Even. MARS. sets Declin. pass.Me. m. d. F 24 S 25 Christmas Day C26 1st Sun. af. Christ. M 27 St.John [St. Steph. T 28 Innocents W29 F31 Silvester h. VENUS. Star. sets Declin. pass.Me. m. d. m. h. m. h. 13 2 31 308 29 15 30 19 3 9 25 3 210 14 320 1211 21 39 15 1911 54 7 25, 27 13/16 5 38 13 39 5219 Morn. JUPITER. Star. Declin pass.Me. sets Declin. pass.Me. mh. m. h. m. d. m. h. m.h. m.d. m. h. m. 16A 224 S 44 2A 18 6A58 23 S 3 3 A 3 8A55 17N 21 4M32 7M 24 18 N55 11 A37 6 724 35 2 21 65822 723 27 O 28 7 26 0 1623 25 Clock before Sun 11 2 2 2 3 28 56331 246 49 5 36342 17 25 16 353 5 2N44 57 4 17 28 I 44 6 59 2 281 SATURN. rises 40 3 o 8 4117 6 1224 2 2 24 6 5822 14 2 57 8 28 17 24 4 5 6 5518 5111 9 26 6 58 21 46 2 53 8 1417 26 3 52 6 40 18 48 10 54 55 2 26 18 4610 40 12 2 44 10 26 23 2 34 6 57 20 42 10 19 22 6 48 20 312 36 6 5719 31 2 56 5 43 18 40 9 57 18 52 2 35 7 317 Moon's Lat. d. m. Date Moon's 2 Lat. Notable Aspects. 3. Conjunction of Venus and Georgium Sidus in Capricorn, 9 at night. 5. Conjunction of Moon and Saturn in Gemini, 20 min. past 3 afternoon. d. m. 10. Conjunction of Moon and Jupiter in Leo, 50 min. past 3 afternoon. 11. Moon in Perigee, or that point of her orbit nearest to the Earth. 5N10 17 3 S27 19. Sun eclipsed, approaching the ascending node. Invisible. 4 50 18 26 21. Conjunction of Moon and Mercury in Capricorn, at 9 at night. 21. Conjunction of Moon and Geor. Sidus in Capricorn, at 6 afternoon. 1721. Sun enters the Brumal or Winter sign Capricorn, 8 h. 2 m. afternoon. 0S 621. Conjunction of Mercury and Geor. Sidus in Capricorn, at midnight. IN 5 23. Conjunction of Moon and Venus in Aquarius, at 2 in the afternoon. 23. Conjunction of Moon and Mars in Aquarius, at 15 min. past 3 afternoon. 24. Conjunction of Mars and Venus in Aquarius, at 10 o'clock at night. 926. Moon in Apogee, or in that point of her orbit farthest from the Earth. 59 31. Mercury now at his Elongation, or greatest distance from Sun, East. 4 17 19 3 30 20 31 21 I 22 22 I 2 ON 8 23 3 9 24 3 4 9 2 22 25 10 3 27 26 5 11 4 20 27 5 12 4 56 28 13 5 15 29 5 5 14 5 14 30 15 4 55 31 16 4 18 4 3 FORECASTS FOR FARMERS Fair, with pleasant frosts at the beginning. From the 10th to the 13th, much snow or rain, accompanied with violent storms; after 32 which, intervals of frost and snow seem likely to make up the remainder of the year. 51 Moon's Lon. Timely Marnings and Wholesome Precepts. In December we have conjunctions of Venus and Geor. Sidus in Capricorn-of Mercury and Geor. Sidus in the same sign-of Mars and Venus in Aquarius-and the Sun eclipsed in approaching the s. d. m. Dragon's Head-these, and the lunar aspects, which are all registered above, form the concluding series of the year. 12. 21. 19 18 36 The same jealous spirit-the same determination to coerce-the 13.22. 