.0173 



+ 70 



1 LI 



+1.0 



40 34 19.20 



+ 2 3.12 



+ 3 



|- 44 



+ 3 



22.88 



+9 













33.2530 



22.4507 



+ 14 



1 -1 



-1-1.5 



40 36 2.50 



-|- 20.15 



-1- 9 



+ 21 



1 1 



22.96 



+8 



34.2 





7 





11.9987" 



30.8263" 



— 9 



| 2.7 



+3.2 



40 28 24.91 



| 7 55.00 



+ 1.23 



-1 87 



+15 



22.75 



1-8 







8 





10.8767" 



34.7077" 



+ 61 



+2.1 



+1.1 



40 26 19.04 



+10 2.17 



+1.18 



| - 50 



1 17 



23.00 



[9 







!) 





16.3880 



38.3073 



+103 



| 2.0 



+2.4 



40 81 18.85 



| 5 4.05 



— 1 



| 65 



I 8 



23.02 



+9 



32.9 





II 2 





32.0030 



33.3733 



+ 5 



| 5.0 



■1 0.0 



40 30 29.58 



— 8.34 



!- 10 



| 1.73 







23.07 



+7 



32.0 





8 





31.2757 



14.0191! 



+272 



1 •('> 



1 1-5 



40 29 6.06 



+ 7 16.62 



— 2 



+ 30 



111 



23.10 



+8 



12.0 



Nov. 



5 





80.6520" 



12.9323" 



— 23 



| 3.0 



+5.8 



40 28 52.10 



+ 7 27.58 



+1.21 



| 1.86 



18 



33.44 



-1-8 



32.5 



8 



[ 8 



1) 



88.8868" 



10.0347" 



[ 45 



— .2 



— .0 



40 30 19.04 



| 10 2.59 



+1.18 



- 11 



+17 



23^47 



J-9 



51.2 





g 





38.4500 



10.4230 



-1-172 



-|- .7 



— .2 



40 31 18.90 



| 5 4.37 



— 1 



1- 9 



+ 8 



23.43 



+9 







10 





18.7070 



24.8777 



— 47 



1 .0 



1 -3 



40 41 4.01 



— 4 42.04 



+ 19 



-]- 19 



—12 



22.83 



+7 



50.2 





it l 





31.6850 



30.7890 



1- 7 



|1.0 



+1.1 



10 86 43.00 



— 21.39 



|- 13 



+ 31 



— 1 



22.70 



fl 







2 





19.7837 



30.0520 







I .8 



— .5 



10 86 39.78 



— 0.80 



+ 10 



- 1 







23.07 



+7 







8 





12.2793 



39.5590 



~|- 93 



I .9 



— .4 



10 39 0.31 



+ 7 10.70 



— 2 



-|- 10 



+14 



33.33 



f8 



18.5 





4 





33.2843 



18.9977 



+ 30 



—1.2 



—1.5 



10 38 10.68 



- 1 48.35 



1 12 



- 40 



— 4 



32.01 



4-8 



18.4 





5 





1.2.0310 



50.4000 



+103 



— .5 



— .8 



W 28 52.19 



| 7 30.76 - 



- 4 



- 19 



|-13 



23.15 



|8 













51.8583" 



1.0110" 



1- 3 



— .2 



— .4 ' 



27 50.43 



| 8 31.44 



1-1.19- 



- 8 



+14 



23.12 



|8 







7 





14.4280" 



10.2787" 



- 56 



+1.4 



| 1.9 - 



tO 29 40.05 



[ 10.23 



fl.21 



-|- 48 



|-12 



23.09 



h8 







8 





38.8917 



L3.8383 



-1-122 



—1.6 



—1.8 ' 



W 42 41.71 



- 6 20.54 



1- 15- 



- 50 



-11 



23.74 



|8 





Nov. 



9 





9.8270 



32.1523 



1 H 



+ .1 



— .1 < 



37 21.88- 



- 58.77 



13 







- 2 



28.22 



f7' 



17.3 



11 



[ 6 



li 



33.7383 



32.8550 



|. 17 



-2.0 



—3.2 t 



10 36 2.23 



-1- 22.35 



1 9- 



- 80 



!- 1 



23.82 - 



1 7{ 



8.7 





7 





2.9193" . 



SI. 8147" ■ 



- 15 



—1.2 



— .9 ' 



28 24.71 - 



|- 7 57.28 



fl.22- 



- 32 



]15 



23.04- 



f8 







g 





0.4783 S 



58.5327 



-1-177 



—1.5 



—2.7 4 



31 18.78 - 



f 5 4.96 - 



- 1- 



- 00 



f 8 



23.21 - 



f9 







10 



I 



58.9097 



7.9333 



1-223 



—1.2 



—2.4 4 



.0 41 4.59- 



-1 39.01 



- 19 



- 52 



-12 



24.53 - 



|-7 £ 



7.2 



] 



i i 



i 



52.7827 i 



S8.6058 



f 15 



[■ -5 



— .1 4 



=0 36 48.69- 



- 20.82 - 



I- 13- 



f 7- 



- 1 



23.00 



|-7l 



6.8 





2 



' 



53.2407 S 



53.0043 



f- 5 



—2.0 



—3.2 4 



36 29.81 - 



5.98 - 



10- 



- 75 







23.21 - 



1 T 



A. P. S. — VOL. XX. QQ. 



