122 



THE SAYKE OBSERVATORY. 



1805 



Star 



P 



Micrometer. 







Levels. 





Corrections. 





Iher, 











i(' J + '*') 













Latitude. 













A 



B 



Micrometer. 



3 



i 



r 



Mci 





mom- 



Jan. 



24 



I ! 



! R 



23.9523 



I 

 16.5090 



1 If 



1 —3.0 



—1.1 



o / // 

 40 32 50.20 



+ 3 33.54 



— 4 



— 62 



+ 7 



7 



/ // 

 40 30 23.22 



O 





( 



I 



18.9720 



20.9187 



— 15( 



! —4.1 



—4.7 



40 33 29.59 



+ 2 55.20 



— 3 



—1.26 



! 5 



6 



23.67 









' 



12.9543 



28.9067 



| 12! 



) —1.2 



+ .6 



40 43 7.53 



— 6 43.71 



1- 7 



— 12 



—12 



7 



23.72 



18.5 





i 



i 



15.0560 



21.6917 



— 9f 



|- .6 



■1-1.0 



40 33 35.67 



+ 2 47.51 



— 3 



-|- 22 



1- 5 



6 



23.53 



18.4 





j 



) 



17.9413 



23.0197 



— 21 



— .6 



1 -0 



40 38 31.14 



— 2 8.36 



+ 2 



— 2 



— 4 



7 



22.81 





Jan. 



1( 



) 



31.8540'' 



10.1080' 



-1- If 



—1.5 



— .7 



40 27 12.14 



+ 9 9.92 



+1.01 



— 33 



+20 



9 



23.03 



18.3 



27 



I ] 



D 



28.0000 



13.2353 



-\-m 



— .6 



— .2 



40 42 51.78 



— 6 28.84 



9 



— 12 



—13 



8 



22.86 



28.6 





! 



! 



38.1777 



19.0533 



+ 4( 



» — .3 



.0 



40 34 38.92 



+ 1 44.39 



— 2 



— 5 



+ 4 



9 



23.37 









I 



83.6687 



18.4813 



+691 



— .0 



- .9 



40 42 23.87 



— 6 0.37 



+ 9 



— 11 



—10 



6 



23.44 







', 





18.9573 



22.4080 



+ 2£ 



+ .4 



— .2 



40 37 51.18 



— 1 27.31 



+ 2 



+ 4 



— 3 



7 



23.97 



23.1 





t 





15.1823 



23.5960 



51 



-|- .3 



I .6 



40 32 50.63 



+ 3 32.62 



— 5 



[ 12 



+ 7 

 + 5 

 —13 



7 



23.46 







( 





22.8593 



16.0010 



— 34 



+ .6 



1 •!» 



40 33 30.04 



+ 2 53.34 



— 4 



1 21 



6 



23.66 







', 





20.0500 



10.0343 



—275 



! .8 



1- -4 



40 43 7.97 



— 6 44.29 



+ 10 



10 



7 



23.83 



23.1 





I 





22.5777 



15.9770 



— 4C 



—1.2 



— .1 



40 33 30.12 



|- 2 46.81 



— 4 



— 21 



\- 8 

 — 4 



6 



22.79 







i 





21.4150 



16.3247 



— 53 



+ -9 



+1.1 



40 38 31.58 



— 2 8.59 



1 3 



+ 28 



7 



23.33 







1C 





8.2177' 



29.9533'' 



— 14 



+ .2 



— .5 



40 27 12.55 



| 9 9.59 



+ 98 



— 3 



+20 



9 



23.38 



22.9 





EI 1 



D 



15.8943 



21.5843 



— 64 



— .7 



.0 



40 38 47.07 



— 2 23.72 



+ 4 



— 11 



— 4 



6 



23.30 



19.2 





2 





21.5067 



17.1023 



— 28 



— .3 



—1.5 



40 38 15.13 



— 1 51.30 



+ 3 



— 24 



— 3 



6 



23.05 







3 





21.0307 



17.8680 



— 16 



— .2 



+ -6 



40 35 3.66 



+ 1 19.93 



— 2 



+ 4 



+ 3 



6 



23.70 



19.5 





4 





19.9253 



18.4800 



— 11 



.0 



.0 



40 36 59.48 



— 36.52 



+ 1 







— 1 



7 



23.03 



19.2 





5 





17.9253 



17.5993 



— 7 



+ .4 



-|- .4 



40 36 15.19 



+ 8.23 



— 



1- 11 







8 



23.61 







6 





32.1860'" 



9.9473" 



1 21 



— .9 



—1.1 



40 45 47.03 



— 9 22.40 



— 97 



— 28 



—16 



6 



23.28 







7 





15.0667 



26.2270 



|- 63 



— .7 



— .1 



40 41 5.03 



— 4 42.37 



+ 7 



— 12 



— 8 



6 



22.59 



19.0 



Jan. 



8 





7.9798" 



29.3463'" 



— 14 



+ -5 



-1-2.2 



40 27 21.90 



I- 9 0.27 



+ 98 



I 30 



+18 



8 



23,77 



19.4 



29 



t 1 



R 



10.7350 



26.1497 



—209 



+1.0 



+1.2 



40 42 51.97 



— 6 29.25 



-|- 9 



+ 31 



—13 



8 



23.07 



20.1 



JaD. 



