The mariner's compass rectified : containing tables, shewing the true hour of the day, ... By Andrew Wakeley, ... Enlarged with many useful additions, by J. Atkinson. The whole revised, and carefully corrected, with accurate tables ... By William Mountain

THE RECTIFIEDv BOOKS of Navigation, Sea Charts, &c. Printed for J. Mount, T.Page, and W. Mount, on 7ower-Ml, REAT Britain’s Coafting Pilot, by Capt. Greenville Collins^ * VJ Coafting Pilot for England, Scotland and Holland. Englifh Pilot for the Channel. Englilh Pilot for the Straits. Englifh Pilot for Weft India. Englifh Pilot for Guinea. Englilh Pilot for Eaft India, Sea-Atlas, containing Charts of the Sea-Coafts of the whole World Acompleat Set of New Charts, containing North Sea, Cattegat, Baltic. Acompleat Set of Charts for the Sea-Coaft of France. ASet of Charts for India, and others for all parts of the World. The Mariner’s New Calendar, by Nathaniel Colfon. The Seaman’s Vade mecum, or Defenfive War by Sea, by William Mountaine, F.R.S. The Ready Obfervator, or an Infalible Method for determining the Latitude at Sea, by Dr. Falck. Pradlical Navigation, or an Introdudlion to the Whole Art, by J. Seller. Navigatio Britannica, or acomplete Syftem of Navigation, in alljts Branches, both with regard to Theory and Praftice, by J, Barrow. Sherwin’s Tables of Logarithms from ito looooo. Elements of Algebra, expounded in Two Books, by John Kerfey. The Seaman’s -Daily Afliftant, by T. Hafelden. Navigation New Modeled, by Henry Wilfon.. Navigation Unveil’d, 2vols Oftavo, by Edward Hauxley. Mariner’s Compafs Reftified, by Andrew Wakeley. The Praftical- Sea Gunner’s Companion, by W. Mountaine, F.R.S. An Epitome of the Whole Art of Navigation, containing an epfy methodical Way to become acomplete Navigator, by James Alkinfon. Meath’s Royal Aftro'nomer and Navigator, in large 4to. Ship Builder’s Afliftant, or Marine ArchiteiSure, by W.Sutherland. Ufe of Coggerfhall’s Sliding Rule, and Defcription of Scamozi’s Line. Mercator’s Chart, Ihewing the Variation of die Compafs, in all the known Seas, by W. Mountaine, F.R.S. Bn There are alfo fold all Sorts of Mathematical Inftruments and Books, Sea Charts for all Parts of the known World, Plane-and Mercators Paper, Paper-Books, and other Stationary Wares. TO THE; REA 0vE R. Courteous Reader, , J^HEN IJirft entered upon the/e%yt^^0rSi and after Ihad begun the Calculations, 1found that though the Book would befmall, yet my Labour wasfo great that 1almoji fainted. Tet, at Length, when 1 confidered the ordinary, necejfary, andfrequent life that might be made of thefe my Labours, Iwas thereby encouraged to go on and profecute my Work ;and hoio ready and eafy Ihave made it for Prablice, willplainly appear^ by immediate Infpebiion,to the meanejl Capacity, Herefollows abrief Explanation of the Method and Order' of the Book :.Firjl, you willfind Tables of the .Sun’s Declination, newly calculatedfrom the beft Hypothefis yet difcovered, and applied to the Meridian of London, whoje Latitudes 5id. 32m. North, and Longitude, according to thefe Tables, ood. 00m.— Next you will find Tables, Jhewing the true Hour and Minute of the Hay, the Sun being upon any Point of the Compafs, which are as DialsJitting all Places in the World, whoje Pole is elevated not above 6cd. either North or South :Likewije by thefe''Tablest you may know the true Icionr and of the Night, -by the Bearing of any of the known Fixed Stars tween Tropics :Jhenyou willfind Tables Jhewing the true Timt of the Sun’s Riling Setting with the Length of the Day and Night. AIJ9 by thefe Tables (6) Tables you may findjhe true ’Time of Setting ofi alhthe eminent Fixed Stars between the ‘Tropics. Next you will find Tables fiewing the Point of the Compafs that the Sun and all the abovejaid. Stars rife andJet upon jwhich Tables are of excellent Ufe for readily finding the Variation of the Compafs, and may be performedby aMeridian Compafs, that is about ten Inches in Diameter, whofe Points' aj'e dividtd into Halves and garters }fitch aCompafs Ifuppofe to be convenient for aMariner’s Ufe., where he hath not an Azimuth Compafs. Next you will find Tables of Amplitudes to every Degree of the Sun’s Declination ;All thefe Tables o^re calculatedfrom the Equator to 6o Degrees of Latitude, eithep North or South : and they will laft, with Exabtnefs. as long GOD upholdeth the Order and Courfe of Nature. In the Appendix you will find the Ufe of all thoje Inftruments that are moji in Prabiice in the Art of NAVIGATION, either ,for Operation or Objervation :Likewife aTable containing the moJl principal Harbours, .Headlands, and Iflands in the WORLDj foevjing. the Latitude and Longitude at each of them j beginning the Longitude at the Meridian o/London ; .the Whole difpofed in anew, andfuccefiive Order. . This Method, Iown, but how Ihave acquited myfelf therein, Ijhall leave to the Judgment and Experience of the moJlfidlful Mariners that the