338 



THE SAYRE OBSERVATORY. 





Pair 



p 











Levels 



% (5 + V) 



Corrections. 



Latitude 



A 





ls:i:i 



.ftf/flromfi/er 















Ther. 











1 21 



A 



B 





Micro-meter 



s 



i 



r 









1 >ec. 

 17 



VIII 4 



24.9103 



10.2577 



—1.1 



— .6 



O / //" 



40 32 44.01 



I 3 38.06 



1- ( 



— 2( 



1 o 



•il li 



10 86 22.55 



—7 







5 





9.1500 11 



29.1587 Iy 







— .3 



—1.1 



40 27 56 8( 



+ 8 25.35 



+ 9£ 



— 1! 



+16 



23. or 



— \ 



29.3 





( 





21.4763 



L8.6883 



1 2 



| 2. 1 



+1.0 



40 37 33.11 



— 1 10 44 



1 



+ 4! 



— 2 



23.21 



£ 







7 





28.8928" 



12.188?" 



— 7 



— .8 



— .4 



40 29 32.21 



[ 6 49.33 



| 91. 



— If 



+12 



22. 4( 



— ( 



30.0 





8 





19.4690 



20.4453 



+ 1 



— .1 



— .1 



40 35 58.56 



+ 24.06 



+ ic 



— 1 



+ 1 



23.32 



— e 



29.5 



Dec. 



1 





12.6528 



26.6467 



— 29 



— .5 



— .3 



40 30 29.64 



+ 5 58.46 



+ 5 



— 12 



+11 



23.14 



—6 



29.4 



IS 



VI] 8 



R 



19.2900 



21.3933 



+ 8 



—1.1 



—1.4 



10 37 L6.0S 



— 53.00 



+ 



— 37 



— 2 



22.75 



( 



32.0 





fi 





27.3747 



11.0103 



f 70 



—1.6 



—1.2 



40 31 0.95 



+ 5 22.50 



+ o 



— 43 



+11 



23.19 



_( 



31.7 





10 





21.4873 



22.1270 



+ 8 



—1.8 



—2.6 



40 30 39.59 



— 10.18 



4- « 



— 64 



— 1 



22.82 



— ( 







VIII 1 





22.8010 



19.9737 



|- 26 



+ -1 



— .6 



40 37 35.27 



— 1 11.49 



+ 7 



— ( 



— 2 



23]77 



—6 







2 





14.5030 



27.0053 



-|- 55 



-!- .1 



2 



40 81- 6.02 



+ 5 15.97 



+ 7 



— 1 



1 L2 



22.77 



—6 



31.8a 





3 





14.8567 



20.8200 



+ 60 



— .2 



+ >, 



40 41 25.00 



— 5 2 37 



+ 9 



-1 4 



— 9 



23.27 



— 7 



(i 





4 





10.1890 



24.8007 



h 28 







— .2 



40 32 43.84 



+ 3 39.29 



+ 3 



— 2 



|- 6 



23.20 



—7 







5 





30.0300" 



10.0303" 







— .8 



+ -1 



40 27 50.58 



\- 8 25.24 



+ 89 



— 12 



+16 



22.75 



i; 



32.4 





6 





17.5950 



20.3653 



— 17 



— .0 



+ .1 



40 37 32.88 



— 1 9.94 



+ 8 



— 8 



— 2 



22.92 



—6 







7 





12.0050" 



28.8880 lT 



— 4 



— .8 



—2.1 



40 29 31.90 



-| 50.20 



+ 88 



— 32 



- ! -12 



22.84 



—7 



32.0 



Deo. 



