Governor. '51.. 1,100.. 122,347.. 118,392.. 3,600..1,315,440..1,631,385..16,164,813 ..14,400,507 States. Term expires. Salary. Revenue. Expendit'es. State Debt. MAINE.. John Hubbard .Jan. 1852..$1,500.. $525,688.. $478,802.. $979,000 N. HAMPSHIRE. Samuel Dinsmoor..June, '51.. 1, 0.. 172,056.. 167,011.. VERMONT...... Chas. K. Williams. Oct. 51.750.. 119,386.. 111,056.. MASSACHUS'TS. George S. Boutwell Jan. '52.. 2,500. 1 9,341.. 1057,407. 6,134,556 RHODE ISLAND. Henry B. Anthony .May, '51.. 400..1,618.. 161, CONNECTICUT..Thos. H. Seymour.. May, NEW YORK .... Washington Hunt.Jan. NEW JERSEY... George F. Fort....Jan. PENNSYLVANIA. Wm. F. Johnston ..Jan. DELAWARE William H. Ross...Jan. MARYLAND Enoch L. Lowe....Jan. VIRGINIA......John B. Floyd. .....Jan. N'TH CAROLINA.David S. Reid ...Jan. S'TH CAROLINA. John H. Means.... Jan. GEORGIA....... Geo. W. Towns... Nov. FLORIDA Thomas S. Brown. Oct. ALABAMA...... Henry W. Collier.. Dec. MISSISSIPPI ..John A. Quitman...Jan. LOUISIANA.....Joseph Walker....Jan. .Reuben Wood.....Dec. '52.. 1,200..2,511,119..2,338,136..19,173,223 ..Joseph A. Wright..Dec. '52.. 1,300.. 872,243..1,137,398.. 8,892.937 . August's C. French. Jan. '53.. 1,500.. ..John S. Barry ...Jan. Nelson Dewey.....Dec. Steph. Hempstead.. Dec. J. L. Helm (Act'g)..Aug. William Trousdale. Oct. OHIO MICHIGAN IOWA KENTUCKY. TENNESSEE ARKANSAS.....John S. Roane. ....Nov. TEXAS. CALIFORNIA Peter H. Bell.. '53.. 2,002.. 251,717.. 175,402.. ..12,547,000 ..16,661,795 '52.. 1,500.. 494,165.. 490,399.. 2,374,733 ..Dec. '51.. 2,000.. Austin A. King ..Dec. '52.. 2,000.. Peter H. Burnett... Dec. '51..10,000..1,525,000.. 700,000.. The Governors in italics above are Whigs; the residue Opposition. For two years. 956,261 IMPORTATIONS UNDER THE TARIFFS OF 42 AND '46. THE following statement exhibits the value of certain articles imported during the years ending on the 30th June, 1844, '45, '49, and '50, (after deducting the re-exportations), and the amount of duty which accrued in each during the same periods respectively. Total dollars.... 34,161,247 15,472,358 34,003,356 14,671.418 48,204,750 13,162,751 61,835,321 16,980,698 EXPORTS, IMPORTS, AND TONNAGE OF THE U. S. The following statement exhibits the total value of Imports, and the Imports consumed in the United States, exclusive of Specie, during each fiscal year, from 1841 to 1850, both inclusive; and shows also the value of the Domestic and Foreign Exports, exclusive of Specie, and the Tunnage employed during the same period. [1843 is for 9 months ending June 30.] of New Yest Caely THE WHIG ALMANAC FOR 1851. ASTRONOMICAL CALCULATIONS From the preceding table, it appears that the sun will be on the north side of the equator 7 days 16 hours and 1 minute for ger than on the south side. The cause is, the point of Apl.elion is on the north side in the 9th degree of Gemini, where the sun moves slowest. CYCLES OF TIME. MOVEABLE FEASTS. Grecian Lunar Cycle..... 9 Good Friday........ April 18 Rogation Sunday.... May 25 6 Easter Sunday.. April 20 FOR THE YEAR 1851 : Being the latter part of the 75th and the beginning of the 76th year of the Independence of the United States of America; the 3d after bissextile or leap-year; the 2604th A. U. C. (according to Var-Jewish Lunar Cycle..... ro), or from the building of Rome; the 2598th since Epact; Moon's Age, Jan. 1 28 the era of Nabonassor, the first day of which is Solar Cycle.. said to have been Wednesday, February 18 (N. S.), Roman Indiction 747 B. C.; the 2827th year of the Olympiads, or the Dominical Letter. latter part of the 2d and beginning of the 3d year Dionysian Perke... of