World affords, which ai-e my native Countrymen in England. Anti now fare ever vyell, fo wifhes he, Who is more yours, than he can feem to be. ANDREW WAKELT, To the PUB LIC. SIRS, Being defired by the Bookfellers concerned herein, Iwillingly undertook the Examination of this Treatife", (and the rather for that Refpe£l I bear to the Teftimony of my Matter, the deceafed Author) which, for its Ufefulnefs, hath obtainedgoodEtteem from our NAVIGATORS :Itherefore have taken the greater Pains, and fpent much Time in examining each Table, amending,altering, explaining, and enlarging where Ifaw Caufe, and thus have endeavoured to render the Whole of the MARINER’S COMPASS RECTIFIED, mott familiar, and eafy to an ordinary Capacity. In this Edition Ihave contradbed the ‘Tahle of Amplitudes in Points of the Compafs, and yet as .intelligible as before, by which, having made more Room, Ihave made the Reader Amends with large. Additions in the Ufe of each Table, and methodizing the Difcourfe throughout but more efpecially in the Ufe of Injiruments, Thave taken Liberty to repair, alter, and enlarge, that it will appear as good as new ;but chiefly in the tdefcription and Ufe of the Gunter^ Sliding Gunter, and Sedlor ,principally the A4two 14 ^be Mariner’sComfafs 'Rebiified. #'Third after Leap -Tear. Sun’s Dedinationj 1783, 1787, 1791, 179^. <0 Jan.^ Feb. March April May’ June aSouth douth South North North Kqrth D. M. D. M. D. M. D. M. u. M. 1). M. 1^3 OJ '7 03 07 31 04 36 22 05 Z22 55 16 46 07 08 04 59 '5 25 22 13 322 49 16 28 06 45 °5 22 15 43 22 2t, 422 45 16 10 06 -22 05 45 16 00 22 28 ?22 37 '5 52 ^•5 59 06 08 16 17 22 34 622 30 15 34 °5 36' 06 30 16 34 22 4' 722 .22 515 03 13 06 53 16 51 22 47 8. 22 ’4 '4 5^04 49 07 15 17 07 22 52 922 c6. '4 37 04 26 07 3^ '7 23 22 58 10 21 57 •4 J? 04 02 oS 00^ 17 39 23 02 1 1 21 47 •3 -58 03 39 08 22 17 55 ^3 07 12 21 38 13 3a03 15 08 44 18 10 23 1 . .13 21 28 13 18 02. 32 09 06 18 25 23 14 14 21 J712 57 02 28- 09 27 '18 4.0 23 *7 21 g6 12 37 02 09 09 49 18 54 23 2r 16 20 55 12 16 01 41 10 JO 19 08 23 23 •7 20 43 I 1 55 01 '7 10 31 >9 22 23 25 18 20 3'I134 00 53 10 52 '9 35 23 26 19 20 18 1I>3 00 30 1113 >9 48 23 27 20 20 05 10 51 00 C&- 1 1 34 20 01 23 28 21 19 52 lO 29 Nor.18 1 1 54 20 “•3 23 28 22 ‘9 38. 10 08 00 42 12 14 20 25 23 28 23 19 24 .09 .46 01 05 12 34 20 36 23 27 24 '9 JO 09 24 01 29 12 54 20 48 23 26 2i': 18 55 09 01 01 52 13 14 20 59 23 .25 26 18 40 08 39 02 26 ‘3 33 21 09 23 23 *7 -18 25 08 16 02 39 13 52 21 20 23 21 .28 18 09 <>7 54 03 03 •4 1 1 21 29 23 •9 29 •7 53 03 26 14 30 21 39 23 16 30 >7 37 03 49 14 49 21 48 23 12 3-,' 17 20 04 '3 21 57 'J’he MarinefsCompafs ReSlified. 1 5 ^hirdafter Leap -Year. Sun’s Declination,. 17S 3, 1787, i79i» *795' MJuly Auguft Sept. oa. Noy. Dec. ft North North North South South South D. M. D. M. D. M. D. M. D. M. D, M, 1Zj. oS 18 oz 08 17 03 '4 14 30 21 52 223 04 17 47 07 55 03. 37 14 49 .22 01 322 59 17 3'07 33 04 00 15 08 22 09 422 54 17 i6 07 10 04 23 15 26 22 18 s22 49 16 59 06 43 04 47 15 45 22 25 622 43 l6 43 06 26 05 10 16 03 22 33 722 37 16 26 06 03 05 33 16 1122 40 822 .3'16 09 05 41 05' 56 16 38 22 46 922 23 15 °5 j8 06 *9 16 56 22 5* 10 22 i6 '5 36 04 55 06. 42 17 13 22 58 1 1 2208 15 17 04 32 07 04 17 29 23 03 12 22 00 14 59 04 10 07 .27 17 46 Z307 >3 21 51 '4 41 03 47 07 .50 18 02 Z3I'l '4 2I 42 H- 22 03 24 08 IZ iS 18 23 IS '21 33 14 .04 03 00 08 34 18 33 .23 18 21 23. 14 45 02 37 08 57 18 48 23 21 17 21 13 13 26 03 14 09 19-19 03 23 24 21 03 '3 08 01 51 09 40 19 18 23 25 '9 20 52 12 47 01 27 10 02 '9 32 Z327 20 20 4'12 27 01 04 10 24 19. .45 23 z8 21 20 3°12 07 00 41 10 45 19 59.Z328 22 20 J8 I147 00 >7 1 1 c720 IZ 23 28 23 20 06 1 1 27 Sou 06 II z8 20 24-23 28 24 19 53 1 1 06 00 30 II 49 20 37 ,23 .27 2? 19 41 10 46 00 5.3 12 10. 20 49 23 *5 26 19 28 10 25 01 17 12. 30 Zi 06 23 23 27 '9 14 10 04 01 40 IZ 51 ZI II 23 21 28 19 02 09 43 02 04 13 01 ZI 22 23 18 29 18 46 09 ZI os 27 '3 31 ZI 32 23 15 30 1-8. 32 09. 00. 02 50 13 SI ZI . 4?23 11 31 18 17 08 38 1+ lo 23 07 1 6 The Mariner's Com^afs Rectified. Leap -Year.! 'v Sun’s Declinatiohj 1780, 1784, 1788, 1792. <0 Jan. Feb. ^March April 'May June pSouth South South North North North D. M. D. M.. D. M. D. M. D. M. D. M. 123 02 17 07 07 '4 04 50 15 21 22 1 I 222. 57 16 5°c6 51 05 16 15 38 22 >9 322 51 1,6 32 06 28 05 39 ‘5 5^ 22 26 422 45 16 15 06 05 c6 02 16 13 22 5;22 38 >5 57 05 42 06 25 16 30 22 39 622 31 15 38 05 18 06 47 16 47 22 45 7•22 24 520 04 55 07 10 17 03 22 51 ,82-2 16 >5 0I04 31 07 32 17 20 22 92:2 08 '4 41- 04 08 07 55 '7 36 23 01 ro :21 S9-.14 22 03 44 08 *7 17 51 23 06 11'21 50 H02 03 21. 08 39 18 06 23 10 12 21 40 >3 43 02 57 09 00 i321 23 H '3.21 30 13 23 02 34 09 22 18 36 23 17 14 :21 20- >3 02 02 10 09 44 18 51 23 20 '5 21 09 12 4*01 46 10 05 05 23 22 16 2t) 58' 12 21 01 23 10 26 19 iS 28 24 17 20 46 12 00 00 59 10 47 ‘9 32 22 26. 