8 





22.5303 



21.5700 



+ 11 



—1.5 



— .1 



40 35 58.39 



+ 24.44 



+ 11 



— 27 



+ 1 



22.08 



— 6 



32.0 



20 



II 8 



D 



28.0407 



12.9057 



+ 44 



+ .4 



— .4 



40 42 44.91 



— 20.90 



+ 11 



+ 2 



—11 



21.00 



16 

 +6 

 +7 



20.5 





9 





21.4307 



23.7820 



■f 37 



—1.2 



—2.1 



40 37 22.92 



— 59.50 



1- 13 



— 47 



— 2 



23,. 00 







III 1 





17.2003 



25.5073 



I- 07 



—1.2 



—1.9 



40 39 51.40 



— 3 28.30 



+ 8 



— 45 



— 



22^67 







2 





8.5023" 



87.1207" 



+142 



—1.0 



—1.8 



40 24 18.17 



| 12 3.30 



+ 80 



— 40 



+21 



22.20 



1-7 

 +7 



1 7 



25.9 





3 





26.1667 



15.1103 



+ 42 



+ .2 



— .2 



40 41 1.94 



— 4 39.43 



+ 10 



+ 1 



— 8 



22.54 







4 





20. 0357 



14.9420 



+ 52 



— .6 



—1.0 



40 41 18.81 



— 4 55.55 



+ 9 



— 23 



— 8 



2:!. 04 



25.0 





B 





17.7520 



21.7430 



— 7 



+ -7 



+ .1 



40 88 3.03 



— 1 40.80 



+ 8 



-| ■ 13 





22.41 



+c 



■l-o 



24^8 





6 





20.9013 



12.8080 



— 7 



— .4 



—1.2 



40 42 18.18 



— 5 56.02 



+ 17 



, 22 



—14 



21.97 





7 





17.0103 



23.5840 



+ 21 



—2.7 



—2.0 



40 38 53.65 



— 2 30.00 



1- 8 



— 72 



— 4 



22.90 



+7 

 10 



1 (J 



24.1 





8 





25.1808 



11.5153 



— 11 



—1.4 



—2.5 



40 40 53.02 



— 4 29.41 



+ 11 



— 50 



— 9 



23.07 





9 





14.7703 



20.3080 



+ 38 



— .6 



-1.8 



40 31 31.77 



+ 4 51.57 



+ 7 



— 27 



+11 

 +15 

 +11 



23.25 





Dec. 



10 





8.3123" 



29.7987" 



- 8 



—2.2 



—2.0 



40 27 19.94 



+ 9 2.80 



+ 86 



— 71 



23.04 



1 o 



-l-fi 



23.2 

 20.5// 



22 



VII 9 



D 



12.0007 



25.4550 



— 72 



— .8 



—1.2 



40 31 0.52 



| 5 23.06 



+ o 



— 29 



23.40 



i " 



— 



Dec. 



10 





20.1823 



19.5553 







—1.2 



—2.0 



40 30 39.10 



— 15.84 



+ o 



— 54 



— 1 



22.77 



c 





23 



III 1 



It 



24.3543 



16.1130 



+ 12 



+ -3 



— .2 



40 89 51.26 



— 3 28.23 



+ 8 



+ 2 



— 



23.07 



+7 

 +6 



24.0 





2 





31.0090" 



5.4403" 



— 12 



+1.6 



+1.4 



40 24 18.02 



+12 3.08 



| ■ 80 



[ 4.5 



+21 



22.02 







3 





15.1277 



20.1287 



+ 40 



—3.1 



—2.0 



40 41 1.83 



— 4 38.02 



+ 10 



— 79 



— 8 



23 04 



1-0 







4 





14.3437 



20.0487 



+ 10 



+ .5 



+ .2 



40 41 18.75 



— 4 55.74 



+ 9 



+ H 



— 8 



23.13 



+7 



23.7 





5 





23.3003 



19.3013 



+ 31 



—2.0 



—1.9 



40 38 3.04 



— 1 39.60 



+ 8 



— 58 



— 3 



22.91 



1 6 













13.0520 



27.0883 



| 50 



— .1 



— .6 



40 42 18.30 



— 5 54.74 



|- 17 



— 9 



—14 



23.50 



i u 

 +6 



-1-7 







7 





22.8130 



10.8050 



— 6 



— .9 



—2.5 



40 38 58.74 



— 2 30.25 



1 7 



— 48 



— 4 



23.04 



23.5 



Dec 



8 





15.2200 



25.8947 



I 84 







— .5 



40 40 53.18 



— 4 29.77 



+ 11 

 + 6 



— 



— 9 



23.37 



1 ' 



