At Apparent Noon at Greenwich. MARCH D. Semi-Diam. S. D. culm. 1 m. sec. 2 16 8.9 1 5.26 4 9.4 5.12 6 7.9 5.00 8 7.3 4.88 10 6.8 4.78 12 6.3 4.69 14 5.7 4.61 16 5.2 4.55 18 4.6 4.50 20 4.1 4.45 22 3.5 4.42 24 3.0 4.40 26 2.4 4.39 281 1.9 4.40 30 1.3 4.41 32 0.8 4.44 Equat. of T. Sidereal D. Declina. to be added to Tine at South. Appar. Time.mean noon m. sec. h.m. sec. 11 7 25 21.3 12 32.26 22 37 33.03 2 7 2 28.6 12 19.83 41 29.59 3 6 39 30.0 12 6.99 45 26.14 4 6 16 25.9 11 53.43 49 22.69 5 5 53 16.6 11 39.64 53 19.25 6 5 30 2.5 11 25.36 57 15.50 7! 5 6 43.8 11 10.70 23 1 12.35 8 4 43 21.1 10 55.65 5 8.90 9 4 19 54.7 10 40.25 9 5.16 10 3 56 24.9 10 24.51 13 2.01 Obliquity of the Ecliptic. 1st, 23°27' and 33.39'' ; 11th, 33.37'' ; 21st, 33.30" 31st, 33.16''. Horizontal Parallax. 1st, 8.65'' ; 11th, 8.63'; 21st, 5.60''; 31s1, 8.5811. APRIL. D. Semi-Diam. S. D. cuim. 1 it m. sec. 1 16 0.8 1 4.44 0.3 4.49 15 59.7 4.53 59.1 4.59 58.6 4.66 11 58.0 4.74 13 57.5 4.83 15 56.9 4.93 17 56.4 5.04 19 55.8 5.16 21 55.3 5.23 23 54.8 5.42 25 54.3 5.56 27 53.9 5.70 29 53.4 5.85 31 52.9 6.01 Equat. of T. Sidereal Declina. add to Appar. Time at North. till 15th. mean noon m. sec. Obliquity of the Ecliptic. 10th, 23° 27' and 32.971' ; 2011, 32,731 ; 30th, 32.46'' Horizontal Parallax. 10th, 8.55'' ; 2011, 6.53'; 301h, 8.51". 11 3 32 52.1 12 3 9 16.9 13 2 45 39.1 14 2 21 59.7 15 1 59 18.8 16 1 34 36.8 17 1 10 54.2 18 0 47 11.3 19 0 23 28.5 20 NO O 13.8 10 8.47 9 52.13 9 35.52 9 18.67 9 1.58 8 44.28 8 26.77 8 9.09 7 51.26 7 33.27 16 58.56 11 8 27 39.0 0 59.11 20 55.11 12 8 49 33.6 0 43.19 24 51.67 13 9 11 19.4 0 27.57 28 18.22 14 9 32 56.2 to 12.32 32 44.77 15 9 54 23.6 0 2.59 36 41.32 16 10 15 41.2 0 17.13 40 37.98 17 10 36 48.6 0 31.29 44 31.43 18 10 57 45.5 0 45.06 49 30.98|19 11 18 31.6 0 59.43 52 27.53 20 11 39 6.6 1 11.39 21 22 0 23 55.3 0 47 35.5 1 11 14.1 1 34 50.6 1 58 24.8 2 21 56.4 2 45 24.8 3 8 49.7 3 32 11.1 3 55 28.3 4 18 41.1 7 15.16 6 56.01 6 38.61 6 20.21 6 1.76 5 43.27 5 24.74 5 6.22 4 47.73 4 29.27 4 10.97 56 24.09 21 11 59 29.9 0 0 20.64 22 12 19 41.4 h. m. sec. 1 4 41 49.2 3 52.57 0 39 46.17 2 5 4 52.3 3 34.37 43 42.72 3 5 27 50.0 3 16.31 47 39.27 4 5 50 42.0 2 59.39 51 35.82 5 6 13 27.9 2 40.65 55 32.39 6 6 36 7.6 2 23.11 59 28.93 7 6 59 40.6 2 5.79 1 3 25.48 8 7 216.5 