15 145 same resistance to coercion, are generally evinced; and I am fearful, 6 14.23-1315 13 that before the end of 1824, civil broils will have spread and thrown 7 15.24. 11 28 56 society into a most unsettled and unhappy state. With respect to 8 16.25. 10 1252 our own country in particular, I do hope that some reformation 9 17. 26. 10 26 58 both in Church and State will be acceded to, as that seems the only 18. 27. 12 11 10 means of saving us from anarchy. It is the corruption of morals that is our curse, and the manner in which Jeremiah decryed a 19. 28-14 25 24 similar state in the Jewish kingdom ought to alarm us into sobriety. 20. 29-18939 Your iniquities have turned away these things, and your sins have 21.30.22 23 50 withholden good things from you; for among my people are found 22.31.28 758 wicked men; they lay wait as he that setteth snares; they set a 23.32.25 21 58 trap; they catch men. As a cage is full of birds, so are their 24-33.42 550 houses full of deceit; therefore they are become great and waxen 25.34.511931 rich. They are waxen fat; they shine; yea, they overpass the 26.36. 0 37 0 deeds of the wicked; they judge not the cause, the cause of the 27.37.1016 16 fatherless, yet they prosper; and the right of the needy do they not judge. Shall I not visit for these things? saith the Lord; and shall not my soul be avenged on such a nation as this?"-Chap. v. 25-29. ADVICES EXTRAORDINARY, continued. And woe to him who shall this chance abuse, But happy he shall be who knows the joy -For aiding faculty of soul t' expand- Each house of prayer that's made a den of thieves !* [* Luke xix TIDE-TABLE. Blackney Cape Blanco 10 0 Fowey Bourdeaux 3 0 Looe TO USE THE TABLE, Add the Hours and Minutes at which the Moon passes the Meridian on any Day (as set down in the Monthly Calendar, in the column next to that containing " Moon's Right Ascension,”) to the Hours and Minutes in this Table standing against the place of your inquiry, and you will thus find the Time of High Water at such place for any day during the Year. St. Andrew's Antwerp. 6 0 Dunkirk .... 215 Dunwick... ...... 0 0 Queenborough 7 30 Ramsey 045 Lawreness 4 30 Redsand 1 0 Rhodes 11 15 0 0 Lime Regis.. 7 30 Lisbon... Blacktail Beacon 0 15 Foreland, N.& S. 9 45 Man, Isle of 9 45 Foulness 3 45 Friezland Coast Boston, Lincoln 6 0 The Frith Bridgewater 7 30 Gibraltar Road. 6 45 Margate Road 3 0 Salcomb 2 15 Rumsey 6 0 6 0 Rye 11 15 6 0 3 45 3 45 5 15 Seine Head.. 10 45 5 45 10 30 5 30 0 0 0 0 Milford Bridlington Bristol Cadiz Caen Calais Calshot .... 0 45 Shetland 1 0 Sound 5 15 Southampton 3 0 .... 3 45 3 10 45 0 Mount's Bay 4 0 Spurn Point 5 15 3 0 Start Point 6 45 6 30 Gravesend 0 30 Needles 6 30 Stockton 5 15 5 30 Harwich 60 10 30 Ostend 0 0 Waterford 4 30 Cowes 10 15 Hastings 9 45 St. Paul's 6 30 Weilands... 