2 





17.1220 



21.2527 



— 31 



— .5 



—1.1 



40 34 39.13 



+ 1 44.37 



— 2 



— 22 



+ 4 



9 



23.39 





31 



I 1 



R 



12.0117 



27.4050 



- 39 



+2.0 



+ -9 



40 42 52.09 



— 6 29.15 



+ 9 



+ 43 



—13 



8 



23.41 



15.5 





2 





21.4953 



25.5917 



+128 



— .2 



— .6 



40 34 39.26 



+ 1 43.91 



— 2 



— 10 



+ 4 

 —10 



9 



23.18 







3 





12.3113 



26.5757 



— 69 



—2.0 



— .6 



40 42 24.26 



— 6 0.53 



+ 9 



— 39 



6 



23.39 







4 





22.5010 



19.0627 



|- 24 



—1.5 



—2.6 



40 37 51.57 



— 1 27.00 



I 2 



— 57 



— 3 



7 



24,06 







5 





23.6550 



15.2493 



— 39 



— .1 



-|- .2 



40 32 51.04 



-1- 3 32.43 



— 5 



+ 1 



1 7 



7 



23.57 



16. 1 





6 





17.6210 



24.4347 



+ 60 



| 2.4 



| 1.9 



40 33 30.49 



+ 2 52.45 



— 4 



| 63 



-|- 5 



6 



23.64 







7 





11.8893 



27.8960 



— .14 



— .4 



I .6 



40 43 8.41 



— 6 44.72 



+ 10 



+ 1 



—13 



7 



23.74 



16.1 





8 





16.4380 



23.0180 



- 16 



+1.1 



! .6 



40 33 36.61 



|- 2 46.31 



— 4 



-1 28 



+ 5 



6 



23.30 



15.7 





9 





17.6633 



22.7730 



1 10 



+ .8 



— .8 



40 38 32.06 



— 2 9.23 



+ 3 



+ 3 



— 4 



7 



22.92 







10 





80.8100*' 



8.5940" 



— 8 



— .5 



! .6 



40 27 13.01 



+ 9 9.11 



+ 98 







+20 



9 



23 39 



16.3 





[I 1 



R 



22.4637 



16.7440 



— 21 



+ .6 



1 -2 



40 38 40.80 



— 2 24.58 



1 4 



+ 12 



— 4 



6 



22.40 



10. Irt 





2 





15.8703 



30.3 123 



- 73 



+2.8 



| 2.3 



40 38 14.82 



— 1 52.14 



+ 3 



| 74 



— 3 



6 



23.48 







8 





L'8.4898 



31.6007 



- 2 



[ 1.2 



+ 1.2 



40 35 3.29 



-|- 1 19.94 



— 2 



+ 35 



+ 3 



6 



23.65 



10.7 





4 





21.8863 



33.3047 



+ 32 



— .3 



+ .8 



40 36 59.09 



— 35.95 



+ 1 



-|- 5 



— 1 



7 



23.26 







5 





31.4587 



31.7863 



I- 5 



.0 



— .5 



40 36 14.70 



+ 8.30 



— 



— 6 







8 



23.08 







6 





9.4237 " 



! 1.5883" 



1- 8 



—2.5 



—3.1 



40 45 46.54 



— 9 20.49 



— 97 



— 79 



—10 



6 



24.19 







7 





35.6877 



4.5887 



f 9 



1 -7 



1 .6 



40 41 4.47 



- 4 41.94 



+ 7 



1 18 



- 8 



6 



23.76 



10.0 





8 





I0.5783 1 ' 



9.2258"- 



- 1 



+1.0 



+3.8 



40 27 21.36 



| 8 59.95 



I OS 



i 45 



+18 



8 



23.00 





Feb 



9 





32.2980 



18.3007 



f 10 



.0 



+ -5 



40 34 43.05 



|- 1 40.95 



— 2 



+ 2 



+ 3 







24.09 



9.7 



2 



1 



I) 



37.6977 



2.3043 







+ 1.5 



1- -9 



40 42 52.17 



- 6 29.25 



+ 9 



I 85 



-13 



8 



23.31 



18.2 





2 





30.6353 



6.5093 



- 58 



— .6 



— .6 



40 84 89.86 



-1- 1 44.20 



— 2 



- 17 



+ 4 



9 



23.50 







3 





26.3453 



2.0487 - 



- 99 



+1.9 



.0 



40 42 24.37 - 



- 6 1.26 



1 9 



+ 30 - 



-10 



6 



23.46 



17.8 





4 





5.9080 



9.3763 



- 72 



—2.3 



—2.0 



40 37 51.69 - 



- 1 27.65 



-I- 2 



— 62 ■ 



- 3 



7 



23.48 





5 





7.9807 i 



S6.3413 



1-159 



+2.2 



+ 1.7 



40 32 51.17 



f 3 31.81 



— 5 



!■ 57 



1- 7 



7 



23^64 



17.4 





G 



S 



13.8357 



6.4673 - 



- 8 



—3.3 



—1.5 



40 33 30.63 



| 2 53.41 



— 4 



— 72 - 



\- 5 



6 



23.39 







7 





,5.2257 



9.1673 



-395 



— .3 



+1.5 



40 43 8.55 - 



- 6 45.07 



| 10 



+ 14 - 



-13 



7 



2:!. 60 







8 



j 



2.5727 1 



5.9643 - 



- 42 



— .8 



— .7 



40 33 30.76 



| 2 47.00 



— 4 



— 22 - 



— 5 - 



h 5 



6 



23.61 



0.0 





9 



j 



1.1257 1 



5.9870 - 



- 67 



— .2 



— .2 



40 38 32.22 - 



- 2 9.77 



-|- 3 



- 4 



7 



22.46 





1 



10 





7.8630 » '. 



9.5847'"- 



- 18 



— .7 



—2.0 



10 27 13.15 



| 9 9.23 



+ 98 



— 36 - 



f20 



9 



23.29 



16.6 