1 48.71 7 22.04 9 7 43 25.2 1 31.69 11 19.59 10 8 5 36.1 1 15.35 15 15.14 19 11.69 23 8.25 27 4.50 31 1.35 34 57.91 38 51.46 42 51.02 46 47.57 50 44.12 54 40.69 23 24 25 26 27 28 29 30 311 4 17.19 23 12 39 40.8 8 13.74 24 12 59 27.6 12 10.30 25 13 19 1.5 16 6.85 26 13 38 22.3 20 3.40 27 13 57 29.7 23 59.96 28 14 16 23.2 27 56.51 29 14 35 2.6 31 53.06 30 14 53 27.7 35 49.61131 15 11 30.0 1 23.93 1 36.05 1 47.72 1 58.95 2 9.73 2 20.03 2 29.85 2 39.19 2 18.02 2 56.34 3 4.14 59 37.23 2 2 33.79 6 30.34 10 26.89 14 23.45 19 20.00 22 16.56 26 13.11 30 9.66 34 6.22 33 2.77 18 29 46.9 14 19 43 18.9 15 18 57 32.0 16 19 11 25.9 17 19 25 0.3 18 19 38 15.0 19 19 51 9.7 20 20 3 44.1 At Apparent Noon at Greenwich. MAY JUNE. D. Semi-Diam. S. D. culm. m. sec. 1 15 52.9 1 6.01 15 47.0 1 8.39 3 32.5 6.17 46.7 8.49 5 52.0 6.33 46.5 8.58 46.3 8.66 9 51.1 6.65 10 46.1 8.73 11 50.7 6.82 12 45.9 8.79 13 50.3 6.98 &83 15 49.9 7.14 8.86 8.87 8.88 21 489 7.61 8.87 23 48.4 7.76 8.85 25 43.1 7.90 8.82 27 47.8 8.04 8.78 29 47.5 &.16 8.72 31 47.3 8.28 32 8.65 Equat. of T. Sidereal D. Declina. to be subtr. fr. Time at D. Declina. sub. ft. Appar. Time at No. Appar. Time mean noon North. ull 14th. mean noon m. sec. h. m. sec. m. sec. h. m. sec. 1 15 11 33.0 3 4.14 2 33 2.77 1 22 6 49.4 2 28.27 4 40 16.01 2 15 20 33.4 3 11.40 41 59.33 2 22 14 39.5 2 19.15 44 12.57 3 15 47 13.4 3 18.11 45 55.69 3 22 22 6.4 2 9.64 49 9.13 4 16 4 37.9 3 24.27 49 52.44 4 22 29 9.9 1 59.75 52 5.68 5 16 21 46.5 3 29.96 53 48.99 5 22 35 49.8 1 49.51 56 2.24 6 16 35 38.9 3 34.88 57 45.55 6 22 42 6.0 1 38.91 59 59.80 7 16 55 14.9 3 39.31 3 1 42.11 71 22 47 59.4 1 29.00 5 3 55.36 8 17 11 33.9 3 43.15 5 39.66 8 22 53 26.9 1 16.77 7 51.91 9 17 27 35.9 3 46.41 9 35.22 9 22 53 31.2 1 5.26 11 49.47 10 17 43 20.5 3 49.07 13 31.77 10 23 3 11.3 0 53.49 15 45.03 Obliquity of the Ecliptic. Horizontal Parallax. Obliquity of the Ecliptic. Horizontal Parallax. 19 13 11 17 58 47.4 12 18 13 56.3 3 51.14 17 28.33 11 23 7 27.0 0 41.45 19 41.59 23 38.14 27 34.70 31 31.26 35 27.82 39 21.37 43 20.93 47 17.49 51 14.05 55 10.60 23 24 26.1 0 31.39 45 4.22 18 23 25 49.4 0 47.38 49 0.77 19 23 26 48.0 1 0.12 52 57.33 20 23 27 21.8 1 13.46 21 20 15 58.0 22 20 27 51.1 23 20 39 23.2 24 20 50 34.0 25 21 1 23.3 26 21 11 50.9 27 21 21 56.6 28 21 31 40.2 29 21 