Sun's upper limb rises and sets, (corr. for refract.) M. Time. High Water. M. Time. Last Quarter, 12 Su. 6 47 4 42 6 43 4 46 6 40 4 50 6 27 5 2 6 23 5 19 Su. 6 55 4 35 6 51 4 39 6 47 4 44 6 34 4 57 6 29 5 2 Days of Month. Days of Week. Boston, &c. 48 41 44 45 41 49 28 rises. sets. rises. sets. rises. sets. rises. sets. rises. sets. h. m. h. m. h. m. h. m. h. m. h. m. h. m. h. m. h. m. h. m. 1 W. 6 33 4 55 6 29 4 59 6 27 5 16 16 5 11 6 14 5 14 2 Th. 3 F. &c. 5 Su. 6 38 4 50 6 34 4 54 6 31 4 57 6 20 5 8 6 17 5 11 43 44 45 46 40 46 45 33 58 28 26 Su. 7 4 4 30 6 59 4 34 6 54 4 41 6 40 4 55 6 34 5 0 34 55 41 6 29 8 29 9 29 1234 Passage of the Meridian (mean time) and Declination of the Planets. 4 51 S. 21 41 S. S. 7 24a0 3m 0 5m 0 9m 0 18m 0 22m 20th Sunday after Trinity. 77 om stationary. rises. rises. | rises. rises. rises. Transit of, partly vis. U. S. 11 8 5 39 S. 0 58m 6 37a in 8. H1 56 N. 7 5a 21st Sunday after Trinity. 7 6 9a 67 8 1 47m 6 910 58 1011 57 5 43 4 59a 5 8a 5 14a 6 5 8833a6 S. 7 19m 0 49m 0 51m 0 53m 0 56m 0 59m 22d Sunday after Trinity. 23 9 N. 9 8 34m Inf. 600. Days of Month. Days of Week. Boston, &c. Sun's upper limb rises and sets, (corr. for refract.) M. Time. High Water. M. Time. 1F. 2 S. rises. sets. rises. sets. rises._sets. rises. sets. rises. sets. 11 29 3 Su. 7 12 4 29 7 7 4 34 7 1 4 39 6 45 4 55 6 40 5 0 11 M. 10 Su. 7 19 4 28 7 14 4 33 7 9 4 38 6 51 4 55 6 46 5 1 17 Su. 7 24 4 29 7 18 4 34 7 13 4 40 6 55 4 57 6 50 5 3 24 Su. 7 28 4 32 7 22 4 39 7 16 4 43 6 59 5 0 6 54 5 5 38 38 48 38 55 39 0 55 41 55 41 55 42 43 55 44 55 45 56 47 56 56 49 49 2 2 14 11 2 31 Su. 7 30 4 37 7 25 4 42 7 19 4 48 7 2 5 5 6 57 5 10 h. m. Days of Month. 1 JP+K+0+0+0+X Moon Souths, Mean Time. -18 40 10 54m Passage of the Meridian (mean time) and Declination of the Planets. Dec. 1st day. Souths. h. m. 10 32m -16 0 10 41m Souths. Dec. Souths. h. m. Dec. -21 6 11 9m-23 0 11 25m-24 16 -23 48 2 313-22 33 2 38a-20 55 2 44a-18 56 10 43m-18 59 10 42m -20 1 10 36m-20 56 10 30m-21 45 10 25m 11 22 55 10 482 50 10 34 h. m. -16 18 10 52 -17 0 10 38 sets. Moon rises or sets. Mean Time. +2 48 10 20m+2 51 10 6m+2 58 -17 36 10 25 3 48 6 24 5 29a -18 10 10 11 -18 43 +14 53 3 2314 59 6 17 5 7a -6 S +639 7146 38 6 50 + 6 37 +14 48 h. m. 25 19 sets. h. m. 14 30a 9 51a 9 55a 9 59a 10 9a 10 55 10 58 11 0 11 sets. h. m. sets. h. m. sets. d. h.m. 4 6 45m 6 h h213 S. 7 11 11 0 om o 1m0 3m 0 7m0 10m 6 10 35m ♂ in 8. rises. rises. rises. rises. rises. 10 10 5mgr. Hel. Lat. S. S. 4 53a 10 45a 10 47a 10 47a 10 49a 10 52a 1st Sunday after Christmas. ECLIPSES IN 1848. In the year 1848, there will be six eclipses; four of the Sun, and two of the Moon, and a Transit of Mercury. One of the solar eclipses, one of the lunar eclipses, and the transit of Mercury will be visible in the United States. I. Sunday, March 5th. A partial eclipse of the Sun, visible in the Northern portion of the United States. Beginning of the general eclipse, 7h. 14.9m. M. [Mean Time at Washington] in latitude 47° 35' N., and longitude 86° 28′ W. of Greenwich. Greatest obscuration on the earth, 8h. 22.9m. M. in latitude 71° 53' N. and longitude 91° 44' W. of Greenwich. End of the general eclipse, 9h. 30.8m. M. in latitude 80° 26' N. and longitude 16° 5' E. of Greenwich. Digits eclipsed, 3° 14'. This eclipse will be visible principally in the Northern Polar regions, particularly in the North of America and in Greenland; and will be quite small in all that portion of the United States in which it is visible. The phases of the eclipse for all places in the United States may be determined by means of the following table. The Sun's semi-diameter and horizontal parallax are the same as at conjunction: Elements of the Eclipse for Places in the United States. |