18 20 34'1139 00 35 1 1 08 19 45 23 27 '9 20 21 II 18 00 12 1 1 29 '9.58 23 28; 20 20 09 10 56 ‘Nor. 12 1 1 49 20 18 23 2^, 21' 19 55 10 35 00 36 12 09 .20 20 23 28 19 42 10 13 00 59 12 30 '20 34 23 28 2.3 ;.19 2S 09 S' 01 23. 12 49 20 45 23 27 H,19 H09 '29, 01 •47 '13 09 20 56 23 •26 -23 i85-9 09 n?.'. 02 .JO 13 29 21 07 23 24: z6 18 44 08 44; 02 34 ‘3 48 21 17 23 22; 2'7 :18 29 08 22 02 57 14 07. 21 27 23 19 28 18 13 07 59 03 20 >4 26 21 37 23 16 29 17 57 07 :37.03 44,«4 44 21 46 23 »3 .30 .17 44 04 07' '5 02 21 55 23 09 '3'17 24 04 3*22 03 ^ "*•*’*.....1 _w- The Mariner's Compa/s ReSiiJied. 17 Leap -Tear. Sun’s Declination, 1780, 1784, 1788, 1792. ’ July Augull Sept. oa. Nov. Dec. North •North North South South South D. M. D. M. D. M. D. m; D. M. D. M. 123 05 >7 51 08 00 03 3i14 44 21 59 223 01 »7 35 07 38 03 55 IS 03 22 07 322 56 •9 07 16 04 18 IS 22 22 16 422 50 17 03 06 S404 41 IS 40 22 24 522 45 16- 47 06' 31 OS 04 IS 59 22 31 622 38 16 5°06 09 05 27 16 17 22 38 722 33 16 13 OS 46 05 50 16 34 22 45 822 25 ‘5 56 05 24 06 13 16 52 22- SI 922 18 IS 39 05 01 06 36 17 09 22 56 10 22 10 IS 21 04 38 06 59 17 25 23 62 1 1 22 02 IS 03 04 IS 07 21 17 42 23 -O6 12 21 S314 45 03 52 07 44 17 58 23 11 13 21 45 14 27 03 29 08 06 18 14 23 14 421 35 14 08 03 06 08 29 18 29 23 18 •5 21 26 13 19 02 45 08 51 ig- 45 23 21 i6 21 16 13 30 02 20 09 13 19 00 23 23 «7 21 06 13 II 01 56 09 35 19 14 23 25 18 20 55 12 52 01 33 09 57 ,19 28 23 27 '9 20 44 12 32 01 10 10 19 '9 42 23 27 20 20 33 12 12 00 46 10 40 19 56 23 28 21 20 21 1I52 00 23 II 02 20 09 23 28 22 20 09 11 32 00 00 1 1 23 20 21 23 28 23 J957 1 1 1 1 Sou 24 II 44 20 34 23 27 24 '9 44 10 51 00 47 12 cs zo 46 *3 26 25 19 31 10 30 01 1 1 12 25 20 57 23 24 26 19 17 10 09 01 34 12 46 21 09 23 22 27 19 04 09 48 01 S8 13 06 21 19 23 19 28 18 50 09 27 02 21 13 26 21 30 23 16 29 1 8 35 09 06 02 45 13 46 ^iZI 40 23 12 3°iS 21 08 44 03 0.8 14 06 21 43 23 08 31 18 06 08 22 14 25 23 03 iS 'ithe Manner’s Comfafi ReSiified. ADefcription of the TABLE~S of the SIJ N’s DECLINATION. These Tables are in general for Four Years ; Leap-Year, Firft, Second and Third Year after Leap Year, and confequently for any Year. Each Year (taking up two Pages) hath the firffc Six Months of the Year on the Left-hand Page, and the laft fix Months ace on the Right-hand Page, the Names of the Months are at the Head of each Column, and the Days ofeach Month in the Left-hand Column of each Page. The firft Table llieweth the Sun’s Declinatiorr every Day for the firft Years after Leap-Year,being 1781, 178-5, 1789, 1793, &c.. and takes up Pages (10 and I I :) Thefecond Table is for 1782, 1786, 1790, i794j &c. being the fecond Year after Leap- Year in Pages (12) and (13) :The next Table in Pages (14) (15) is for the Third Year after Leap- Year: The Fourth Table in Pages (16) and (17) ftieweth the Sun’s Declination for Leap-Years, being 1780,-1.784, 1788, 1792, &c... Under the Name of the Month,, is the Name of the Declination either North or South,, only the Column for March and -September hath two. Names ;that is,. under March is South, and againft the 2ift or 20th Day (according as it is Leap-Year,, or ift, 2d, 3d Year after) is Nor. for North ;and under September is North, and againft the 23d or 24th Day is Sou. for South ;intimating that the. Declination is South in March, till the 21ft or 20th Day, and all the remaining Part of the Month it is North or Nor. in like manner in September, it is North till the 23d, or 24th Day, and from.thence to the Months end it is South or Sou... The 'The Mariner's Compafs Rectified. ig The Ufe of the Tables of Declination. ' TOfind the Sun’s Declination for any Day in any Year, is after this Manner. r. Seek the Year and Month, at the Head of the Table jand the Day of the Month in the Left-hand Column, 1. Then rightunder the Month, at the Head of the Table, and againft the Day of the Month in the Left-hand Column, is the Sun’s Declination required. Example i.Idefire to knowthe Sun’s Declination for the 24th Day of April, 1782. The Year 1782, is the fecond Year after Leap- Year, which is in Page (12) jthen under April, and againft 24 (under Days) is 12.59, with,North at the Head of the Table under April jwhich flieweth the Sun’s Declination on the 24th of April, 1786, is i2d. 59m. North. Example 2, What is the Sun’s Declination of tho 2ift of March, 1780. .The Year 1780, being Leap-Year, is found in Page 16; then againft the 21ft Day, and under March, is Nor. o.j6 jfignifying the Sun’s Declination at that Time is ood, 36m, North} the like do for any other Time. BATABLE 20 The Marine/sCornfajs Rectified, ATABLE to Proportion the Sun’s Declination to any other Meridian. The daily Difference in Declination 3=» y« Degrees of Longitude . 3. 5’ 2 m 3. 3 4 m 3' 6 m 3. 3 8 m 3, 3’ 10 m 9 tz m 3. 5’ <4 m 3 M* 9 16 m 3. 3‘ 18 m 3. 3* , 20 m 3 3‘ 22 m 3. 