10G 



GOULD REDUCTION OF D AGELET S OBSERVATIONS. 



It S3 SEPTEMBER 13 



Zero corr. = + 1' 50". 2. 



Name 



Mag. 



8 a Equulei 

 (i) 22 {I Aquarii 

 4 Peg as i . 



8 e 

 11 

 14 

 15 



18 



22 v 



25 

 h) 28 

 ') 



30 

 33 



34 



35 

 37 

 39 



d) 



40 " . 



44 y " 

 4(1 i " . 

 48// " . 

 15 Lacertse 



57 t/i Pegasi - 

 6 Androm. 



66 Pegasi . 



70 " . 



17 /. Androm. 



29 k " . 



20 f " . 



26 Piscium 



84 V Pegasi - 



85 " . 



21 a Androm. 

 on i. 



7.8 



-7.8 



6 



7 

 7.8 



7 

 C.7 



7 

 7.8 



7 



7.8 



7 

 0.7 



h m s 



22 45 26. 1 



23 32.0 



s 8.0 



10 36.3 



11 43.5 

 14 0.8 

 16 41.2 

 20 44. 1 

 23 17.7 

 26 0. I 

 20 46. 1 

 53 20. 

 35 12. 1 

 38 8.4 

 40 45.0 

 45 8. 5 

 48 49.9 

 50 0. 4 

 53 42. 3 



56 2.2 



57 20.0 

 23 59 27. 1 



2 30.2 

 5 51.3 

 8 52.5 

 13 19.4 

 16 21.0 

 20 1.7 

 22 40. 



28 0. 7 



29 57. 1 

 32 58.2 



35 21.2 



36 15.7 



39 2.7 



40 50.9 

 43 7. 5 

 48 12.5 

 52 38.3 



58 41.2 



1 1 27.2 



App. sid. time Clock corr. ' n tan 6 



h 



21 



3 

 C 



8 

 10 



41.0 



14.0 



1.1 



15.(1 



14 20.4 



15 48.4 

 IS 40.0 

 21 27.8 

 24 29.7 

 27 11.9 

 29 47. S 

 31 19. s 

 35 5ii.o 



37 39.9 

 39 34.0 



21 



22 



5 26. 1 



20 32.11 

 •J.- 8.0 



30 36.3 



31 43.5 

 34 0. 8 

 36 41.2 

 40 44. 1 

 43 17.7 

 40 6. ] 

 49 46. 1 

 53 211. n 

 55 12. 1 

 58 8.4 



45. 



5 8.5 



8 49.9 



10 0.4 



13 42. 3 



16 2.2 



17 20.0 

 19 27. 1 



22 36.2 

 25 51.3 

 28 52. 5 

 33 19.4 

 36 21.6 

 40 1.7 

 42 40.0 



48 ii.? 



49 57. 1 

 52 58. 2 

 55 24.2 



50 15.7 

 19 2.7 



o 56.9 



3 7.5 



8 12.5 



12 ::-.:: 