+6 



—7 



25 



VIII 1 



D 



21.2020 



24.0003 



+ 42 



—1.4 



—1.5 



40 37 34.47 



— 1 10.90 



— 43 



— 2 



28.12 



14.8 





2 





20.5417 



13.9587 



-|- 19 



—2.0 



—1.9 



40 31 5.69 



+ 5 17.96 



+ 11 



— 58 



] 12 



23.80 



—6 



b 

 1.4.8 





4 





24.7530 



15.0897 



+ 21 



—3.7 



—2.4 



40 32 42.01 



| 3 41.46 



+ o 



— 94 



+ 



23.25 



—<1 





5 





10.2310" 



30.2740" 







— .1 



—1.3 



40 27 55.37 



f- 8 20.39 



I - 90 



— 18 



+16 



22.70 



_7 





7 





28.0273" 



11.7537" 



+ 2 



— .5 



+2.1 



10 29 30.55 



| (i 51.10 



+ 93 



+ 18 



+12 



22.94 



—7 







9 





11.9110 



35.9937 



- 88 



1 .0 



+ -1 



40 80 27.89 



+ 5 55.58 



1 9 



-I- 11 



1 11 



23.78 



-7 



14.0 





10 





37.6187" 



10.2210" 



| 171 



— .5 



— 1.5 



10 47 57.32 



-11 32.64 



— 80 



— 28 



—23 



28.37 



— 





Dec. 



11 





13.7323 



28.8560 



+115 



1 .8 



+1-7 



10 42 45.12 



— 6 22.39 



-1- 5 



I- 27 



—12 



22.' 92 

 38. 68 



—7 



14.4 

 7.3 



2(5 



[II 2 



D 



2.9480" 



31.0717" 



-138 



—2.3 



—1.8 



10 24 17.74 



[ 12 5.35 



! 95 



- 02 



4-21 



- 8 



1 fl 





3 





24.6590 



13.5933 



- 56 



+2.3 



+2.0 > 



10 41 1.59 



- 4 39.43 



1- 6 



! 05 - 



22.79 



1 ° 





4 





35.0327 



13.3457 



- 57 



—1.4 



— .2 i 



tO 41 18.54- 



- 4 55.13 



-|- 5 



- 20- 



- 8 



23^12 



! 7 



0.0 





. 6 





18.0900 



22.6447 



-|- 16 



—1.1 



— .8 ' 



10 38 2.91 - 



- 1 39.95 



7- 



- 29- 



— 3 



22.71 - 



1 6 



|-5 

 1-0 



6.5 





6 





26.2068 



12.1443 - 



- 71 



+1.1 



+ -2 ' 



10 42 18.28- 



- 5 55.09 



-1 - 12 



f 21 - 



-14 



23.33 





7 





8.0340 



24.0807 



| 35 



+ .8 



+2.4 ' 



tO 38 .53. v,H 



- 2 31.59 



-|- 5 ■ 



f 44 - 



- 4 



22.54 - 



0.2 

 0.0 





8 





25.2023 



4.5423 - 



- 9 



— .4 



— .0 i 



1) 40 58.18- 



- 4 29.31 - 



f 7- 



- 14- 



- 9 



28.71 - 



1 u 



1-0 1 

 f5 





9 



1 



13.3763 



24.8787 — 59 



1 



+1.4 



4- .9 < 



:0 31 31.97 



I 4 50.40 - 



f- 11- 



I 35 +11 



1 



23.00 - 