3 24. m SI--5 :00,0000I1IIX1 P bO pr 30 000II 1 11X2 2 2 'g 4S '00XI11^2-2 223^ 3 60 001122Z3 3 344 7iI5 012z23344S Subt. Add. 90 0I12 2 334 4 556 105 I12233455667 fSP 1120 112 :3 3 4556778 *0 a> ns ’I1‘a344i567789 P tuO 150 I223456778910 a o . '«65- 1224556'73910 1 1 cfcj cd ,ci3 180 I2 ' 34t678910 12 I -'•—:^ — The Ufe of this TLE' of Proportion. The Tables of the Sun’s Declination are calculated for the Meridian of London, and will ierve,fpr any Place under that Meridian ;but for thofe Places fituate'Eafterly or Wefterly from it, the Declination mull be proportioned according toits daily Difference in the Table, and Longitude of thofe Place*- from the Meridian ofLondon-, for which Purpofe, this Table is ’ufeful, as'is evident by thefe.Examples.- Eotam^ler The Mariner's Cotnpafs R.e5iijkd, 2i Example i. Admit the lOth Day of April, Anno 1782, Iam in Longitude i05d. Eafl; Idemand what Declination the Sun will have that Day in the Meridian of that Place ? The Declination for April the loth, in the Meridian of London is o8d. 05m. increafing, and the daily Difference at that Time is 22m. therefore in this Table look in the Head thereof for the Number 22, or neareft thereunto, if not in the Table ;then look on the Left-hand of the Table for lOfd. (or the neareft thereto) the Longitude Iam in, and in the common Angle of meeting is 6Min. which is to be dedmfted from the Declination in the Meridian of London aforefaid 8d. 05m. and the Remainder will be the Declination for that Meridian, or the Longitude Iam in, which is o8d. 58m. North. But if the Declination has decreafed, as it doth here increafe, then you muft have :added, as hereunder you may fee. d. m. The Declination in the Meridian of London is 08 :05N. The proportional Minutes fubtradl 00 :06 The Decl. for_the Longitude of I05d. Eaft is 07 :59N. Tthe Decl. for the Longitude of ro5d. Weft is 08 :ii Example 2. Admit the loth Day of Ocftober, Anno 1780, Iam in Longitude Syd. Weft :Idemand what Declination the Sun will have that Day in that Meridian ? The daily Difference in the Table of Declination at this Time is 23m. and the proportional Part thereof by the laft Table is 5min. increafing. d. m. The Declination in the Meridian of London —06 : The proportional Minutes add———— — The Declination in the Long, of Syd. Weft is The Declination for the Long, of 8yd. Eaft is B3 22 'l^he Mariner'sCornfaJs Rectified . ATABLE of Refradlion, deduced from Mr. Flamftead’s Obferva'.ions, made at the Royal Obfervatory at Greenwich. Altitudes. * ed Altitudes,. Refradl. Altitudes, Refradl. Altitudes. * u Pi D.' M.S. D. M.S. D. M.S. D. M.S. 00 33.00 10 '-l-iS 25 1.47 40 0.58 oof 26.38 1 1 4.16 26 1.40 41 0.56 Oi 23.22 12 3-SS 27 1.36 42 0.54 oli 20.17 13 339 28 »- 3«43 0.52 02 17.26 14 3- 23 29 1.27 44 0.50 02-1 15.15 IS 3.00 30 1.23 45 0.48 03 13.23 16 2. 58 31 1.20 46 0.46 03 1H-S317 2.48 32 1. 1 7 47 0.4s 04 10.39 18 ?-39 33 1,14 48 044 04! 9-38 19 2.3 I34 1.1I49 0.42 05 84J.8 20 2.24 35 I. 09 50 0.40 06 7-47 21 2. 1136 1.07 55 0-35 07 64s 22 '2.01 37 1.05 60 0.30 08 S-S7 23 2.00 3a 1.02 70 0. 19 09 5.22 24 1.50 39 1.00 80 0.10 10 4-43 25 1.47 40 1,58 90 0,00 The Refradlion of the Sun, Moon and Stars, caufeth then} to appear higher above the Horizon then they are jtherefore the Refradlion is always to be fubtradled from the Altitude obferved, that the true Altitude may be had. As, admit the Sun’s Meridian Altitude, by ObfervatioH, to be 5Degrees ;Idemand the true Altitude. d. m. Altitude by Obfervation being -- - --05 :oo Sun’s Refradlion 8m. 58f. fubtradl ---r00 :09 The Sun’s true Meridian Altitude is ---04:5/ Primum (A3 ) PRIMC/M MOBILE i OR, Aftronomic Tables; Each TABLE being ASUN-DIAL, SHEWING The exa^l Hour of the Day^ the Suji being upon any Point of the Compafs ;fitting all Places upon the Earth and Sea, that lie between the Equator and boDegrees ofLatitude, either North or South :And to laft with Exadinefs as long as the Omnipotent and Everlafting Creator fiiall be pleafe,d to conferve the great and wonderful Fabric of Nature. B4Tke 30 '’The Mariner'i Compajs ReSTtfied. ASun-Dial for the Latitude of 6Degrees. NORTH DECLINATION. Deg. 2d5dDeg. 7d10 c12 c'5 d17 c23 C22 ,c 23 d Min •^om' Min 30m ‘b 30111 3oni zgm Point hmhmPoint hmhmhmii in hmhmhmhm South 12 12 North 12 12 211 12 12 21T sby w0-3 O.OI nby w0.01 S.03 0.05 0.07 0.09 0.12 0.13 o.ts ssw006 002 nnw0.03 007 0U0.15 0.20 025 0.28 0.31 swby s0.09 0.0 nwbyw 0.04 o.n o.i 83.24 0,32 0.40 0.46 0,41 sw014 0.04 nw 0.06 0. 1 1 0.27 0.38 0.49 101 1. 10 1.18 swby w02\0.06 nw byn -09 0,25 041 0.57 i.'S '•34 'SO 2.0^1 ws w03^0.09 0. Is 0.40 t.oS 138 4.1 22.55 S-d'l wby s.06 0.20 0.32 '•34 3-24 Weft 4.22 2.15 Gfet 6.01 602 fet 6.03 604 6.05 6.06 607 6. 09 610 6.1 1 Sun’s dmdmSun’s dmdmdmdni dmdin dmdm Ampl. 2.30 >.01 Amp. 7.32 10.3 12.34 '5-5 17-3^20.6 22.7 23.17 S0UTH DECLINATION beg. 0dzd5d7^to d12 d15 d17 d26 d22 d23 d Min. 30tn 3OITI 30m 30m 2gm Point hmhmhmhmhmhmhmhmhm' hmhm South *2 12 12 12 12 12 12 IZ 12 12 aby wD.O5 0.07 0.09 O.Il 0.13 0.15 0.17 Q.19 0.21 0-43 0.24 *s swO.IO 0. 