41 , 1.4 30 21 50 0.2 31/ 21 56 36.3 3 39.92 56 53.89 21 23 27 30.8 4 47.00 23 23 26 34.5 1 26.47 30.33 59 7.16) 6 3 3.72 7 0.28 10 56.83 14 53.39 19 49.95 22 46.51 26 43.06 30 39.62 34 36.18 38 32.74 47.6 At Apparent Noon at Greenwich. JULY AUGUST. D. Serni-Diam. S. D. culm. D. Semi-Diam. S. D. culm. m. sec. m. sec. 2 15 45.1 1 8.65 1 15 47.1 1 6.55 3 6.38 Obliquity of the Ecliptic. Horizontal Parallax, Obliquity of the Ecliptic. 8th, 23° 271 and 31.431; 18th, 31.5111; 28th, 31.5811. Horizontal Parallax. 8th, 8.1041 : 16th, 6.4H; 26th, 2,504. 6.20 8 45.1 8.37 47.9 6.03 10 45.2 8.25 48.2 5.86 12 45.2 8.13 48.5 5.70 14 45.3 7.99 13 5.51 16 45.4 7.85 15 5.39 18 45.6 7.71 17 5.23 20 45.7 7.55 19 5.09 4.95 24 46.1 7.23 4.82 26 46.4 7.06 25 4.70 28 46.6 6.90 4.59 30 46.8 6.73 4.49 4.39 Equat. of T. Sidereal Equat. of T. Sidereal D. Declina. to be added to Time at D. Declina. to be wilded to Time at North. Appar. Time.mean noon North. Appar. Time. mean noon m. sec. h.m. sec. m. sec. h. in. sec. 1 23 6 23.8 3 30.21 6 38 32.74 1 17 57 16.0 5 59.69 8 40 45.99 2 23 2 2.5 3 41.49 42 29.29 2 17 41 55.1 5 55.65 44 42.551 3 22 57 17.2 3 52.51 46 25.55 3 17 26 16.8 5 51.02 49 39.101 4 22 52 7.8 4 3.23 50 22.41 4 17 10 21.4 5 45.60 52 35.66 5 22 46 34.5 4 13.65 54 18.97 5 16 54 9.1 5 40.00 56 32.22 6 22 40 37.4 4 23.76 53 15.52 616 37 40.4 5 33.63 9 0 28.77 7 22 34 16.6 4 33.52 7 2 12.05 7 16 20 55.5 5 26.69 4 25.33 8 22 27 32.3 4 42.92 6 8.64 8 16 3 51.6 5 19.17 8 2.88 9 22 20 24.7 4 51.96 10 5.20 915 46 38.2 5 11.10 12 18.44 10 22 12 53.9 5 0.60 14 1.75 10 15 29 6.4 5 2.47 16 14.99 52.2 11 22 5 0.1 12 21 56 43.6 13 21 48 4.4 14 21 39 2.7 15 21 29 38.9 16 21 19 53.2 17 21 9 45.8 18 20 59 16.8 19 20 48 26.6 20 20 37 15.5 5 8.83 17 59.31|11 15 11 19.3 4 53.29 20 11.55 24 8.10 28 4.65 32 1.21 35 57.76 39 54.32 43 50.97 47 47.43 51 43.95 55 40.531 3 6.37 21 20 25 43.6 22 20 13 51.2 23 20 1 38.5 24 19 49 5.9 25 19 36 13.5 26 19 23 1.7 27 19 9 30.7 28 13 55 40.7 29 18 41 32.0 30 18 27 4.7 31 18 12 19.4 6 4.51 6 7.08 6 9.05 6 10.43 6 11.20 6 11.37 6 10.93 6 9.89 6 8.24 6 5.99 6 3.14 57 23.88 21 12 1 4.1 8 1 20.43 22 11 40 54.9 5 16.99 23 11 20 34.6 9 13.55 24 11 0 3.5 13 10.10 25 10 39 22.2 17 6.66 26 10 18 30.8 21 3.22 27 9 57 29.5 24 59.77 28 9 36 18.6 23 56.33 29 9 14 59.6 32 32.88 30 8 53 29.6 36 49.44 31 8 31 52.0 2 51.93 2 37.02 2 21.64 2 5.82 1 49.57 1 32.91 1 15.85 0 58.41 0 40.61 0 22.49 04.05 59 37.09 10 3 33.61 7 30.200 11 26.75 15 23.30 19 19.26 23 16.41 27 12.90 31 9.52 35 6.071 39 2.02 At Apparent Noon at Greenwich. 