the 657th Olympiad of four years, which began Julian Period in July 1849; the latter part of 1267th year of the Hegira; the latter part of the 5611th year from the creation of the world, according to the Jews, or the 5855th according to Usher, but the 7358th according to the Septuagint, which undoubtedly is the best authority for chronology that is known. These calculations are expressed in mean or clock time, and adapted to the latitudes of PORTLAND, BOSTON, NEWYORK, PHILADELPHIA, WASHINGTON, RALEIGH, CHARLESTON, NEW ORLEANS; the UNITED STATES and TERRITORIES, including UPPER CALIFORNIA. Prepared expressly for the WHIG ALMANAC, by SAMUEL H. WRIGHT, Dundee, Yates Co., New York. Morning and Evening Stars.-Venus (9) will be morning star until Sept. 30th; then evening star until July 21, 1852. MARS (3) will be morning star the whole of this year, and until Jan. 24, 1852. JUPITER (2) will be morning star until April 8th, then evening star until Oct. 27th, then morning star until May 8th, 1852. SATURN (2) will be evening star until April 14th; then morning star until Oct. 24th: then evening star until April 27th, 1852. Motions, Etc., of the Planets.-Venus will not have a retrograde motion this year, except from the 1st to the 5th of Jan. This planet will be visible in the daytime west of the sun, until about the 1st or middle of April. Mars will retrograde from Dec. 16th, to March 4th, 1852. Jupiter will retrograde from Feb. 7th, to June 10th. Saturn will retrograde from Aug. 17th, to Dec. 31st. Uranus will retrograde from Aug. 9th, to Jan. 9th, 1852. The moon will run highest this year, Dec. 10; at which time it will be in the 13th degree of Gemini; and have a declination of 22° 25' 47" north. It will run lowest Dec. 23d, to the 12th degree of Sagittarius; having a declination of 22° 26' 33 south. Declination of Uranus in the middle of this year, 12° 18' 41.6" north. Right Ascension at the same time 2 h. 6 m. 53.7 sec. Longitude of moon's ascending node in the middle of this year 117° 15'. True obliquity of the ecliptic at the same time 23° 27' 26".57. 12 Ascension Day...... May 29 9 Pentecost (Whit Su.) June 8 E Trinity Sunday......June 15 .180 Corpus Christi . June 19 ..6564 Advent Sunday...... Nov. 30 Jewish Calendar. The 5611th Jewish year of 13 months began Sept. 7, 1850, and ends Sept. 26, 1851. The 5612th year of 12 months be gins Sept. 27, 1851. Months. 5. Sebat.. 6. Adar. 13. Veadar.... 7. Nisan.. 9 Sivan 10. Thammus Begins. Months. .Jan. 411. Ab. Feb. 312. Elul March 41. Tisri.... Begins. ..July 30 .Aug. 29 Sept. 27 . Nov. 25 April 3 2. Marchesvan......Oct. 27 .. May 3 3. Chisleu.. June 14. Thebet..........Dec. 24 ...July 1 which the Jews believe to have been 3760 years before The Jewish Era dates from the creation of the world, Beginning of the Passover. *Seventh Feast 66 66 Fast: Taking of the Temple. Fast of Expiation Second Feast of Tabernacles Feast of Palms or Branches *End of the Hut Feast... Rejoicing for the Law Consecration of the Temple........ Chisleu 25... Nov. 23 Mohammedan Calendar. The 1267th year ends Oct. 26, 1851. Months. 