128 



THE SAYRE OBSERVATORY. 















Levels. 



1805. 



Star. 



P 



jlficnwiflJ 



o 



















A 



B 



M.'U 

 9 



Ill 3 



B 



8.8813 « 



34.2007" 



+ 73 



+ 2.1 



+ 1.7 





4 





9.4077 " 



34.4990" 



+ 88 



+ 1.8 



+ • » 





5 





26.0343 



L4.9480 



+ 82 



+ -2 



+ -8 





6 





1.8.3283 



21.8740 



f 2 



+3.0 



| 2.7 





7 





18.1500 



1.6.6290 



— 36 



+ -1 



—1.1 





8 





15.2193 



21.9240 



— 85 



.3 



+ -5 



May 



9 





12.4907 



26.2783 



— 73 



—1.2 



— .1 



10 



III 1 



D 



10.5550 



26.2287 



—220 



+1.2 



+1.2 





2 





84.2160*' 



10.0163 " 



I 78 





— .7 





3 





81.4468" 



6.1.153" 



— 59 



— !7 



—1.0 





4 





82.8750*' 



7.7513" 



4 15 



—1.5 



— .8 





6 





15.0630 



28.7647 



+ 93 



— .8 



— .2 





f 





22.9010 



19.3640 



+ 35 



— .2 



— .1 





7 





L9.5890 



21.0758 



+ 3 



+ -2 



— .2 





8 





24.0813 



17.4020 



+ 44 



+ -3 



— .2 



May 



9 





29.8930 



16.1550 



+360 



1 -3 



.3 



12 



II 1 



U 



23.8617 



17.6380 



+ 41 



— .7 



— .3 



May 



2 





L7.0788 



22.0533 



— 20 



+1.5 



+ 1.2 



13 



II 1 



I) 



18.2217 



24.4367 



+ 74 



— .8 



— .8 





2 





22.7573 



17.7883 



+ 12 



+2.3 



1 -3 





3 





21.2760 



18.6367 



— 3 



— .8 



— .4 





4 





21.1457 



19.2220 



+ 1 



| 1.0 



+1.4 





6 





20.3793 



20.4773 







.0 



+1.4 





6 





31.6107" 



8.9127" 



+ 6 



+1.7 



+ -8 





7 





15.7888 



27.2700 



-1 150 



—1.0 



1 -2 





8 





9.4760 » 



30.4067" 



— 



1 -9 



1 u 



May 



9 





L8.8698 



22.2270 



+ 13 



+1.4 



+1.7 



16 



II 1 



K 



24.0850 



17.8487 



1 58 



1 1-3 



1.1 





2 





18.6013 



21.7490 



+ 8 



+1.4 



+2.2 





8 





19.3680 



21.9870 



+ 15 



+ -5 



— .4 





4 





19.4157 



21.3477 



+ 6 



—1.5 



.0 





5 





21.2988 



21.2007 







—3.7 



—3.7 





6 





8.9763 u 



31.7003" 



+ § 



+ -2 



+ .8 





7 





27.4067 



15.8260 



+ 102 



— .1 



.0 





8 





30.2430'" 



9.2462" 



— 2 



— .2 



— .0 





9 





23.7667 



20.2223 



|- 62 



— .5 



2 





10 





29.4787 



13.4423 



+203 



—1.9 



— L<> 





III 1 



R 



80.2988 



14.6540 



+338 



—1.2 



— .6 





2 





11.0693" 



85.3107" 



+119 



+ -4 



— .3 





3 





8.3527 " 



83.6810" 



+ 45 



+ -7 



— .2 





5 





27/209:1 



15.5683 



j 186 



+ .7 



— .4 











19.8260 



22.8918 



+ 34 



—2.3 



—1.4 





7 





21.2880 



19.6697 



+ 4 



+ .7 



2 





8 





17.2:120 



28.8687 



| 32 



— .4 



— .6 





9 





14.0570 



27.8740 



+ 116 



—1.4 



+ .9 



May 

















18 



II 1 



I) 



18.2890 



845590 



+ 79 



— .3 



.0 





2 





2I.S227 



16.805:! 



— 32 



+1.9 



— .0 





8 





21.1150 



18.5097 



— 6 



—1.3 



— .8 





4 





21.6116:! 



19.6777 



+ » 



— .9 



—1.5 





5 





19.6657 



L9.8837 







12.1 



+1.0 





6 





31.5723" 



8.8167 " 



+ 11 



1-1.6 



+ -8 





7 





L4.5888 



26.1503 



+ 32 



—2.2 



— .2 





8 





9.5340" 



30.5093" 







— .2 



.0 





9 





17.6677 



21.2078 



— 19 



— .2 



— .1 





10 



13.1960 



29.1998 



+167 



— .1 



1- -9 



JO? +;<>') 



o / u 

 40 25 40.63 



40 25 47.13 

 40 31 26.78 

 40 37 51.90 

 40 37 1.17 



40 88 88.17 



40 42 11.31 

 40 42 58.86 



40 46 36.6'.) 

 40 25 41.32 



10 25 47.40 

 40 31 27.04 

 40 87 62.16 

 40 37 1.48 

 40 33 33.43 



40 42 11.56 

 40 39 0.37 

 40 38 28.84 

 40 39 0.58 

 40 38 27.66 



40 35 10.30 

 40 3,7 10.72 

 40 36 25.36 

 40 45 58.32 

 40 41 15.33 



40 27 30.74 

 40 34 52.82 

 40 39 1.23 

 40 38 29.22 

 40 35 16.99 



40 37 11.36 

 40 36 25.98 

 40 45 59.04 

 40 41 16.05 

 40 27 31.40 



40 34 53.55 

 40 29 87.12 

 40 42 59.6!) 