14 o^.iS 0.22 0.27 0.31 a35 0.40 044 3.48 3.51 sw by 0.16 C.23 0.29 0.36 0-43 0.50 0.57 1.04 1.12 i.t8 1.23 siv 0.2<J 0-34 0.44 0.54 1.04 '•'5 1.25 '•37 1.48 1.58 2.06 sw by w0,36 0.50 '•95 1.20 1.36 1.52 2.08 2.26 2.45 3.01 3*15 vv sw=> 57 1.20 1,44 2.o8. 2.34 3.0! 3^3'4.06 448 5-37 wby s05I2.35 5.22 4'i 3i.l6 Weft 6.00 fet. 600 i-59 <rt 00 5-57 S’ 5 65-55 5^54 5-53 5-5'l 5.50 5.49' The Mariner's Compafs ReSlified. 31 ASun-Dial for the Latitude of 7Degrees. NORTH DECLINATION. Deg. Min, 3dsa- 30m Deg. Min. 7^ 30m 10 d12 d 30m 15 d17 d 30m 20 d22 d23 d zgm Point hmhmPoint hmhmhmhmti mhmhmhm .South sby w ssw swby s sw 12 o.oa 0.07 0. 12 0.18 .12 0.02 0»03 0,05 3.08 North nby w nnw nw byn nw 12 0.00 0-01 0.01 002 12 0,02 XO5 3-©8 6. 12 r2 0.0. ,09 0.15 0.25 IZ zO" 014 0.2;’ >33 12 6.09 0.18 0.29 ?ii i.o8 2.00 12 0. I o.zy -az 0.56 12 10.13 0.27 0.44 1.06 1.43 3.28 12 . 0.14 , o.zo 0.48 1.14 svv byw wsw wby s Weft 3.?7 0-43 1.Z3 4-37 3.I2 0,19 ^• 35 ' z58 nwbw WDw wby n 0.03 0.05 o.’io Q.iS b.3r 1.08 0-.4 o-s 2.36 0.51 1.27 4.42 ‘57 wbyn wnw ©iet 6.01 6.02 0fet 6.03 6.05 5.c66.08 6.C9 6.10 6.1 1 6,12 .Sun’s Ampl. dm 2.31 dm 5.02 Sun’s Amp. dm 7-33 dm 10.2 dm 12.3s 1xn dm 17.38 dm Z0.9 dm 2S.10 dm 13.40 SOUTH DECLINATION, >Deg. ''Min. Q d 2d 30m 5d7d 30111 10 d12 d 3oin IS d17 d 30m 20 d22 d23 d 29m Point hmhmhmhm 12 o.n :..24 3.39 0.58 hmhmhmhmhmhm. hID South sby \v ssw sw by s sw 12 0..06 0.12 0.19 0.28 12 0.07 0.16 0.25 0.38 12 0,09 0.20 0.32 0.-48 12 0.15 0,28 0.45 1.08 12 0.16 °-33 0.52 i.i'S .12 0.18 0.37 0,59 1.29 12 0.20 0.41 1.07 1.40 12 0.22 0 46 1.15 1.52 12 0.24 0. 50 1. 2 I 2.02 0.25 - 0-53 ? 1.25 2.09 . vv by w .w^s 'w wby s Weft 0.41 1.06 Z.06 6.CC 0.56 1. 29 2.49 I. II 1.52 3-33 1.26 2. 16 4.22 ..4. 241 5.20 '•57 3.08 2. 14 3-3« 2-3 J 4]2 2.5c 4.52 3-07 5-39 3-19 0fet 6.00 5-59 5.58 ?-57 i- 5S5-54 S.52 5>5I’5°5-49 5.48 32 The Mariner's Compafs ReSfified. ASun-Dial for the Latitude of 8Degrees. NORTH DECLINATION. - Min. 2d5d7dDeg. 10 d12 d15 di7d 20 d22 d23 d Deg. 30m 3oni Min. 30m jom 29m Point hmhmhmPoint hmhmhin hmhmmhhm South 12 12 12 North 12 12 12 12 12 1212 sby w0*04 3.02 0.0c njy w0.02 0.04 0.06 0.08 O.IO 0,12 0.15 s s wO.OQ cv. 05 0.01 n n w0.03 008 0.12 016 0.2 1025 02b iw by r0. 15 0.08 O.OI nwbyw 0.0^ 0.12 0.2c 3.27 0-3 •! J.41 0.45 sw0, 22 0. 12 0.02 nwo.o8 0.18 0.29 3.40 0.52 1.02 1.09 IW byw 3.33 0. t8 0.03 11wbyw 0.12 0.28 0.4s (.02 1.20 ‘• 3 S '•49 W3Wo. 0.29 0. 05 wnw0.20 0.46 1.16 1.48 2.28 3. 11 4.06 wby s1. 39 0. 56 0,IC wbyn 0.44 0.59 Weft 4.48 3.26 1.22 Weft - - Oi'et 6. 01 6.03 6Oj ©i'et 6.06 6.07 6.09 5.IC 6.12 6-13 9.14 Sun’s dmdni dmSun’s dni dmdin dmdmdmdm Ampl. 2. 3'5.02 7-34 .“imp. 10.6 12.38 15.9 17,40 :0.lz 22.13 23^45 SOUTH DECLINATION I>eg* 0d2d5d7c10 G12 d15 d17 d20 p22 d23 d Mim. icm 30™ 3.m ^om 29m Point h' mhmhmhni hmhmhmhmhni hmnni South 12 12 12 12 12 12 12 12 12 12 sby wo,c6 0.08 O.IO 0.12 3.14 0. 0.18 0.21 ^•23 0.21; 0.26 ss.w 0, 13 0. 17 0.21 0.26 0.3c '•34 0.38 a-43 0.47 051 3.34 sw by S0. z\ 0.28 0. 3^. cf.4i >.48 0.5 s1,02 1.09 1..17 1.23 1.28 sw0.32 0, 4J0. 5'i.OI i.i 11.22 133 '•44 '•';3 2.05 2.13 sw by w0.47 1.02 I. 16 '• 3'1.46 202 2.19 236 ^•55 3.09 3,22 wsw1,MI. 37 2. 00 2.24 2.48 3-'5 i-44 4.17 4.56 5-3<^ wt>y s2.20 ;.oi 3'44 4-3CS'Zi Weft 6.00 Ofet 6.00 5-5?5-57 3-5^i-s-i 5-53 S-S' TS-S^ 3.48 )'47 5.46 The Marine/sCmfafs Re0ijied. 33 ASun-Dial for the Latitude of 9Degrees^ NORTH DECLINATION. Deg. Min. zd5d7d 30m Deg. Min. 10 <i12 d 30ih iSd 17 d 3oni 20 d22 d23 d 29111 Point hin hmtmPoint hmhmhmhmhmhmhm South 12 12 12 North 12 12 12 12 12 12 12 sbyw 0.05 0.01 0.01 hby wO.OI 0.03 0.05 0.07 0.09 01 1 0.12 sswO.I 10.07 0.03 nnw0.02 0.06 o.io 0.14 O.I^ 0;'23 0.26 sw by s0.17 o.n 0.04 nw by n0.03 0. 10 0.17 0.24 0.31 0.38 0-43 sw0.26 0.16 3.o6nw0.0^1 0.14 0.25 0.36 0.47 0.57 1.05 sw byw 0.38 0.24 009 nw byw 0.06 0.22 0.38 0.55 i-*3 1.30 1.42 wswl.OO 0.38 0.14 wnwO.IC- 0.36 (.04 1.36 2.15 2-55 342 wby s1-53 '•13 0,29 wby n0.21 1.2 Weft 4.56 3'.46 2.15 7 •0 let 6.01 6.03 5:2.4 0fet 6.06 6.08 .6.10 6.12 6.14 6.15 6.16 Sun’s dmdmdni Sun’s dmdin dmdmdmdmdm Amp. 3.31 5-03 7-35 Ampl. 10.7 12.39 15. II 17.43 20.16 22.18 SOUTH DECLI NAT1ON. Deg. 0d2C5d7d10 d12 d15 d17 d20 d22 d23 d Mm. 30m 30m 30m 30m 29111 Point, hmhmhmhmhmimhmhmhmhmhm South 12 12 12 12 12 12 12 12 12 12 12 s. by. w0,07 0.05 O.I I0.13 0.15 0.17 019 0.21 0.23 0.25 0.26 ssw0.15 0.19 0.23 0,27 0.31 0.36 0.40 0.44 0.49 0.52 0.56 sw by s0.24 0.3c 0'37 0.44 0.50 cM7104 1.12 1.J9 1.25 1.31 s\v 0.36 •0.45 0.5s 1.05 •‘5 1.26 1.36 1.47 1.59 2.09 2. 16 sW byw 0-53 1.07 1.22 1.36 1.52 2i07 2.2i) 2.41 Z.59 3-J 43.28 Wsw1.23 1.45 2.08 2.31 2-55 3.21 3'S° 4.22 5.0c 5.40 wby s2-33 3.12 2-S 34-35 5-27 Weft 6.00 0let 6.00 ,?