3. Rabia I. Months. Jan. 410. Schewall........July 30 April 3 1. Moharrem NEW YORK. 10 55 mo. .89 Sun in Spring Signs.. Sun in Summer Signs.. Sun in Autumn Signs.. Tropical Year... Sun north of the Equator, or the period of Spring and Summer. Sun south of the Equator, or the period of Autumn and Winter.. ..178 18 55 .186 10 56 .Oct. 27 ..Nov. 26 .Dec. 25 The Mohammedan era began with the day after the flight of Mohammed to Medina; which event occurred in the night of Thursday, July 18 (N. S.), 622 A D. The year consists of 12 months, embracing 12 lunations, or 354 days. The in tercalary, or leap-years, consist of 155 days. In a cycle of 30 years there are 19 common and 1 leap years. Since the Mohammedan year is 11 days les than the tropical year, "it is obvious that in about 83 y ars the above months will correspond with every season ad every part of the Gregorian year." The 9th month is the month of fasting, at the close of which the feast of Batram begins. ECLIPSES FOR THE YEAR 1851. In the year 1851, there will be two eclipses of the Sun, and two of the Moon, as follows: I. A partial eclipse of the Moon, January 17, at the time of Full Moon. Invisible on this conti nent. II. An annular eclipse of the Sun, February 1, at the time of New Moon. Invisible in the United States. This beautiful eclipse will be visible in the Great Indian and Southern oceans, and a partial eclipse will be seen in New Holland, New Zealand, PLACES. Begin. Mid'le End h. m. h. in.. PLACES. and the Cape of Good Hope. The central and anInular eclipse will begin in long. 7d. 44m. east of Greenwich, and lat. 47d. 41m. south, and end in long. 171d. 49m. east, and lat. 28d. 27m. south. III. A partial eclipse of the Moon, July 12-13, at the Full Moon. Visible. Duration at all places, 3 hours and 2 minutes. Magnitude, 3.47 digits on the southern limb. Visible as follows. Places differing less than 1 minute in longitude are included in a brace. The whole arranged in the order of longitude:Begin. Mid'le End mo.13. mo.13. mo. 13.] h. m. h. m. h. m. PLACES. Begin. Mid'le End mo.13.mo.13. mo.13. h. m. h. m. h. m. 0 12 1 43 314 0 43 2 14 3 45 Kingston, U. C. Nashville, Ten. Boston, Ms. Washing'n, D.C ev. 12. Cambridge Col. Geneva, N. Y. S Quebec, L. C. Canandaig'aN.Y) Tuscaloosa, Ala. Provid'nce, R.I. Lowell, Ms. 47 Frederick, Md. Petersburg, Va.) Newport, R. I. Richmond, Va. Madison, Wis.11 52 Concord, N. H. New Orleans, La Montpelier, Vt. Buffalo, N. Y. Jackson, Miss. S Hartford, Ct, Raleigh, N. C. Springfield, Ms. Toronto, U. C. Montreal, L. C. Georget'n, S. c. Natchez, Miss. Troy, N. Y. Panama, N. G. Baton Rouge, La S Albany, N. Y. Hudson, N. Y. Jeffer'n City,Mo 11 42 New York, N.Y. Chagres, N. G. Schenectady, Newburgh, Columbia, S. C. Austin, Tex. ? Savannah, Ga. Metamoras,Mx. S Po'keepsie, 26 Detroit, Mich. 0 18 Mexico, Mex. Trenton, N. J. 3 54Columbus, O. 1 48 Philadelphia Lansing, Mich. er 12 Utica, N. Y. Cincinnati, O. Lexington, Ky. Tallahassee, Fa. 3 14 San Francisco, Ca. 9 41 11 12 0 43 IV. A total eclipse of the Sun, July 28, in the morning, at the time of New Moon. Visible as a partial eclipse only, throughout the United States, except the lower part of Florida. This eclipse first appears on the earth at Santa Fe, in New Mexico, at 5 h. 8 m. in the morning at that place. It leaves the earth entirely in long. 26d. 7m. east, lat. 20d. 28m. north, which point is in the great desert of Sahara. The line of central or total eclipse begins in the Pacific ocean, off Queen Charlotte's island, long. 137d. 48m. west, lat. 53d. 43m. north, and travels a N. E. direction to the Arctic circle, which it crosses in long. 90d. west. It then takes about an easterly course, and passes through the middle of Greenland; after which it takes a S. E. course, and enters Europe at Bergen, in Norway, and finally ends in the Caspian sea, loug. 52d. 50m. east, lat. S9d. 6m. north. In the United States, this eclipse will be from a mere contact of limbs to 4 digits in size. In the middle of the northern states, it will be about 3%1⁄2 digits in size; and in the middle of the southern states, about 2 digits. Size at New York, about 