1 30 Cromar 6 0 Havre de Grace A TABLE showing how many Miles and Decimal Parts are contained in a Degree of Longi tude upon the Parallels of every Degree of Latitude from the Equator to the Poles. The distance sailed or travelled dne East or West in any latitude, being given, to find the difference of longitude by Table.-Example. Suppose a ship to have sailed 642 miles on the parallel of 54o, and the alteration of her longitude be required. Against the given latitude you have in the Table 35.26: then say, As 35. 26: 60 :: 642: 1092.5, the difference of longitude required. If the course be not due East or West the difference of longitude may be approximately found, in like manner, by taking a mean latitude of any course whatever. A Table of the Visible FIXED STARS of each Magnitude in each Constellation. Delphinus Draco....... 0 0 0 81414 4 ....... Centaurus & Lupus Columba Noachi Crater..................... 18 10 Hydrus Hercules...... 0 011153138 0 95 000 2 2 0 0 THE E-Emersion, or Re-appearance. January. February. March. April. May. June. September. First Satellite. h.m.s. First Satellite. First Satellite. First Satellile. First Satellite. First Satellite. First Satellite. h.m.s. h.m.s. h.m.s. h,m.s. h.m. s. h.m. s. 01 1.48.28 EO 122.24.17 E O 1 6. 4.49 EO 22.44. 7 EO 2 4.54.54 EO 17. 4.58 EO 15.39.54 I O 220.17. 4 EO 316.53. 3 E 0 3 0.33.40 E O 321.13. 3 EO 3 23.23.43 EO 3 1.33.48 E 30. 8.26 I 4 14.45.39 E511.21.46 EO 419. 2.28 EO 515.41.53 EO 517.52.36 E O 4 20. 2.33 EO 418.36.52 I 6 9.14.16 EF 7 5.50.32 E 6 13.31.20 E 710.10.47 EO 712.21.25 EO 614.31.23 E O 613. 5.24 I O 8 3.42.50 E O 9 0.19.16 E 8 8. 0. 8 EO 9 4.39.37 EO 9 6.50.17 E08 9. 0.8 E8 7.38.50 I 1.19. 5 E010 3.28.57 E 010 2. 2.19 I. O 9/22.11.29 E 10 18.48. 4 E 010 2.29. 1E 010 23. 8.32 E 011 1116.40. 6E12 13.16.48 E 011 20.57.50 E 01217.37.22 E 12 19.47.58 E 011 21.57.41 E11 20.30.45 I 1311. 8.45 E14 7.45.37 E O 13 15.26.43 E 14 12. 6.16 E 01414.16.46 E 13 16.26.29 E 13 14.59.15 I 15 15.37.23 E 016 2.14.22 E15 9.55.32 E 016 6.35. 6 E16 8.45.39 E Second Satellite.15 9.27.40 I 017 0. 6. 3 E 017 20.43.10 E 017 4.24.25 E 018 1. 4. OE 0183.14.27 E 320.56.43 E 017 3.56. 8 I 18 18.34.42 E 19 15.11.57 E18 22.52.14 E 1919.32.50 E19 21.43.18 EO 710.14. 7 E 018 22.24.32 I 2013. 3.23 E21 9.40.46 E 20 17.22. 8 E 02114. 1.44 E2116.12. 6 E 10 23.31.31 E20 16.53. 1f 22 11.50.58 E23 8.30.33 E 23 10.40.57 E14 12.48.50 E 22 7.32. 2 E 023 4. 9.33 E 024 2. 0.45 E 24 22.38.23 E 024 6.19.51 E025 2.59.27 E 25 5. 9.44 E Third Satellite. 025 20.29.25 E 026 17. 7.11 E 026 0.48.41 E 26 21.28.17 E 026 23.28.35 EO 313.18.30 I 27 14.58. 9 E2811.36. 1 E027 19.17.35 E 028 15.57.11 E028 18. 7.21 EO 316.39.23 E Second Satellite. 02913.46.24 E30 10.26. 0 E030 12.36.12 E10 17.18.42 I 04 0.41.30 E31 8.15.19 E O10 20.40. 9 E Fourth Satellite. 014 8.14.20 I Second Satellite. O3 0.53.45 E 614.11.57 E 010 3.31. 7 E 13 16.49.22 E O20 19.26.45 E 24 8.45.51 E 714. 