-S 95-57 5-56 5-54 5.52 5,5.0 5.48 5.46 545 544 'The Mariner's Compafs ReUtJied. ASun-Dial for the Latitude of 10 Degrees• NORTH DECLINATION. Min. 2d5d7dto dDeg. !2 dIS d17 d20 d22 d23 d Deg. jom 30m Min. 3bm 30in 29m Point hmhmhmhmPoint bmhmhmhmn( hhm South 12 12 12 12 North 12 12 12 12 12 12 sby wo,o6 0.04 0.02 nby w0.02 0.04 0.06 0.08 0.10 0.12 ssw0.12 0.08 0.04 nnw0.04 0.09 0.13 0.18 0,21 0.24 sw by s0.20 0.13 0.07 H) anw byn 0.07 0.14 021 0.29 0-35 0.40 sw0.30 0. 20 0.10 •nwO.IC 0.21 0.32 0-43 0-S 31,00 swbyw 0. 44 0.30 0. 15 nwbyw 0.15 0.32 0.49 1.06 1.23 ‘.35 wsw1.09 047 0.24 00.25 0.53 1.24 2.01 2-39 3-'9 wr.by s2.07 1.28 0.47 wbyn 0.59 1.07 Weft 5-03 4.01 247 Welt ©fet 6.02 6.04 6.01; 6.07 0fet 6.09 6.1 1 6.13 6.15 6.16 6.17 Sun’s dmdmdmdmSun’s dmdmdmdmdmdm Ampl. 2.32 5•OC 7-37 10. 10 Amp. 12.42I1S.1S '‘ 7>47 20,20 ^3-M SOUTH DECLINATION Deg. 0d2dsd7d10 d12 d15 d17 d20 d22 d23 d Mim. 30111 30m 30m 3oni 29m Point hmhmhmhmhmhmhmhmhmhmhm South 12 12 12 12 12 12' 12 12 12 12 12 sby w0.08 0.10 0,12 0.14 o.i6 0.18 0.20 0.22 0.24 0.26 0.27 ssw0.16 0.21 0.25 0.29 ^•33 0-37 0,42 0.46 0.51 0-54 0.57 sw by S0.26 0-33 0.4c 0.46 0-S 31.00 1.07, t.14 1.22 1.28 ‘•33 8W0-39 0.49 0.59 1.09 1.19 1.29 1.40 ‘S' 2.02 2.12 2.19 sw by W0.58 1.13 1.27 1.42 ‘•57 2.12 2. 28 2.45 3^o3 3.19 3^3^ \V 3W‘•3' '•S 32. 52.38 3.02 3-27 3-55 426 $•03 5.41 \Y oy s2.44 3.22 4.01 4.42 5.29 Weft 6.00 0fet 6.00 5.58 5.56 Sr,55 5-53 5-5' 5-,49 5-47 S-4SS-4‘f 5-43 ^he Mariners Compsfs Rectified. 35 ASun-Dial for the Latitude of 11Degrees NORTH DECLINATION, Deg. Min. 2d5d 30m 7d 30m 10 dDeg. Min. 12 d 30m 15 d17 d 30m 20 d22 d23 C 29m Point hmhra hmhmPoint hmhmhmhmhmhm South 12 ,12 12 12 North 12 12 12 12 12 12 sby w.007 0.05 0.03 0.01 n by w0OJ 0.03 0.05 0,07 0.09 O.I ] s s w0.14 O.IO 0.06 002 nnw0.02 007 -MI 0.16 0.20 0.22 swby s0.22 0.16 o.op 0.03 nwbyn 004 O.I I0.18 0.26 0.32 0.3-7 sw->•34 0.24 D.14 0Oa nw®.o6 0.17 0.28 3.39 0.49 0.56 swbyw o.sr 035 0.21 0.06 nwb wo.oy 0.25 0.42 I.OC 1. 15 1.28 wsw1.17 Q.56 °-33 O.IC wnw0.15 0.41 1. 12 r.47 Z.23 2.59 wby s219 1-43 1.03 0.2c wby n0'33 I-S 5 Weft 508 4-1^3.09 1,40 '•**» ©fet 6.02 6.04 606 6.08 0fet Sf.io 6.12 6.14 616 6.18 6.19 Sun’s dmdmdmdmSun’s dmdmdmdmdmdm Ampl, 2.32 5.05 GO lO.Il Amp. ii.44 15.17 17.50 20.24 12.27 i3'59 SOUTH DECLINATION. Deg. Min. 0d2d 30m >d7d 30m lod 12d 30m '5 dI7d ^om 20 d22 d23 d 29m Point hmhmhmhmhmhmhmhmhmhmhm North 12 12 12 12 12 I2f 12 12 12 12 12 sby W0.09 0.1 I0.13 015 0.17 r19 0.21 0.23 3.25 0.27 0.28 ssw0.18 0.22 o.z6 0.3c 0-34 0-39 0’43 0.47 0.52 0.56 0.59 sw by s0.29 0.36 0.42 0.49 0.55 1.02 1.09 i.i6 1.24 1.30 '•35 s\v ^43 1.03 {.12 1.22 '•33 1.43 1.54 2. 05 2.15 2,22 sw by wi.i8 1.32 1.47 2.01 217 2-33 2.49 3-07 3-23 3-35 wsw wby s Waft ‘•39 2.55 6.0c 2.01 3-3» 2.22 4.08 24s 4-47 3.08 5-3' 3-33 4.00 4.3c 5.05 5.41 ©fet 6.00 5.58 5.56 ;- 54l5.50 3.48 5.46 544 5.42 5.41 36 The Mariner'i Compajs Re&ifitd. ASun-Dial for the Latitude of 12 Degrees. NORTH DECLINATION. Deg. 2d1d10 dDeg. 2d5d7d.0 d2d'13 d Min 30m 30111 Min. ioin jom 29111 Point 1m1m1m1mPoint m11m ! 1m ! 1mi‘m 1m South 12 12 12 12 North 12 12 12 12 .12 12 sby w0.07 0.06 0.04 0.02 11 by w3,00 3.02 0.04 <0.07 (3.09 O.IO s s w0.16 0.12 0.08 O.C4 n n wO.OI 3.05 0.10 o.i4<3.18 0.21 swby s0.25 0.19 0.12 0.05 nw byn 0.01 3.08 0.15 3.23 0.29 334 sw3-37 o.z8 d. 18 3.08 nw0.02 0.12 0.23 0-35 3-44 0.51 sw by w0.55 0.41 0.27 0.12 nwbyw 0.03 0.19 o-SS 0-53 1.09 1.21 ws w1.Z5 1.04 0.42 0. >9 wnw3.05 0.31 1. 00 1-34 2.07 2.40 wby s2. 31 1.56 I. 19 0.38 Wbyn 0.1 I1.17 Weft S' 12 4-23 3-27 2.16 0602 6.06 60.; 0fet 6.1 1 6.13 6.15 6.18 6.20 6. 21 Sun’s dir dmdmdID Sun’s dmdmdmdmdmdm Ampl. 132 5.07 7.4c 10. i; Amp. 12.48 15.20 10.28 a*,3i 24.5 sou T.H DECLINATION Deg. 0d2d5d7dto d12 d15 d17 d20 d22 C23 d Min. 3oni 30m 30m 3oni 29m Point hmhID hID hID hmhmhmhmhmhmhm South 12 12 12 12. 12 12 12 212 12 12 bby w0.09 0. 13 c. '5 0.17 0.19 0.21 0.23 025 0.27 0,29 ss\v 0.2G0.24 0. 28 3.32 0.36 040 0.4.1 04.9 0'53 '•57 1. 00 sw by s0. 32 3.38 0. 4S0SI 0.^8 1.03 1.12 i.ig 1.26 1.32 '•37 SW 47 0. 5.6 .06 .16 lat 1.36 1.46 '57 2.08 2. 18 2.25 sw by wi. 09 I . 23 I. 37 1.52 2.oi 2. 21 Z'37 2.53 3. II 3-*i 3-39 vv swI. 47 2.07 2. 29 25>3.12i3'3S4.0.1 4'3 =5.07 5-4 wby sS.05 3-39 4.14 4'5‘5'3i Weft 600 Gfet 6.0c 5.58 56 Tcn ; 5-5 5‘4'S-4-5-4.5*4='5'4<15-39 ^he Mariners Compafs ReSlified. 37 ASun-Dial for the Latitude of 13Degrees NORTH DECLINATION. Deg 2- d5d7d10 d12 dDeg. 15 d17 d20 d22 c'23 d Min. 30m 30m 50m Min. 30in 29m Point hmhmhmhmhmPoint h mhmhmhmhm South 12 12 12 12 12North 12 12 12 12 12 sby w0.08 0.06 0.04 0.02 0.00 nby w0.02 0.04 0.06 0.08 0.09 SSW‘Q.17 0.13 0.09 0.05 O.OI n n w003 3. '08 0.12 0. 16 0.19 swby s0.28 0.2 10.15 0.08 001 nwbyn 0,06 0.13 0.20 0.26 0.31 sw7.41 0,31 0.22 012 0.02 nw0.08 0.19 0.30 0.40 0.47 sw by vv 1.01 0.47 0.32 o.i8 0.03 nwbvv 0.13 0,29 046 1, 01 I-I 3 \V SAV i'33 1.12 O.iJJ 0.28 o.oc wnw0.21 0.49 1.21 1.5Z 2.22 vv by 5241 2.08 1-33 0.S 40.1c wbyn 00 O* Weft 5ID +•31 3.41 2.41 1. 