3 digits; at New Orleans, about 1 digit. Middle of eclipse at Boston, 8 h. 40 m. morn.; New York, 8 h. 24 m. morn.; Washington, 8 h. 9 m. morn.; Charleston, 7h. 46 m. morn.; New Orleans, 6 h. 58 m. morn. At San Francisco, and all places in California, the sun will rise eclipsed, the eclipse at that time being on the decrease. In Oregon,the sun will rise eclipsed, the eclipse being on the increase. At the city of Mexico, this eclipse will be invisible. Mean Diameter, Distance from the Sun, Revolutions, &c., of the Planets. Mean Mean dist'ce Revolution Revolu'n| Synodical Volume, diameter. from Sun. round the Sun on axis. revolut'n. or size. Tide Table.-To find the time of high-water and the Star table, observe that more than 12 hours at any of the following places, add to or subtract and less than 24, from midnight or the beginning from the time of high-water, morning or evening, of morning, is afternoon of the same day: and that at New York, the quantity of time affixed to such more than 12 hours and less than 24, from noon, place in this table. In using the quantities in this morning of the next day. 4 H.M. is Places. IH M. Richmond..Sub. 2 25 Salem...... Add 2 19 Sandy Hook,Sub. 2 45 St.John, N.B. Ad. 2 49 Fiaces. IH.M. Places. · H.M. Any... Add 6 34 Cape Split..Add 2 0 Antzpolis, Md. S. 1 51 Eastport... Add 2 9 Do. N.S. Add 1 49 Halifax, N.S.Sub. 2 15 Amboy....Sub. 0 39 Holmes' Hole. A. 1 Baltimore.. Add 5 7 Kennebec.. Add 1 39 Bridgeport. Add 2 0 Marblehead. Add 1 49 Star Table.-To ascertain when any star or subtract the number in the second column of figconstellation found in this table will be on the Me-ures from its Meridian passage. For its SETTING, ridian, apply the numbers in the first column of fig- add the same number to its Meridian passage. ures to the Meridian passage of the 7 Stars found Those marked (-) do not rise or set in the United in the calendar pages. For the RISING of a Star, States, being for ever above the horizon. Places. H.M.!! Places. Add 2 8 6 25 Characters. Zodiacal Signs. Aries; Taurus; Gemini; Leo; m Virgo; Libra; Sagittarius; VS Capricornus; rius; Pisces. Planetary. (Moon; Mercury; 9 Venus; Explanatory Notes. The tables of the rising and setting of the Sun and Moon Atlantic to the Pacific; and hence are suited to all the Uni ရာ Cancer; Scorpio; are adapted to eight parallels of latitude, running from the Aqua-ted States and Territories. The column of "Sun on MeriSun; dian" is for general use through the whole United States. Mars; when they are on the Meridian, is designed to facilitate the The table of the 7 Stars, or Pleiades, showing the time 2 Jupiter; Saturn; Herschel, or Ura-computation of the rising, setting, and meridian passage, of Aspects. Conjunction, or near to- the brightest fixed stars, by using the numbers opposite the same, in the Star table. This part of the Almanac, it is gether; Quadrature, or 90° apart; & hoped, will be interesting, particularly to children, who, Opposition, or 180° apart. Nodes. with no further knowledge of Arithmetic than Addition and Subtraction, may readily foretell the rising and setting of a Ascending Node; 8 Descending Node. nus. star. The Sun's Declination, though inserted, is of little use. Aries, Taurus, Gemini, &c., are here, as usual, Navigators look for it in the Nautical Almanac, in which it considered the 1st, 2d, and 3d signs, respectively, is given for mean and apparent noon, with the hourly varifrom the Vernal Equinox; but in maps, and in reali-ations. ty, they are the 2d, 3d, and 4th, and Pisces is the 1st. Directions for keeping true Time.