OBSERVATIONS WITH THE ZENITH TELESCOPE. 



349 





Pair 



p 











Levels 



J4(S l s') 



Corrections. 





— 



1893 



Micrometer 















Latitude 



A Ther. 







) 







A 



B 





Micrometer 



8 



I 



r 







Mar. 

 28 



VI 



10.9057' 



30.4727" 



) —2.1 



—4.2 



40 28 7.80 + 8 14.31 



+1.09- 80 +1E 



40 86 22.55 +3 





1 





26.9287 



14.5750 



+ 5 



5 — .4 



+ .8 



40 31 10.07 + 5 12.25 



+ 20 + 



4+10 23.63+2 31.7 





1 



3 



10.4860 



81.6947 



+13 



) — .2 



o 



40 27 20.3 



-> + 8 56.12 



+ 30 — 



b +r 



22.88- 



-2 31.0 





VII 



L 



29.1533 



14.7393 



+16 



5 +1.4 



+2^0 



40 30 17.42 + 6 4.54 



+ 23 + 



22.79 - 



-2 31.6 





1 



2 



15.4440 



24.4530 





5 +1.2 



+1.8 



40 40 9.84 — 3 47.58 





1 + 42—7 



22.58 - 



2 





1 



1 



22.0983 



19.1050 



+ 1( 



) +1.8 



-[-1.7 



40 35 0.68 + 1 15.65 



-1- 9 + 50+2 



22.94 +2 





1 



I 



20.5877 



17.5987 



+11" 



L +1.7 



+1.9 



40 40 10.08 — 3 47.36 



+ 2+51—8 



23.17 i 



-131.0 





1 





38.4000 



11.0507 



— 2! 



J + .3 



+1.5 



40 29 3.96 + 7 18.21 



+ 23 + 24 +13 



33.77 -J 



-1 





( 





27.9433 



13.5910 



+ 6( 



i +1.7 



+2.1 



40 42 25.45 — G 2.73 



— 9+ 54—10 



33.07 +1 





r 





26.0813 



14.2127 



+ 5 



—1.4 



—1.2 



40 41 23.11 



— 4 59.85 



— — 88 — 8 



32.74 +1 





i 





19.4710 



21.9060 



+ i 



-1-1,7 



+2.3 



40 37 24. Of 



— 1 1.54 



+ £ 



+ 5( 



— 2 



23.11 



29.6 





j 





27.5290 



15.0490 



+ 9; 



—1.2 



— .6 



10 31 6.96 



+ 5 15.51 



-I- 22 



— 2( 



+12 



22.57 









1C 





19.6797 



30.5950 



c 



—1.4 



—1.4 



40 30 45. DC 



— 23.12 



+ 5 



— 4( 



— 1 



22.51 



29.9 





x e 



D 



21.2377 



16.6340 



— 31 



+ .7 



+ .8 



40 34 26 3F 



+ 1 56.23 



+ 12 



+ 21 



+ 4 



88.95- 



-8 25.4 





n 





14.6687 



26.0840 



+ 27 



+1.0 



1- .7 



40 31 34.2C 



-|- 4 48.46 



+ IS 



+ ar 



+ 9 



33.18- 



-9 





g 





29.2343 



9.5520 



— 71 



— .7 



+ .1 



40 44 40.23 



— 8 17.00 



— 15 



— 10 



—15 



22.77- 



-8 





8 





27.9220 



10.4637 



— 85 



+1.4 



+1.1 



40 43 44.09 



— 7 20.84 



— 11 



+ 36 



—13 



23.37- 



-9 





10 





7.7790" 



31.8500" 



— 4 



+ .1 



+ .5 



40 40 31.69 



—10 8.11 



—1.00 



-1- 8 



—18 



22.48- 



9 24.8 





XI 1 





10.8140 



26.4750 



—126 



+2 8 



+2.4 



40 42 57.45 



— 35.33 



— 6 



+ 74 



—10 



22.70 - 



8 24.5 





2 





30.4447" 



6.4053" 



— 38 



+1.5 



— .4 



40 40 31.38 



—10 7.22 



— 95 



+ 19 



—11 



23.29- 



8 



Mar. 



8 





32.5147' v 



6.8353" 



— 12 



—3.0 



—3.2 



40 25 33.34 



-[ 10 48.72 



-1-1.12 



— 88 



+18 



22.48 — 



9 24.4a 



2!) 



VI 2 



D 



23.6147 



17.1027 



+ 18 



—1.0 



— .3 



40 33 39.00 



+ 2 44.53 



+ 13 



— 20 



+ 4 



23.50 +3 38.9a 





3 





28.3053 



11.8753 



+ 9 



— .6 



—1.6 



40 43 19.02 



— 6 55.07 



— 10 



— 30 



—13 



23.42 +3 a 





4 





23.6710 



17.0970 



+ 24 



—2.0 



—2.8 



40 33 52.01 



+ 2 30.97 



+ 12 



— 08 



+ 4 



33.06 + 



3 37.9 





6 





21.3797 



15.5850 



— 52 



+ .5 



— .1 



40 38 49.46 



— 2 20.25 



+ 1 



+ o 



— 5 



23.23 +3 37.5 





6 





8.6937" 



29.6623" 



— 4 



—1.0 



—1.2 



40 27 32.17 



+ 8 49.09 



+1.12 



— 31 



+19 



22.86+3 37.1 





7 





81.88M) 



18.5330 



— 2 



—1.0 



— .3 



40 37 33.89 



— 1 10.80 



+ 3 



— 20 



— 2 



22.90-1 3 36.7 





8 





11.6807 



28.2380 



— 7 



—2.7 



—2.7 



40 43 23.1.0 



— 59.51 



— 10 



— 77 



—13 



22.65 +3 36.2 





9 





29.7080" 



