46 



GOULD REDUCTION OF D AGELET S OBSERVATIONS. 



I7S3 APKIL 4— Continued 



Zero corr. = + 1' 42". 8. 



Name 



•) 



*) 



31 d' Virginia 



34 " . 



30 " . 



37 " . 



43 (5 " . 



44 k " - 



48 " . 



49 ^ " . 



50 '• . 



50 " . 



64 



07 a 

 721' 



7! I J 

 81 



82 m 

 87 

 89 

 90 P 



Mayer - 

 Virginis 



557 



95 

 c) 90 

 97 

 99 i> 

 Kid 1 

 d) 103 v- 

 104 

 105 

 27 y Bootis 



30 f 



/) 



43 V 



Mag. 



7 



0.7 



6 



5.0 



6.7 



6.7 



7.8 

 6 



9 



8 

 7.8 

 8.9 



9 







4 





 8.9 



7 



It m s 



11 45 16.5 



46 55.4 



48 38.7 



51 9. 3 



55 15.2 



56 57. 



11 59 1.2 



12 3 15.5 



7 2.3 



8 53.8 

 10 48. 1 



13 52. 2 



10 33.7 



20 11.6 



21 44.3 

 24 13.1 

 29 33.7 

 34 6.1 



36 38. 2 

 40 38. 4 

 40 1.3 

 48 28.9 

 53 57. 8 



12 58 57. 3 



13 3 13.3 

 5 34.7 

 7 48.2 



11 20.0 



14 57.8 

 17 41.5 

 21 7.3 

 20 18.6 

 27 19.6 

 33 39. 8 



37 10.7 



40 39.4 



41 5.9 

 44 25.7 

 46 1.9 



50 15.6 



51 19.8 

 56 42. 



1 24.4 



5 22.3 



7 37.6 



10 14.0 



14 13 15.1 



13 

 14 



App. sid. time. 



12 37 52.52 

 39 31.09 

 41 15.27 

 43 46.28 

 47 52. 85 

 49 34. 93 

 51 39.47 



55 54. 47 



12 59 41.89 



13 1 33.70 



3 28. 31 

 32.91 

 9 14.85 



12 53. 18 

 14 26.30 

 10 55.51 

 22 16. 99 

 26 50. 14 



29 22. 66 

 33 23. 52 

 38 47. 30 

 41 15.31 

 46 45. 1 1 

 51 45.43 



56 2.12 



13 58 23.91 



14 37.78 



4 10. 10 

 7 48.56 



10 32.71 



13 59. 07 



19 11.22 



20 12.39 

 * 26 33. 63 



30 5.11 



33 34.38 



34 0. 95 



37 21.30 



38 57. 70 



43 12.16 



44 16.53 

 49 39. 61 

 54 22.78 



14 58 21.33 



15 37.00 

 3 13.93 



15 6 15.43 



Clock corr. 