10 Obliquity of the Ecliptic. Horizontal Parallax. SEPTEMBER. OCTOBER. D. Semi-Diam. S. D. culm. D. Semi-Diarn. S. D. culm. m. sec. 1 II m. sec. 2 15 33.1 1 4.31 16 0.9 1 4.37 1.5 4.47 6 51.0 4.17 2.0 4.58 8 54.5 4.11 2.6 4.70 10 4.84 12 55.5 4.03 4.98 14 56.0 4.01 5.14 16 56.6 4.00 5.30 18 57.1 4.01 18 5.48 5.9 5.66 22 58.2 4.06 5.86 6.06 26 59.3 4.15 7.5 6.27 28 59.8 4.21 28 6.48 30 6.70 9.0 6.92 Equat. of T. Sidereal Equat. of T. Sidereal D. Declina. to be suber. fr. Time at D. Declina. to be subtr. fr. Time at North. Appar. Time. mean noon South. Appar. Time. mean noon m. sec. h. m. sec. m. sec. h. m. sec. 1 8 10 6.1 0 14.69 10 42 59.18 1 3 19 40.0 10 25.94 12 41 15.75 2 7 48 12.2 0 33.70 46 55.73 2 3 42 57.2 10 44.80 45 12.31 3 7 26 10.6 0 52.99 50 52.28 3 4 6 12.0 11 3.32 49 8.86 4 7 4 1.6 1 12.50 54 48.84 4 29 24.0 11 21.49 53 5.41 5 6 41 45.6 1 32.23 59 45.39 5 4 52 32.9 11 39.28 57 1.96 6 6 19 22.9 1 52.16 11 2 41.94 6 5 15 38.2 11 56.69 13 0 59.52 7 5 56 53.8 2 12.29 6 38.49 7 5 39 39.5 12 13.67 4 55.07 8 5 34 19.5 2 32.57 10 35.05 8 6 1 36.6 12 30.22 8 51.62 9 5 11 37.9 2 53.01 14 31.60 6 24 29.0 12 46.33 12 48.17 10 4 49 51.7 3 13.58 18 28.15 10 6 47 16.4 13 1.96 16 44.73 Obliquity of the Ecliptic. 7th, 23° 271 and 31.331 ; 17th, 31.121; 27th, 30.87". Horizontal Parallax. 7th, 8.5911; 17th, 8.6111; 27th, 8.64". 7.0 30 32 11 4 26 0.5 12 4 3 4.7 13 3 40 4.6 14 3 17 0.6 15 2 53 53.0 16 2 30 42.2 17 2 7 29.4 18 1 44 12.1 19 1 20 53.7 20 0 57 33.4 21 0 34 11.5 22 0 10 48.5 23 SO 12 35.5 3 34.27 3 55.06 4 15,94 4 36.90 4 57.91 5 18.96 5 40.03 6 1.10 6 22.16 6 43.19 7 4.17 7 25.07 7 45.97 22 24.70 11 79 53.3 8 39 43.3 9 23 52.8 50 0.57 18 9 45 45.4 53 57.12 19 10 7 29.4 13 17.11 13 31.78 13 45.93 13 59.55 14 12.64 14 25.16 14 37.12 14 48.49 14 59.27 15 9.44 15 18.97 15 27.86 15 36.07 20 41.28 24 37.83 29 34.33 32 30.94 36 27.49 40 24.04 44 20.60 48 17.15 52 13.70 57 53.68 20 10 29 4.3 5 46.78 22 11 11 45.7 56 10.26 14 06.81 4 3.36 7 59.92 24 0 36 0.0 25 0 59 24.8 26 1 2 49.4 27 1 46 13.7 28 2 9 37.2 29 2 32 59.6 30 2 56 