10.2157" 







+ -1 



— .3 



40 27 7.97 



+ 8 13.92 



+1.09 



— 2 



+15 



23.11,+ 



3 36.1 





10 





21.5077 



15.8360 



— 44 



—3.0 



—3.6 



40 34 0.97 + 2 23.15 



+ 12 



— 93 



+ 4 



23.35 + 



3 35.6 





11 





13.5190 



35.9303 



— 22 



—1.7 



—3.5 



40 31 10.19 + 5 13.47 



[- 20 



— 71 



+10 



23.35 + 



2 





12 





30.5833 



9.3620 



— 4 



— .7 



—1.5 



40 27 26.49 



+ 8 56.07 



+ 30 



— 30 



+17 



32.73 + 



2 34.4 





VIII 





13.6290 



28.0943 



+ 73 



— .7 



—1.3 



40 30 17.57 



-|- 6 5.59 



+ 23 



— 28 



+12 



23.23 + 



2 





2 





24.4860 



15.5193 



-1- 1 



—1.1 



—2.6 



40 40 10.48 



— 3 46.52 



— 3 



— 50 



— 7 



23.36 + 



2 





3 





18.1113 



21.1547 



— 7 



—1.5 



—1.4 



40 b5 6.85 



+ 1 16.87 



+ 9 



— 42 



+ 2 



23.41 +: 



J 





4 





14.8383 



23.8090 



— 36 



—2.9 



—3.4 



10 40 10.22 



— 3 46.53 



-H 2 



- 89 



- 8 



22.74 +' 



133.9 





5 





11.0563 



38.4340 



— 25 



+ .1 



— .7 



40 29 4.14 



+ 7 18.92 



-|- 23 



- 8 



+13 



23.34 +1 













12.3207 



36.6853 



- 42 



+ -2 



+ .2 



40 42 25.04 



— 6 2.76 



- 9 



f 6 



-10 



22.75 +1 







7 





14.2857 



36.1757 



+ 16 



-1 -7 



+ -4 



10 41 23.31 



— 5 0.40 - 



- 7 



4- 16- 



- 8 



22.92+1 



32.7 





8 





21.6757 



19.2763 



+ 7 



—1.7 



—2.3 



10 37 24.29 



— 1 0.63 - 



4- 2 - 



- 56- 



- 2 



23.10 +1 







8 





13.1687 



35.6993 



- 42 



—1.9 



—2.2 ' 



31 7.16 



+ 5 10.43 - 



f 22- 



- 58 



-1-12 



23.35 C 



32.0 





10 





20.9500 



20.0527 



+■ 8 



—2.2 



—2.8 ' 



10 30 46.21 



— 22.82 - 



f 5- 



- 70- 



- 1 



22.73 C 



32.0 





X 6 



R ' 



18.9717 



23.6403 



f 30 



—4.8 



—5.1 ' 



tO 34 20.45 



+ 1 58.03 



|- 12 - 



-1.41 



-|- 4 



23.23 — £ 



28.4 





7 





25.0830 



13.6510 - 



- 42 



— .3 



— .5 ' 



10 31 33.46 



+ 4 48.09 



|- 18- 



- 12- 



f 9 



32.30— 6 



28.4 





8 





1.7090 



29.1400 



f 42 



— .8 



i 



tO 43 44.17 



— 7 20.46 - 



- 11- 



- 12- 



-13 



23.35— £ 







10 





S2.4283" 



8.3993" ■ 



f 10 



— .5 



— .8 -J 



40 31.75 



—10 7.06 - 



-1.00- 



- 18- 



-18 



23 33 —9 



28.0 





SI 1 



! 



S9.6497 



4.0797 



1-171 



— .4 



+ .3 4 



42 57.49 



— 6 33.78 - 



- 6- 



- 1- 



-14 



23.50 —8 







2 





9.8978" : 



I8.9108 1 ' - 



f 47 



-1.0 



-1.0 4 



46 31.39 



—10 6.76 - 



- 95- 



- 28- 



-23 



23.17—8 



28.0 



Apr. 



8 





6. ww;: 11 : 



8.5768" - 



- 8 



-1.3 



-1.8 4 



26 33.35 



1-10 48.65 - 



1-1.14- 



- 43- 



-18 



22.89—9 



27.9 



o 



»TI (i 



R £ 



1.9250" 1 



0.9870" - 



1- 8 



+1.2 



+1.6 4 



27 32.33 



+ 8 48.91 - 



-1.18- 



■ 39- 



-19 



22.94+3 



49.8 





7 



1 



9.1510 S 



1.9447 - 



f- 8 



— .9 



-1.4 4 



37 34.12 



- 1 10.59 ■ 



8- 



- 32- 



— 2 



23.22 +3 



48.3 





8 



2 



8.7077 1 



2.0790 



- 38 



4-1.2 



4- .4 4 



43 23.43 



- 7 0.13 - 



- 11 - 



- 24- 



-13 



23.30 +3 



46.7 





9 



1 



0.6883" £ 



0.1990" 







■ 



-- .2 4 



28 8.29 



+ 8 12.83 - 



-1.09- 



- 2- 



|-15 



22.34 +3 



45.8 





10 



1 



7.7333 2 



3.2953 



- 16 



+3.7 



■j 3.8 1 



34 1.35 



f 2 20.53 - 



- 12- 



-1.07- 



- 4 



23.11 +3 



45.0 





11 Is 



6.6340 1 



4.3080 



32 



+ -4 



f 1.4 4 



30 10.58 



+ 5 11.43 - 



- 20 + 24+10 



22.55 +3 



44.9 



A. P. S. — VOE. XX. SS. 