s 



8.95 



8.95 



8.95 



8.95 



8. 95 



8.94 



8.94 



8.94 



8.94 



8.94 



8.94 



8.94 



8. 94 



8. 94 



8.94 



8.94 



8.93 



8.93 



8. 93 



8.93 



8.93 



8.93 



8. 92 



8.92 



-. 92 



8.92 



8.92 



8.92 



8.92 



8.92 



8.92 



8.91 



8.91 



8.91 



8.91 



8.91 



8.91 



8.91 



8.91 



8.91 



8.91 



8.90 



,-.'.n> 



8.90 



8.90 



8.90 



8.90 



n tan d 



— 0.62 

 0.93 

 1. 09 

 0.29 

 0.32 



- 0. 18 

 + 0.18 



0.17 

 0.68 

 0.64 

 0.71 

 0.65 



f 0.66 

 0.28 

 0.44 



f 0.71 



+ 0.37 

 0.03 



+ 0.47 

 0.53 

 1.20 

 1.22 

 0.03 



+ 0.17 



+ 0.58 

 0.58 

 0. 65 

 0.63 

 0.35 

 0.88 

 0. 07 

 0.36 



f 0. 08 

 3.20 

 2.16 

 1.03 

 1.04 

 0.59 

 0.75 

 1.77 



— 1.60 



- 1.77 

 1.55 

 0. 49 



- 0.55 



— 0.21 

 + 1.24 

 + 1.20 

 + 1.81 

 + 1.84 

 + 1.79 

 + 1.84 

 + 1.82 



— 0.47 



— <i.99 

 + 1.79 

 4- 1.78 

 + 0.20 

 + 1.87 

 + 1.88 

 4- 1.65 

 4- 1.64 

 4- 0.52 

 4- 1.20 

 4- 1.88 

 4- 1.88 

 4- 1.83 

 4- 1.86 

 4- 1.73 

 4- 1.62 

 4- 0.74 

 4- 1.76 

 4- 0.84 

 + 1.28 

 + 0.75 



— J. 01 



— 1.60 



— 1.53 



— 4.04 



— 0.67 



— 0.70 



— 1.39 



— 0.87 

 4- 0.48 



— 1.29 



— 0.25 

 1.23 



+ 



4- 8 50 

 + 13 7 

 4- 15 17 

 + 4 13 

 4- 4 33 

 4- 2 35 



— 2 38 



— 2 30 



— 9 34 



— 9 10 



— 10 4 



— 9 13 



— 9 24 

 + 44 

 + 6 16 



— 10 1 

 - 5 21 



30 



6 45 



7 36 



16 45 



17 2 

 ii 26 

 2 29 



8 12 



8 16 



9 18 

 8 52 



4 58 

 12 21 



59 



5 8 



1 15 

 + 39 14 

 4- 28 24 

 4- 14 27 

 4- 14 38 

 4- 8 36 

 + 10 33 

 + 23 54 

 4- 23 47 

 + 17 58 

 + 22 53 

 4- 27 46 

 4- 19 15 

 4- 25 29 

 4- 20 4 



39.7 

 43.1 

 24.0 

 24.6 

 51.9 

 29. 5 

 55.0 

 12. 2 

 53.7 

 22.7 



5.5 



9. 

 13.4 

 14.8 

 49.4 

 39.4 

 12.4 

 23.7 

 58. 1 

 30. 2 

 40.0 

 27.2 

 28.0 

 47.1 

 51.4 

 37.8 



5.0 

 38.1 



2.6 

 56.5 

 58.6 

 37.0 

 32. 8 



1.0 

 30.0 

 10.5 

 44.0 

 32.0 

 51.8 

 56.4 

 31.0 



6.0 

 1-. - 

 32.7 

 54.4 



O.d 



0.0 



Refr. 



49.4 

 42.5 

 39.2 

 58. 1 



57.5 



1 1.6 

 14.0 

 13.5 

 35.8 

 34.1 

 37.4 

 34.3 



1 35.2 

 58.4 



54. 1 



1 37.4 

 21.7 



6.1 

 26.0 



i ■:-.- 



2 9.2 

 2 11.0 

 1 8.5 



13.5 

 30.9 

 31.1 

 35.0 

 33.4 

 20.8 

 47.3 

 9.9 

 21.2 

 1 10.5 

 10.0 

 22. 

 40.6 

 40. 1 

 49.9 

 46.7 

 27.6 

 27.7 

 35.4 

 28.8 

 22.8 

 33.6 

 25.6 

 31.2 



1.8 

 2. 



1.9 

 1.3 



1.4 

 1.1 



0.7 

 0.7 

 0.4 

 0.4 

 0.4 

 0.4 

 0.4 

 1.3 

 1.5 

 0.4 

 0.5 

 0.8 

 0.5 

 0.5 

 0.5 

 -0.5 



— 0.8 



— 0.7 



— 0.5 



— 0.5 



— 0.4 



— 0.4 



— 0.5 

 -0.3 



7 

 5 

 7 

 9 



— 0. 



— 0, 



— 0, 

 4-3, 

 4- 1 



o 



1.9 



1.8 

 1.9 

 0.0 

 0.0 

 1.5 

 - 0.2 

 + 1.3 



— 1.3 

 4-0.5 



— 1.1 



17S3 APISH. 5 



Zero corr. = + 1'39".3. 



h) 







J) 

 A) 







112/8Tauri . . 

 34 (5 Orionis 

 58 a " . . 

 24 y Geminorum 



Piocyon . 



83 (j> Geminorum 



85 1 " . . 



2 (J 1 Cancri - 



6* " - . 



8 " . . 



10 // 2 " . . 



4 20 

 28 



4 51 



5 32 



6 35 

 47 

 50 

 55 



6 57 



7 

 7 2 



15 45. 

 24 4. 

 46 36. 

 28 22. 

 31 6. 

 43 23. 

 46 11. 

 50 58. 

 53 21. 

 56 10. 

 58 10. 



+ 27 



4- 20 

 4- 25 

 4-28 

 4- 13 



4- 22 



21.4 



1 6. 6 

 50. 6 



30.3 

 53.6 

 22.7 

 31.1 

 24.3 

 21.6 

 40.6 

 29.0 



4- 1.4 



— 0.8 



— 1.6 



— 1.7 



— 1.5 

 4- 1.0 



— 0.9 

 + 0.7 

 4- 1.4 

 -2.0 



0.5 



a T II assumed as 38s.; not 48s. 



I, I assumed as 49° 17' 33"; not 49° 17' 43". 



c | assumed as 58° 9' 10" ; not 58° 9' 30". 



d I assumed as 49° 51' 4" ; not 49° 51' 24" 



e T. I rejected. 



/ g assumed as 25° 3' 34" ; not 25° 3' 14". 



g g assumed as 28° ; not 25°. 



h g assumed as 20° 27' ; not 20° 57'. 



i, j, k, I Hour assumed as 6; not 5. 



(46) 