05 Gfet 6.02 6.05 607 6.0/, 6.11 Glet 6.1/] 6.16 619 6.21 6.23 Sun’s dmdmdmdmdmSun’s dmdmdmdmdm Ampi. 2-3‘i 00 q7.42 10.16 12.49 Amp. 15.24 17-59 20*33 12.37 14-13 SOUTH DECLINATION. Deg. 0d2' d5d7dlo.d 12 d15 di7d20 d22 d23 c Min. 30m30m30m30m29m Point hmhmhmhmhmhmhmhmhmhmhm North 12 12 12 12 12 12 12 12 12 12 sby w0,10 0,12 O.I^ 016 0.18 020 0.22 0.24 0.26 o.z 80.29 ssw0.21 0.25 0.29 0-33 0.38 0-42 0.46 0.50 0.5s0.59 1.02 svv by s0-34 0.41 0,47 0.54 1. 00 1.07 1.14 X.21 1.28 1-34 1-39 s, \v D-5' 1,00 I.IC 1. 19 1.29 i'39 1.50 2.01 2.12 2.21 2.29 sw by w1.14 I.z 81.42 1.56 2.11 226 2.41 2.58 3-15 3-3° 3-42 >v sw1.54 2.15 2.36 257 3.20 3-43 4.08 4-37 5.09 5.40 Wby s3-14 3-47 4.20 4-55 5-34 Weft 6.00 0let 6.00 3.58 s-ss S-S3 ;-si 5'49 5.46 5.41 y*39 5-37 38 "The Mariner'iCompajs ReSiified. ASun-Dial for the Latitude of 14 Degrees. NORTH DECLINATION. Deg. Min id 30111 jd7d 30m 10 d12d 3oni Deg. Min. 15 d[7 d 3oni 20 d22 d23 d 29III Point 1mtmhm1m1mPoint 1m1mrm1m1m South 12 12 12 12 12 North 12 12 12 12 12 sby w0.09 0.07 0.05 0.03 O.OI nby w0,01 0.03 005 p.07 0.08 ssw0.19 0.15 0.1 I0.07 0.03 nnw0.02 0.06 O.IO 0. 14 0.17 swby s0.30 0.24 0.17 0.11 0-0-1 nw byn 0.03 0.10 0.17 0.23 0.28 sw0.45 0-35 0.26 0.I^ 0.06 nw0.04 0.15 0.2t> 0-35 0-43 swby w1.06 0.5_2 0.38 0.24 0.09 nwbyw 0.06 0,22 0.40 0.94 1.06 ws w1.41 1.20 0.59 0.38 3.15 .w nw0.10 0-37 1.08 1.38 2.CS wby s2.52 2.19 1.46 1,10 0.29 wbyn 0.22 1.48 Weft 3.15 4.38 3.00 1.49 Weft 0let 6.02 6.05 6.07 6.10 6.12 0fet 6.15 6.18 6.21 6.23 6.25 'Sun’s dmdmdmdmdmSun’s dmdmdmdna dm Ampl. 2.34 5.05 744 10.19 12.S 3Amp. 15.2! 8.3jao. 3S12.43 24- 16 SOUTH DECLINATION Deg. 0d2dS710 d12 d5d17 d20 d22 d23 d Min. 30II1; 30m 30m 30m 2gin Point hmhm' hmhmhmhhmhin hmhmhm South 12 12 12 12 12 1212 12 12 12 12 t. by wO.I I0.13 0.15 0.17 0.19 0.21 0.23 0.25 0.27 0,29 0.30 ssw0.23 0.27; °' 3h0.35' 0-39 0,44 0.48 0.52 0.57 1. 01 1.03 sw by s0-37 3.43 0.50 0.56 1.03 I.IC I. if 1.23 ‘• 3>1.36 1.41 sw054 1.04 1.13 1.23 1-33 1.43 143 2. 04 2.15 224 Z.31 sw by wI.ZC 1-33'1.47, 2.01 2.15 2.30 2.4s 3.02 3.19 3-33 3-45 wsw2.01 2.2! 2.42 3-03 3-25 3-48 4.12 440 5.11 wby s3.22 3-53 4.25 4-59 5-35 Weft 600 •Gfet 6ot 5.58 5-55 5-53 5,50 v.ri CO 5-45 5.42 5-39 5-37 5-35 The Mariner's Compafs ReSiified. 39 ASun-Dial for the Latitude of 15 Degree?. NORTH DECLINATION.. Deg. Min. !dc lom d? 3 d om 10 d12 d 30m Deg. Min. i5d 17 d 30m JO d22 d23 d zgm Point 1mtmiimhmll mPoint hm1mim!1m2m South 12 le 12 12 12 North 12 12 12 12 12 sbyw <3.10 3.o8 c).o6 0.04 0.02 nbyw IS 0.02 0.04 D.06 0.07 3SW3.21 d.i 6).12 0.08 0,04 nnw0.04 0.09 0,12 0.15 sw by s3-33 0.26 3.20 0.13 0.07 nw byn P0.17 0.14 0.20 0.25 sw0.49 0.39 3.30 0.20 O.IO nw•0.11 0,22 0.31 0.38 sw byw 1.11 0.58 3,44 0.30 0. 15 nwbyw 0.16 0.33 0.47 0.59 wsw1.48 !.z8 I..08 0.47 0.24 wnw00.26 0.56 1.24 3-SO wby s3.00 230 ..58 124 o'46 wbyn 1.06 Weft 5.22 4.44 ^.02 3->S 2.17 • Gfet 6.02 6.05 6.08 6.1 1 6. 13 0fet 6.16 6.19 6.22 6.25 6.27 Sun’s dmdmdmdmdmSun’s dmdmdmdmdm Amp. 2.35 5.10 7.46 10.21 12 •sf Ampl. 15.32 i8.8 2o«44 22.49 *4.14 SOUTH DECLINATION. Deg. 0d2d5d7- d10 d12 diSd 17 d20 d22 d23 d Min. 30m 30m 30m 30m 29jn Point h.m hmh' mhmhmhmhmhmhmhmhm South 12 12 12 12 12 12 12 12 12 12 12 sby w0.12 O.I^ 0,16 0.18 0.20 0.22 0.24 0.26 0.28 0.30 0.31 sswO.Zi o.zi 0.32 0.36 0,40 0.4s 0.49 0-53 0.58 1,02 1.04 sw by 0-3So.4£0.52 0.59 r.05 1.12 1.18 1.25 *•33 I- 3S1.43 5W0,5 Si.o-7I.I7 i.^ 1.36 1.46 1.56 2.07 2.18 2.27 2-34 sw byw 1,21 >•3 1.1•2 2.06 2.20 2.34 .2-49 3’05 3.22 3'- 3y3.48 wswz.oi 2.2 32.48 3.08 3-*9 3-S* 4.16 4.45 5.12 wby 3-3<34.0 34.30 5.02 5-36 Weft p.o D Qlet 16.0 05.5 S-55 5-52 ?-49 5-47 5-44 5-4 5.3^sls-si 5-33 T 46 ‘The Mariner's Compafs ReSified. ASun-Dial for the Latitude, of 22 Degrees, NOJITH DECLINATION. Deg. Min. 2d ^om 5“i 7d 30m 10 d12 d 30m 15 d17. d 3oni 20 dDeg. Min. Point 22 d23 d 29m Point 1mhmhmhmhin hmhmhHi hmhm South 12 12 12 12 12 12 12 12 North 12 12 by w0.15 0.13 0.1 10.09 0.08 0.06 0.04 0.02 nby w0,01 ssw0.31 0.28 0.24 0.20 0. 16 0.12 0.08 0.04 nnwCN 0.03 swby !O.CJO 0.44 0.38 ti.32 0.25 0,19 0.13 0.06 nw byn D0.04 w1.14 !.05 0.56 0.47 0.38 0.29 0.19 0.08 nw•O-O7 sw by vs 1.45 I33 1. 20 1. 08 0.5s 0.41 0.27 0.13 nwbyw 0,10 sv sw2. 32 2.15 .,58 1. 40 1.22 1.03 0.42 0.20 vy nwn0.17 wby s346 324 3.C1 2.38 2.12 1.4s 1. 14 0-37 Weft 5'3S5.10 4-44 4.17 347 3.14 2-35 '•43 B5.56 3.28 4.58 4.21 0fet 6,Oi} 5,08 6.12 5.16 6.21 6.25 6.29 6.34 0let 6-37 6.40 Sun’s dmdmdmdmdmdmdmdiri Sun’s din dm Ampl. 2.42 S'23 805 10.48 13.30 16.13 18.55 21.39 Amp. 23.50 25.29 SOUTH DECLINATION. Deg. 0d205d7d10 d12 d15 d17 d20 d22 d23 d Min. :;oin 30m 30in 30m 29m Point hmhmhmhmhmhmhmhmhmhmhm South 12 12 12 12 12 12 12 12 12 12 12 sby \v 0.17 0.19 021 023 Q.25 0.27 0.28 0,30 0.32 0-34 °-35 SS- w3-35 0-39 0.43 0.47 0.50 0-55 0.59 1.03 5,07 I.l 1I-I 3 sw by s0.56 1.02 t.08 [.14 1.21 1.27 >•33 1.40 1.47 1.52 >•57 sw1.22 1.31 1.40 1.49 1.58 2.07 2.16 2.25 2.36 2.44 2.51 sw by w'•57 2.09 2.2! ^34 246 3-13 3-27 3-4Z3-54 4.04 wsw2.40 3.0c 3.22 3-39 3-57 4,15 4-34 4’5 S S-‘7 wby s4.08 4-3'^ 4.52 5-15 5-39 Weft 6.CO 0fet .. 