7th day. souths. Dec. h. m. Passage of the Meridian (mean time) and Declination of the Planets. 13th day. 19th day. Dec. souths. Dec. h. m. O I 0 17a-18 4 0 31a-21 1 0 45a23 20 9 2m+2 36 9 4m-0 3 9 7m-2 38 0 59a-24 56 1 12a-25 45 9 10m 5 13 9 13m-7 48 2a-22 38 0 57a-23 16 0 53a 1 12a-21 0 1 72 -21 52 1 9 11a-10 7 8 46 +5 310 354 55 10 10 -10 298 25 -23 45 +452 -10 29 1 18m 1 21m 1 24m 1 32m 1 37m 22d Sunday after Trinity. 2 33 2 35 2.39 6 11 9m 8 ho. 7 837a6nme (im 8) E. sets. sets. 8 8 32m 69 3 54 S. 17 8 25min Perihelion. 0 5m 18 8 35a in 8. 0 44m 0 47m 0 49m 0 57m 1 0 18 9 28a 12 10 45m 6C X 4 8 S. 12 6 56a 2 26 S. (6m 7) E. 1 36 S. S. 8 35a 1 45m 1 46m 1 48m 1 51m 1 55m 24th Sunday after Trinity. 26 8 rises. rises. rises. rises. rises. 24 5 1a h Lat. S. h117 N. 6 48 6 10a 6 28a 6 37 1st Sunday in Advent. 1st day. h. m. h. m. h. m h. m. Twilight begins and ends.. Mean Time. 7th day. 13th day. 19th day. 25th day. Begins. Ends. Begins. Ends. Begins. Ends. Begins. Ends. Begins. Ends. h. m. h. m. h. m. h. m. h. m. h. m. Sun's upper limb rises and sets (cor. for refr.) M. Time. High Water. M. Time. Days of Month. Days of Week. Boston, &c. CTTOES Washington, &c. rises, sets. rises. seis. irises. sets. rises. sets. rises. sets. BLOGENew York, &c. 1 W. 7 10 4 29 7 5 4 34 7 0 4 39 6 45 4 54 6 39 5 Charleston, 0 38 46 54 40 46 54 41 38 47 54 41 5 Su. 7 14 4 28 7 9 4 33 7 4 4 38 6 48 4 54 6 42 5 1 12 Su. 7 20 4 28 7 15 4 33 7 10 4 39 6 54 4 55 6 47 5 2 9 39 53 55 46 1 11 44 9 24 7 44 19 Su. 7 25 4 30 7 20 4 35 7 14 4 41 6 58 4 58 6 51 5 4 5 24m 3 4m 1 24m) 21 36 15 41 58 58 52 5 6 31 4 11 2 31 21 36 15 42 59 58 52 5 7 37 5 17 3 37 21 37 16 Passage of the Meridian (mean time) and Declination of the Planets. rises. rises. rises. h. m. h. m. h. m. h. m. rises. h. m. rises. h. m. d. h. m. 13 34m 8 488 8 53a 8 59a 9 15a 9 22a 1 031a 6 one 06 N. 24 26 9 55 10 0 20 52m 6m (om 3) E. 2 0 24a gr. elong. 21 5 E. 33 37a (5m 8) W. 8 2 6 S. S. 6 57m 0 14m 0 17m 0 19m 0 25m 0 28m 2d Sunday in Advent. 9 9 58m gr. Hel. Lat. N. 10 11 4a stationary. 037 S. 1 32 8 5 6m 6 2 37 3 44 4 54 11 5 572 63 sets. 5 47a 12 2 57m 6 C 7 49 13 4 45a in 8. 851 15 11 15a. 9 55 10 51 11 47 18 6 33 21 10 5m enters . begins. 21 8 37a6 h 1 32 N. S. 7 14a 0 35m 0 37m 0 37m 0 39m 0 41m 4th Sunday in Advent. ECLIPSES IN 1852. In the year 1852, there will be six eclipses, three of the Sun, and three of the Moon; of which eclipses, one of the Moon only will be wholly visible in the United States, and one partly visible. I. Tuesday and Wednesday, January 6th and 7th. A total eclipse of the Moon, visible in the United States, as follows: 1852.] ECLIPSES OF JAN. 21ST, JUNE 17TH, AND JULY 1ST. 35 The time of beginning may be computed for any other place by the following table: The time of the end may be found by adding 3h. 38m. to the time of the beginning. The magnitude of the eclipse is 20 digits on the Moon's north limb. II. Wednesday, January 21st. A partial eclipse of the Sun, invisible in the United States. Beginning of the general eclipse, January 21st, Oh. 24.5m. M. (mean time at Washington), in latitude 56° 55′ S., and longitude 24° 10′ W. of Greenwich. End of the general eclipse, January 21st, 3h. 43.8m. M., in latitude 45° 35' S, longitude 124° 24′ W. of Greenwich. Magnitude of the eclipse 5.46 digits. This eclipse will be visible in a part of New Zealand. The northern limit of visibility touches Van Diemen's Land. III. Thursday, June 17th. A partial eclipse of the Sun, invisible in the United States. Beginning of the general eclipse, June 17th, 9h. 48.1m. M., in latitude 47° 9' S., longitude 166° 15′ W. of Greenwich. End of the general eclipse, June 17th, 1h. 54.3m. A., in latitude 35o 8′ S., longitude 33° 3' W. of Greenwich. Magnitude of the eclipse 9.2 digits. This eclipse will be visible in the southern half of South America. IV. Thursday, July 1st. A total eclipse of the Moon, invisible in the United States. Beginning of the eclipse, 8h. 29.1m. M. Mean time at Greenwich. 0 6.3 A. |