18 41.2 

 21 27.2 



23 ll.n 

 20 14.0 

 28 1.1 

 311 15.(1 



34 20.4 



35 I-. 1 

 ::- 19.li 

 41 27.8 

 44 29.7 

 47 11.9 

 49 47. 8 

 51 19.8 

 55 5(1.0 

 57 39.9 



23 50 31.0 



22 



23 



- 23. 64 

 23. 48 

 23. 43 

 23. 38 

 25.37 

 23. 36 

 23. 33 

 23. 30 

 23. 27 

 23. 2 I 

 23.21 

 23.17 

 23.16 

 23.13 

 23.11 

 23.06 

 23. 03 

 23. 02 

 22. 98 

 22. 90 

 22. 95 

 22. 93 

 22.91 

 22. 88 

 22.84 

 22.80 

 22. 78 

 22.74 

 22.72 

 22.67 

 22. 65 

 22.02 

 22.50 

 22.58 

 22. 56 



22. 53 

 22. 48 

 22. 44 

 22. 38 

 22. 30 

 22.34 

 22.31 

 22. 29 

 22.27 

 22. 21 

 22. 22 

 22. 19 

 22.17 

 22. II 

 22. 12 

 22. 09 

 22. OS 

 '.'2. HI 

 22.112 

 21.99 



— 0.33 

 + 0.49 



— 0.36 

 0.30 

 0. 20 



0. 07 

 0.13 



2. 40 

 2.26 

 2.87 

 0.43 

 0. 28 

 0.30 

 1.62 



1 . 55 

 1.84 

 2.03 

 0.35 

 1.54 

 0. 25 

 0. 27 

 (1.25 

 1.49 

 1.49 

 1.43 

 2.39 

 0.84 

 1.86 

 3.89 

 1.59 

 1.57 

 1.54 

 1.48 

 1.46 

 0.57 



3. 92 

 4.81 

 4.74 

 0.84 

 0. .-8 

 2.21 



2. 49 

 2.05 

 3.88 

 4.02 

 4.32 

 4.33 

 1.71 



3. 20 

 0.44 

 1.91 

 2.07 

 2. 1 1! I 

 2. 27 

 2. 27 



— 4.28 



— 0.52 

 + 1.86 



— 0. 01 



— 0.45 



— 0.41 



— 1.01 



— 0.05 

 + 1.04 

 + 0.40 

 + 1.39 



— 0.85 



— 0. 39 



— 0.45 



— 1.18 



— 1.24 



— 0.81 



— 0.31 



— 0. 59 

 1 . 25 

 0.33 

 (i. :;-■ 

 0.34 

 1.31 

 1.31 



1 . 35 

 r- 1.01 



2. 90 

 0.77 



+ 1.44 

 1.21 

 1.23 

 1.25 

 1.31 

 1.33 

 1.27 

 1.40 

 f 3.07 

 -I- 2.97 



— 2. 92 



— 2.9-' 

 + 0.27 

 + 1.20 

 + 1.37 

 + 1.43 

 + 1.53 

 + 2.115 

 + 2.06 



— 1.06 

 + 1.29 



0.90 



— 0. 07 



— 0.19 



— II. 13 

 + 0.49 

 + 0.50 

 + 1.92 



f 



4 

 6 

 4 

 4 

 3 

 8 

 1 

 29 

 f 27 

 + 33 

 5 

 . 3 

 + 3 

 + 20 



f- 19 

 23 

 25 

 4 



+ 



+ 19 

 + 19 



+ 18 

 + 29 



+ 11 



+ 23 

 + 42 



20 

 f 20 

 + 19 

 + 19 

 + 18 

 + 1 

 + 42 

 + 48 

 + 47 

 + 11 

 + 11 

 + 27 

 + 30 

 + 31 

 + 42 

 + 43 

 + 45 

 + 45 



21 

 4- 36 

 + 5 

 4-23 

 4- 25 

 4- 25 

 4- 27 

 4 27 

 4- 11 



20 59.2 



51 12.0 



47 20.0 



2 2.1 

 50 40.9 



52 33. I 

 40 54. 2 



9 1.9 

 45 51.2 



43 55. 



40 25.7 



44 15.0 

 59 44. 1 

 38 10.8 

 54 10.0 

 13 31.6 

 15 49.0 



41 44.2 

 44 32.6 

 17 4.5 

 36 10.4 

 19 35. 8 



6 



8 51.2 



23 20. 



4 15.7 



3 7.4 

 26 32. 8 



8 18.2 

 2ii 5(1.0 



2 48.5 

 44 21.6 



3 27. 

 43 35. 4 

 29 35.6 



21 25.0 

 11 47.3 



48 17.0 

 511. II 



35 III. 

 11 23.5 



37.0 

 41 4.2 



2 .37. 6 



29.(1 



9 



11 29.3 

 37 59.8 

 40 0. 1 



51 is. 7 

 55 5. 

 II 43.0 

 54 50.4 

 48 18.0 



52 22. 4 

 50 10.5 



Refr. 



54.5 



1 20. 1 

 (i 53.6 



55. 

 55.4 

 40. 5 

 59. 7 

 19.9 

 21.4 

 15.0 

 51.9 

 55. 7 

 55.2 

 29.8 

 30.8 

 26.6 

 24.3 

 53. 7 

 51.11 

 50.7 

 50.11 

 50. 5 



31.8 



52.7 



20.0 



43. 2 



26.5 



6.6 



30. 2 



30. 5 



31.(1 



31.8 



32.3 



48. 8 



6.4 



0.0 



1.0 



43. 2 



42.5 



22. 2 

 IS. 

 17. 2 



0.0 

 5.0 



3.0 

 28.7 

 I2.ii 

 51.9 

 25. 9 



23. 9 

 23.0 

 21.5 

 21.4 



3. 9 



— 1.3 



— 0.5 



— 1.4 



— 1.3 



— 1.3 



— 1.8 



— 1.0 

 + 1.6 

 4- 1.3 

 4- 2.9 



— 1. 



— 1.3 



— 1.3 



— 0. 7 



— 1.1 



— 0.2 

 4-0.4 



— 1.4 



- 1.1 

 1.2 



- 1.3 

 1.2 



1.3 



- 1.4 



4- i.o 



— 1.9 



— 0. 1 

 4- 4.5 



— 1.0 



— 1.1 



— 1. 1 



— 1.3 



— 1.3 



— 1.6 



— 4.6 

 4- 5.5 



5. 5 

 1.9 



— 2.0 



— I.o 

 4 1-9 

 + 2.4 

 4- 4.5 

 4- 4.7 



4- 5.1 



— 0.0 

 4- 3.4 



1.5 

 (i.o 

 4- o.o 



4- 0.7 

 4- 1.3 

 + 1.3 



4- 5. 1 



+ 



a T I assumed as 9a.; noi 198. 



b g assumed as 28° 56' ; not 28° 58'. 



c g assumed as 25° 37' ; not 25° 32 y . 

 d Div. assumed as 31 ; not 30. 



(106) 