-The column of Sun on Meridian shows the minutes and seconds, before or after 12 o'clock, that the Sun is on the Meridian. The Sun is seldom on the Meridian at 12 o'clock; indeed, this is the case only on four days during the year, namely: April 15, June 15, Sept. 1, and Dec. 24. Consequently, when the Sun is on the Meridian, or when its shadow strikes the wellmade noon-mark, the clock must be set as many minutes and seconds, before or after 12, as the Almanac shows. The practice of setting timepieces by the rising or setting of the Sun or Moon, is not strictly correct; as the unevenness of the earth's surface and intervening objects, such as hills and forests, near the points of rising and setting, occasion a deviation, in every place, from the time expressed in the Almanacs, which time is adapted to a smooth, level horison. The only means of keeping correct time, is by the use of a noon-mark, or a meridian-line. Local or Relative Time.-Local time is that which is shown by our common clocks. It indicates the time at any given place, the meridian of that place being the standard from which it is reckoned; therefore, the time or the clocks at any two places will differ by the dif ference of their meridians. Thus, when it is noon at New York, or when the Sun is on its meridian, the Sun at that instant at Washington is east of the meridian of that place; because the meridian of New York is east of Washington. Therefore, the clocks at Washington will be earlier or slower than those in New York, by the time the Sun takes to go from the meridian of New York to the meridian of Washington-namely, 12 minutes 2 seconds. Hence, when it is 12 o'clock M. at New Orleans and St. Louis, it is 1 o'clock P. M. at Philadelphia, which is a difference of one hour for every 15 degrees of longitude. By this regulation, the Sun is made to come to the meridian of every place about 12 o'clock. It is incomprehensible to many how it can be true that the Sun rises and sets at the same time at all places on the same latitude around the world. The difference of local time will account for this. It is not to be understood, that To make a Noon-Mark.-About noon, when the Sun (the when the Sun rises at Boston at 6 o'clock, that it is then-centre) crosses the meridian-line, let another person make at that instant of absolute time-rising at every place on the the mark in some firm place, where the shadow of the Sun same latitude; but, that wherever the Sun rises on that lat- is cast by a perpendicular object. Then set the clock as itude, it will be 6 o'clock by the timepieces at those places. above directed, and it will be exactly right. The Sun will go from the horizon of Philadelphia, west to the horizon of St. Louis, in an hour. To make a Meridian-Line-Ascertain when the North Star will be on the Meridian, by reference to the Star tanie; and at that time range two cords (suspended four or five feet apart), with weights attached to the ends) with said star, and a meridian-line is made. SATURN'S RING will be visible the whole of this year, with a telescope of moderate power. Day of the Montu Moon's Phases. Portland Boston. | N. York. Philad'a. Wash'n. | Raleigh. Charles'n N. Ori'ns. D Calendar for PORTLAND, New Moon 2 6 3 mo 6 0 mo 5 48 mol 5 43 mo 5 36 mo 5 29 mo 5 24 mo 4 43 mo Me., N.H., VerFirst Quar. 1011 40 mo11 37 mo 11 25 mol1 21 mol 3 no 11 6 mo11 2 mo 10 21 monont, Roches'r Full Moon 17 01 ev. 11 58 moll 46 mo 11 41 mol 34 mo11 27 mo 11 22 mo 10 42 mo N.Y., Gr'n Bay, Last Quar. 24 3 35 mo 3 32 mo 3 21 no 3 16 mo 3 9 mo 3 1 mo 2 57 mo 2 16 mo Wis., Toronto, U.C., & Oregon Sun Sun Moon ris's sets rises. PHENOMENA, CALENDAR, &c. h.m. hm. b . [Spica. Union Gt. Brit. & Ireland, 1801. 