 40 16 37.97 

 40 25 42.79 



40 31 28.37 

 40 37 53.53 

 40 37 2.77 

 40 33 34.74 

 10 12 12.82 



40 39 1.7:! 

 40 38 29.73 

 40 35 17.53 

 40 37 11.86 

 40 30 26.48 



40 45 59.58 

 40 41 16.61 

 40 27 31.91 

 40 34 54.10 

 40 29 87:68 





Corrections. 









Micrometer. 



+10 40.44 



6 



1 





r 



Mer 



5 



+ 



94 



+ 



55 



1 18 



1-10 34.70 



+ 



95 



+ 



40 



1 19 



6 



| 1 55.84 





15 



+ 



6 



+ 10 



7 



— 1 29.66 



+ 



5 



+ 



82 



— 3 



6 



— 38.37 



+ 



2 



— ■ 



12 



— 1 



6 



-1- 2 49.33 







9 



+ 



11 



+ 4 



6 



— 5 48.46 



+ 



19 





21 



-10 



5 



— (i 35.78 



+ 



21 



+ 



35 



—14 



9 



—10 12.13 





95 





14 



—24 



11 



+10 40.89 



!■ 



94 



— 



24 



1 18 



5 



+10 35.3:', 



+ 



95 







31 



+ 19 



6 



+ 4 56.13 





15 



— 



15 



+10 



7 



— 1 29.53 



+ 



5 



— 



4 





6 



— 38.85 



+ 



2 









— i 



6 



[ 2 49.01 





9 



+ 



2 



+ 4 



6 



— 5 48.30 



+ 



19 



| 



1 



—10 



5 



— 2 37.48 



+ 



9 



— 



14 



— 4 



6 



— 2 5.88 



+ 



7 



+ 



2,9 



— 3 



6 



— 2 87.84 



+ 



9 





23 



— 4 



6 



— 2 5.68 



+ 



7 



+ 



40 



— 3 



(i 



h 1 0.73 







3 







18 



I 8 



6 



— 48.65 



+ 



3 



+ 



34 



— 2 



7 



— 2.48 









+ 



18 







8 



— 9 33.97 



— 



97 



+ 



37 



-17 



6 



— 4 52.10 



+ 



16 





13 



— 9 



6 



+ 8 50.79 



+1.00 



+ 



32 



+18 



8 



+ 1 80.00 



— 



5 



+ 



44 



+ 3 



6 



— 2 37.83 



+ 



9 



+ 



35 



_ 4 



6 



— 2 7.66 



+ 



7 



+ 



50 



— 3 



6 



+ 1 6.26 





3 



+ 



3 



-1 3 



(i 



— 48.87 



1- 



3 







24 



2 



7 



— 2.34 









—1.02 



— 



8 



— 9 84.64 



— 



97 



+ 



6 



—17 



6 



— 4 53.25 



+ 



16 





1 



— 9 



(i 



| - 8 50.94 



+1.00 



— 



10 



+18 



8 



| 1 29.78 







5 







10 



+ 3 



6 



| 6 46.02 



— 



21 



— . 



51 



+12 



6 



— 6 86.82 



+ 



21 



— 



27 



— 14 



9 



—1018.29 





95 



+ 



2 



—24 



11 



+10 39.32 



+ 



94 



+ 



8 



1 18 



5 



+ 4 54.71 



, 



15 



+ 



6 



1 10 



7 



— 130.21 



+ 



5 





55 





6 



— 10.9:! 



+ 



2 



+ 



8 



— i 



6 



+ 2 47.90 





9 





13 



-1- 4 



6 



— 5 49.68 



+ 



19 



— 



11 



—10 



5 



— 2 88.75 



_l_ 



9 







5 



— 4 



6 



— 2 6.79 



+ 



7 



+ 



30 



— 3 



6 



+ 1 5.86 





3 





31 



+ 3 



6 



— 48.79 



+ 



3, 



— 



33 



— 2 



7 



— 4.22 









+ 



46 



— 



8 



— 9 35.44 







97 



+ 



29 



— 17 



6 



— 4 53.84 



+ 



16 





38 



— 9 



6 



+ 8 50.40 



+ 1.00 



— , 



3 



+18 



8 



f- 1 29.46 



— 



5 



— 



5 



+ 3 



6 



f 6 45.00 



— 



21 



+ 



10 



+ 12 







Latitude. 



10 36 22.79 

 23.43 

 22.70 

 23.14 

 22.75 



22.62 

 22.78 

 23.09 

 23.34 



22.61 



23.59 

 23.04 

 22.67 

 22.65 



22.47 



23.41 



22.86 

 22.95 

 23.12 

 22.48 



22.91 

 22.49 

 23.14 

 28.64 



23.23 



23.11 

 23.30 

 23.86 



22.16 

 23.34 



22.33 

 22.70 

 23.38 

 22.92 

 23.50 



23.27 

 22.60 

 23.26 

 23.62 

 23.36 



2:!. 16 

 22.82 

 21.99 

 22.52 

 23.17 



23.04 

 88.84 



23.11 

 22.82 

 22.80 



23.35 

 22.52 

 23.54 

 23.55 



22.84 



Ther- 

 mmn. 



O 



66.1 

 65.4 



65.5 



70.4 

 69.9 



68.9 

 68.6 

 68.7 

 68.8 



45.5 

 41.7 

 49 2 



48.0 



47.0 



46.1 

 46.9 



16.6 



44.8 

 41.3 



40.0 



39.9 



82.0 



52.1 

 51.0 



51.1 

 50.7 