0.33 E OI 3.18.53 E 610.36.13 E 22 11.21.24 I Second Satellite. Second Satellite. Second Satellite. 4110.54.58 EO 221.18.27 E 014 16.37.45 E 311.10. 9 E 1113.31. 6E923.53.54 E14 41.42.34 EO 716.52. 21 18 5.56. 2 Elo7 0.28.50 E15 2.49. 3 E 013 13.11.34 E August. 8 0.13. O E 17 6. 8.29 E021 19.14.53 10 13.47. 2 E 1816. 7. 4 E 0172.29.10 E 25 8.33.11 E 014 3. 5.37 E 022 5.24.56 E2015.46.45 E 028 21.51.55 E017 16.23.45 E025 18.42.51 E 027 22. 4. 9 E Third Satellite. 021 5.42.14 E029 8. 0.39 E 024 19. 0.21 E 3111.23.14 EO 217.18.17 I Third Satellite. O 2 20.27.23 E28 8.18.40 E O 921.17.54 I O 5 1.19. 21 54.24.57 E 010 0.27.59 E 12 5. 8.48 IO17 1.17.33 I 12 8.25.32 E017 4.28.14 E 19 9.18.27 I 024 5.17.21 I 19 12.25.57 E24 8.28.48 E Third Satellite. 031 21.36.46 EO 7 5.18.31 I 78.34.17 E Third Satellite.14 9.18.29 I O 14 12.34.57 E 021 13.19. 2 I 021 16.36. 8 E 028 17.19.12 I 028/20.36.59 E 29.17.51 I 212.30. 0 E 913.18. 21 O 916.30.56 E 01617.18.43 I 01620.32.19 E 023 21.18.44 I 0.33. 5 E 031 1.18.38'I 26 13.18.25 I|Fourth Satellite. 26 16.26.57E 1 7.54.37 I Fourth Satellite. 19.59.43 E 15113.54.57 I 018 1.56.33 I 15 15.43.44 E018 4.15.25 E024 -signifies. Visible at Greenwich. -enters or leaves the shadow of Jupiter on the West side. -enters or leaves the shadow of Jupiter on the East side. N.B. Astronomical Telescopes appearance. reverse the Fourth Satellite. 8 8. 4.26I 810.57.37 E 25 2.7. 51 031 4.33.44 E025 5.10. 1 E Fourth Satellite. 23 21.35.12 I 027 10.52.10 I 031 0. 9.55 I Third Satellite. 04/17. 8. 5I O 4 20.35.23 EO 3 9. 2.11 I 312.30.59 E 011 21. 6.22 I 28 16.42.54 I 012 0.34. 4 E10 13. 0. 61 013 4.38.40 E30 11.11.26 I 020 5.19.16 I Second Satellite. 19 1. 5.13 I 019 4.33.20 E 020 8.38.58 E17 9.10. 21 021 4.39. 2I 27 9.18.51 I 026 5. 3.34 I 020 22.27. 2 I 021 8.10.48 E 026 8.32. 2 E024 20.55.37 I 027 12.39.10 E 24 11.44. 2I 25 0.25.22 E 29 20.16.53 E28 8.37.37 I 1. 1. 1 I 28 12. 9.34 E Fourth Satellite. Fourth Satellite. Fourth Satellite. Fourth Satellite. 28 011 23.21.38 E 01120. 9.28 103114.18. II Third Satellite. Fourth Satellite. 0145.12.48 I 15 12.20.25 E14 0.41. 5 I 22 12.48. 6 I 22 16.18.57 E 29 16.45.46 I 15 14.10.37 I 1518.37.17 E 914.15.44 IO12) 2.13.10 I 918.26.28 E 6 6.32.29 E 028 20.11.27 I 26 12.33. 3 E 029 0.34.38 E If the long. of his place is uncertain, the observer should be at his Telescope half an hour before the time of the appulse. For every 522.59.55 Ether Jupiter be 8 degrees above Fourth Satellite. deg. E. of Greenwich, it will take place 4 m. later, and West 4 m. 022 14. 0.58 I the horizon of such place, and earlier than Table Time. A Geographical Mile will make it 4 sec. later or earlier. The Time-piece used should be nicely regulated. 02216.43.51 E the Sun as much below it. To know if an Eclipse will be 519.58.37 I visible at any place, find whe |