7 364 37 8 48 [18157 35 4 S8 9 48 High water H. w. H. w. H. 10. 6 31 7 16 2 57 7 57 4 Sa 10 13 10 33 ev. 33 3 338 33 5 14 22 46 Sua Sun's Moon 7 St's] meri Dec. meri. meri. after. south. morn even. in. s. d. m. h. m. h. m.) 3 50 23 211 26 8 54 4 18 22 57 ev. 16 8 50 4 46 22 52 1 5 8 46 1 53 8 43 5 41 22 39 2 398 39 6M 11 24 11 40 1 44 4 44 9 44 6 8 22 32 3 23 8 35 7 T 11 56 2 16 5 16 10 16 6 34 22 25 4 6 2 56 5 56 10 56 6 59 22 17 4 49 8 31 8 27 6 30 7 3 9 23 morn 5 23 9 43 21 7 30 7 55 10 15 23 6 15 10 4 21 8 22 8 48 11 81 15 7 8 10 24 20 48 morn 18 Sa 9 12 9 36 11 66 2 8 7 5610 43 20 36 0 42 19 10 1 10 25 morn 2 56 8 4511 120 24 1 43 7 44 10 49 11 12 0 45 3 45 9 32 11 1920 11 2 41 7 40 21 Tu 11 36 11 59 1 32 4 32 10 1911 3619 58 3 367 36 0 23 2 19 5 1911 811 53 19 45 4 28 7 32 3 8 6 811 54 12 819 315 18 7 28 3 54 6 54 morn 12 23 19 17 6 7 7 24 4 44 7 44 0 44 12 37 19 2 6 55 7 20 1 41 12 50 18 47 7 44 7 16 11 0 37 7 59 011 39 7 55 7 51 Uranus quad. sun. Moon high. [1706. Dr. Franklin born, 7 47 6 59 7.30 9 19 ev. 19 5 7 57 8 23 10 17 1 17 6 8 45 9 511 5 2 5 7 2 53 13 318 328 33 7 12 5 45 6 22 8 511 5 4 5 13 15 18 16 9 23 7 1913 26 18 0 10 12 7 4 17 13 37 17 44 11 170 513 45 17 28 11 49 6 56 8 7 354 39 10 46 7 35 4 40 11 46 7 354 41 morn 7 344 42 0 48 7 344 45 2 57 7 334 46 4 6 7 33 4 47 5 14 7 32 4 48 6 20 7 314 50 rises 7 314 51 6 18 W 23 Th 24 Fr 25 Sa 26 E 27 M 28 Tu 29 W 30 Th 31 Fr Day of the Month. 1823 Moon in Perigee. High tides. JANUARY, 1851. Calendar for Calendar for PHILADEL, WASHING'N R. Island, Connorth part of N. so.pt.N.Jersey, D.C., Maryl'nd necticut,middle Jersey, Penn- Pennsylvania, Del'e, Virginia, and south part sylvania, Ohio, and Ohio; San Kentucky, so. N. York, Mich., Indiana, and Francisco, Cal-pt. Ind'a & Illi. Milwaukee, W. Illinois; Iowa.ifornia. Sun Sun Moon Sun Sun Moon ris's sets rises. ris's sets rises. Sun Sun Moon nois; Missouri. h.m. h.m. h. m. Calendar for Calendar for Calendar for 7 304 39 sets h.m. h.m. h. m. 7 30 4 40 6 0 7 25 4 45 6 5 h.m. h.m. h. m. h.m. h.m. h. m. h.m.h.m. h. m. 35 7 6 23 6 595 13 6 30 8 59 7 39 55 7 35 10 9 576 585 15 10 0 410 50 7 35 11 10 516 58 5 16 10 52 511 45 7 35 12 11 456 585 17 11 44 6 morn 7 35 13 morn 6 585 18 morn 7 0 43 7 25 14 0 41 6 585 19 0 39 95 8 1 42 7 25 15 1 39 6 585 19 1 36 95 9 2 44 7 25 15 2 39 6 585 20 2 34 95 10 3 49 7 25 16 3 43 85 11 4 54 7 25 17 4 47 6 57 5 22 4 40 8 5 12 5 58 7 25 18 5 52 6 57 5 22 5 44 85 13 rises 7 25 19 rises 6 57 5 23 rises 75 14 6 35 7 15 19 6 40 6 57 5 246 46 75 15 7 47 7 15 20 7 516 57 5 24 7 55 75 16 8 57 7 15 21 8 59 6 56'5 25 9 2 65 17 10 57 15 21 10 66 56 5 26 10 7 65 1811 11 7 15 22 11 10 6 565 27 11 9 55 19 morn 7 05 23 morn 6 555 28 morn 5 5 20 0 15 7 05 24 0 136 545 29 0 10 45 21 1 117 05 25 1 7 6 545 301 3 2 247 45 22 2 18 6 59 5 26 2 13 6 545 31 28 3 237 35 23 3 17 6 59 5 27 3 11 6 535 32 3 4 4 20 7 25 24 4 13 6 585 28 4 6 6 535 33 3 59 8 5 17 5 12 7 25 25 5 416 585 29 4 58 6 525 34 4 50 15 26 5 52 6 57 5 30 5 46 6 525 35 5 38 05 27 6 366 575 31 6 306 515 36) 6 23 7 165 11 6 9 7 12 5 15 6 5 7 115 17 6 3 7 7 15 5 12 6 527 115 16 6 487 105 18 6 467 Abbreviations.-H. w., high water; sun meri., sun in meridian; moon meri., moon in do.; 7 st's meri., 7 stars in do.; h.m., hour, minutes; m.s., minutes, seconds; d.m., degrees, minutes; mo., morning; ev., evening; sun's dec., sun's declination So. 7 47 105 1 7 11 7 35 8 7 17 8 07 10 5 2 8 5 7 8 55 7 10 5 2 7 19 4 54 9 52 7 105 7 19 4 55 10 48 7 10 5 7 19 4 56 11 45 7 10 5 7 19 4 57 morn 7 10 5 1 467 0 2 48 7 1 3 55 7 2 5 17 |