20.7 31 3 19 40.0 8 6.55 13 39.89 24 11 53 46.6 15 43.60 11 56.47 15 53.03 19 49.58 23 46.13 27 42.69 31 39.24 35 35.90 39 32.35 At Apparent Noon at Greenwich. NOVEMBER. DECEMBER. D. Semi-Diam. S. D. culm. m. sec. 1 16 9.0 1 6.92 16 15.0 1 10.25 31 9.5 7.15 15.3 10.41 15.6 10.56 7 기 10.4 7.62 15.8 10.70 9 10.8 7.86 16.0 10.82 11 11.3 8.10 11 10.92 13 11.01 15 12.2 8.59 15 11.08 17 12.6 8.81 11.14 16.9 11.18 21 13.4 9.26 11.20 23 13.7 9.48 11.20 25 11.18 27 14.4 9.88 27 11.14 291 14.7 10.07 291 11.08 11.02 Equat. of T. Sidereal D. Declina. to be subtr. fr. Time at D. Declina. sub. fr. Appar. Time at South. Appar. Time.mean noon North. till 24th. mean noon m. sec. h. m. sec. m. sec. h. m. sec. 1 14 34 2.8 16 17.23 14 43 23.90 1 21 53 10.9 10 37.01 16 41 45.54 2 14 53 5.7 16 17.87 47 25.46| 2 22 2 8.3 10 13.81 45 42.13 3 15 11 54.2 16 17.69 51 22.01 3 22 10 40.2 9 49.97 49 30.69 4 15 30 27.8 16 16.66 55 18.57 4 2 18 46.3 9 25.54 53 35.25 5 15 43 46.1 16 14.79 59 15.12 5 22 26 26.3 9 0.52 57 31.81 6 16 6 48.7 16 12.07 15 3 11.68 6 22 33 40.1 8 34.94 17 1 23.30 7 16 24 35.1 16 8.50 7 9.23 7 22 40 27.4 8 8.94 5 21.92 8 16 42 5.0 16 4.07 11 4.79 8 22 46 49.0 7 42.24 9 21.48 9 16 59 17,9 15 58.80 15 1.31 9 22 52 41.6 7 15.18 13 18.01 10 17 16 13.3 15 52.67 18 57.90 10 22 59 8.1 6 47.69 17 14.39 Obliquity of the Ecliptic. 6th, 23° 271 and 30.591 ; 16th, 30.3)”; 26th, 30.051. Horizontal Parallax. 6th, 8.661 ; 16th, 8.681 ; 26th, 8.700. Obliquity of the Ecliptic, 36th, 29.5611, Horizontal Parallax. 6th, 8,71"; 16th, 8.7.2" ; 2011, 8,7211; 36th, 6.721. 11 17 32 51.0 12 17 49 10.4 13 18 5 11.2 14 18 20 53.0 15 18 36 15.3 16 18 51 17.8 17| 19 6 0.1 18 19 20 21.9 19 19 34 22.6 201 19 48 2.1 15 45.09 22 54.45 11 23 3 7.3 6 19.81 21 11.15 25 7.71 29 4.26 33 0.92 36 57.3 40 53.94 44 50.50 48 47.05 32 43.61 56 40.17 21 20 1 19.9 22 20 14 15.7 23 20 26 49.0 24 20 38 59.7 251 20 50 47.3 16 2 20.01 21 23 27 29.1 1 26.94 26 21 2 11.5 127 21 13 12.1 281 21 23 48.6 29 21 34 0.9 30 21 43 48.3 31 21 53 10.9 13 50.23 6 16.57 22 23 27 20.4 0 57.00 1 2.36 25 59.35 27 23 19 32.8 1 31.96 29 55.91 28 23 16 34.7 2 1.40 33 52.46 29 23 13 8.5 2 30.65 37 49.02 30 23 9 14.3 2 59.67 41 45.58 31 234 52.3 3 29.45 18 0 36.73 4 33.29 8 29.94 12 26.10 16 22.96 20 19.51 21 16.07 23 12.63 32 9.19 36 5.74 40 2.30 |