6.CO 5.56 3.52 5.48 5-44 5-39 5-35 S- 3I5.26 5.23 5.20 Tht Mariner's Compajs Rectified. 47 ASun-Dial for the Latitude of 23 Degcees. NORTH DECLINATION. Deg. zd5d710 d12 d15 d17 d20 d22 dDeg. 23 d Min. 30m 30m 50111 30m Min. 29m Point hmhm1m[1 m1mii in 1m1mhin j^oint hm South 12 12 12 12 12 12 12 1212 North 12 sby w0.16 0.14 0.12 0.1 10,09 0.07 0.05 0.03 001 nby[w 0.00 ssws 0'33 0.30 0.26 3.22 0.18 0.14 O.io 0.05 0.02 nnw0.01 sw by s053 0.47 0^41 0-34 0.28 0.22 o.i6 o.og 0.03 nw byn o.oi s\v 1. 17 1.08 uoo 050 0.41 0.32 0.23 0.13 004 nw0.02 sw byw‘•49 1-37 1.25 '>3 o.oo 0.47 0-33 0.19 0.06 nwbyw 003 vv sw2'37 2.21 2.04 ‘47 1.29 1. 1 1 0.51 0.29 0,10 wnw0.06 wby s3-9‘3-30 3.08 2.45 2. 21 ‘•55 1.26 0.54 0.2c Weft 5.36 5.12 4.48 4.22 3-5'i 3-Z 32.48 2.04 I.l 1 wby ri 6.21 S-57 5-31 402 4.29 3.56 0fet 6.o/| 6.09 6.13 6.17 6.22 6.26 6.31 6.36 6-39 0fet 6.42 Sun’s dmdmdmdmdtn dmdmdin dmSun’s dm Ampl. 2.42 5.26 8.10 10.52 i3-3‘16. 2C 19.4 21.49 24.1 Amp. 25.41 SOUTH DECLINATION. Deg. Min. 0d2d 30m 5^7^ 30m 10 d12 d 30m 15 d>7 d 30m 20 d22 d23 d 29m Point hmhHI hmhmhmhmhmhmhmhmhm South sby w ssw sw by s sw 12 3.18 0-37 0.59 1.25 12 O.2O 0.41 1.04 ‘•34 12 0.22 0.44 1. 10 143 12 0.24 0.48 1. 16 1.51 12 0.26 O.JI 1.23 2.0) 12 0.28 0.56 1.29 2.10 12 0.29 1,00 *•35 2.S9 12 0.31 1.04 1.42 2.28 12 0.33 1.08 ‘•49 2. 38 12 °-35 1. 12 ‘•54 246 12 0.36 ‘.15 ‘59 2.53 sw by w wsw wby s Weft 2.01 2-53 4.12 6.00 2. 1 3 3.10 4-33 2.25 3.26 4-54 z-37 3-43 ;.i6 2.50 4.00 5-39 3.02 4.17 3.16 4-36 3.29 4.56 3-44 5.17 3.56 4.06 Qfet 6.00 ML5-47 5-43 5-38 5-34 3.29 5.24 5•21 5..8 48 ‘The Mariner’s Cornpafs B.e^ijicd. ASun-Dia! for the Latitude of 24 Degrees. NORTH DECLINATION. Min. Deg. zd 30^, 5d7d jom i0 d 12 d 30m >5 ly d 30m 20 d22 d23 d 29m Point hmhmhmhmhmhmhmhmffl hhm South. 12 12 .12 12 1212 1212 12 12 sby w0, 17 0.15 0.13 0.II0.09 008 0.06 0.04 D.02 0.00 ssw°-35 0.31 0.27 0.23 0. IQ 0.15 0. 1I0.07 0,04 0Ol sw by 0.55 0.49 0'43 0-37 03-0.24 Q18 O.ll 0.06 >01 sw1.20 1.12 1.03 0-53 0.44 °-35 0.27 0.17 ^.09 0.02 sw by w‘•54 1.42 1.30 1,18 1.05 0.5 2°-39 024 0.13 0.03 wsw2.42 2.26 2.1c >•53 i.36 I.I8 0.59 0.38 0.2c 0.0, 5 wby s3.56 3-35 3-'4 2,52 2.29 2.05 1.3b 1.07 0-38 3.10 Welt 5-37 S-'5 t-Si 4.27 4.01 3'32 3.'-o 2.2 I>•39 0.5a why n6.21 5.58 5-33 5.06 4-35 i43'39 ' 6.24 6,09 ©let 6.04 5,00 6.13 6.18 6.23 6.27 6:32 <5-37 6.41 6.44 Sun’s dmdmdmd' rii d, mdmdmdmdmdm Ampl. 2.44 3.28 8.13 10,57 13-42 16.27 19)13 21.59 24*i£ ».S -54 SOUTH DECLINA TION Deg. 0d2d5.d 7d10 d!2 d>5 d17 d20 d22 d23 d Mim. ^om 30m 30m 30m 29m Point hmhni hmhmhin hmhmhin hmhmhm South 12 12 I21212 12. 12 12 12 12 12 sby w0. 1 8 0.2c D,Z2 0.24 0.26 0.28 0.29 0.3) 0’33 0’35 0’37 ssw0.38 0.42 0.46 0,5-0 ^•53 0.57 KOI 1.05 1.16 >•>3 1,16 sw by sI. 01 1.07 1-13 1. 19 1.25 >•31 >•37 1.44 1.50 I. St 2.00 sw1.29 1-37 >•54 2.40 2.13 2-21 2.31 2.40 2. 48 2.55 'SW by w2.05 3.17 2.29 2.41 z-53 3'05 5.18 332 3.46 00 4.08 wsw2.58 j.14 3-30 3-46 4.02 420 4-3«457 ;.i8 wby s4.16 4.36 4.56 4.17 5-39 Weft 6.00 Qlet b.oc 3.56 5-S‘ 547 5.42 5*37 5'33 5.28 5-23 5.19 5.16 "The Mariners Comp^fs ReSiiJied. 49 ASun-Dial for the .Latitude of 25 Degrees NORTH DECLINATION. Deg. 0C2C5^7d10 d12 d15d17 d20 d 2 ;|J 23 d- Min. 30m 30m join 30m 29ml Point -hmhmhmhmhmhmhmhmhmhmhm; South !Z 12 12 12 12 12 12 12 12 12 12 sby w0.19 3.J 70.16 0.14 0.12 3.10 o.c8 0.06 0,04 o.oc 0.01 ssw0.40 0.36 0.32 0.29 0.25 :). 2I0.17 ’•'3 0.09 0.05 0.03 sw by s1.03 0.57 0.51 0.45 0.39 0-33 0.27 0.21 0.14 0.09 0O4 sw1,32 1.23 1. 15 1.06 0.57 0.49 0.40 0.31 0.2i 0,13 006 sw by w209 1.58 1.46 1-35 1.22 1. 10 o.q8 0.44 0.31 0.19 o.io; wswj.02 247 2.32 2.16 2.00 IIS Ij2S 1.07 047 0.29 wby s4.19 4.0.C 3-40 3.20 2.5^ 2-37.2.4 1.48 1. 19 ’•S 30.29 Weft 6.00 538 4.17' 454 4-31 4.06 34c 3.10 2-35 2.00 1.24^ wbyn 6.21 5-59 5-36; S^ic L41;4.14 wnw6.25 6. 10 ©fet 6.00 6.05 6.09 6. 14 6. ig 6.24 6.29 d-34 639 ^43 5.47 Sun’s idmdmdmdmdmdin dmdmdm dmdm Ampl. 0.00 2.4s S- 3I8.16 ”3 I3^49 J6.35 i9.22.la2.IO 24.14 26,8 SOUTH DECLINATION. Deg. 042d5d7dlo d 12dIS dlyd 20 dZ2 d'23 d, Min. .30m 30® 3©in 3am 29m' Point hmhmhmhm‘ hmhmhin hmhmhmli rn North 12 12 12 12 12 12 12 12 12 12 12 sby w0. 19 D.2I 0.23 0.25 0.27 528 0.30 0.32' ’34 0.36' ’•37: s s w0.40 0.43 0.47 0.51- 0-5 50-59 1.02 I.O^ lao 1.14 I. 17 sw by s1.03 1.09 I. IS 1.2 1 1.27 '•33 '• 3?1.46 i-Sz' 1.S8 2.02, sw1.32 1.40 1.48 '•57 2.06 2.15 2- 23: 2-33 2.42 2.50 2-57 sw by w2.09 2. 21 2.3?2. 44 2.56 3.08 3.21 3-34:3.48 4.00 4-°£i wsw3.02, 3. 18' 3-33 3-49 4.05 4.22 4-39’4.58 5-i 9 j wby s4.19 4-39 4.58 5la 3.39 Weft 6.00 Gfet 6.cp 3-5SS-Si 5.46 3.41 5-36 5-3>5.26, 5.21 5.17 s-ui 59 T&e Mariner’ i Compa/s ReSliJiid. ' ASun-Dial for the Latitude of 26 Degrees. NCRT.H declination. Deg. 0d2d5^7d10 d12 d15 d17 d23 d22 d 23 d Min ^om 30in 3oin 30m Z9m Point bmamli mbmhmhni hmh'm hin hmhm South 12 12 12 12 12 12 12 12 12 12.12 sby w0.20 0. iS. 0. 1 6 0.14 0.13 o.n 009 0.07 0,05 0.03 0.02 s s w041 038 ’•34 X30 0.26 0.2 j0.19 0.15 O.I I0.07 004 swby s1.05 0.59 ’•54 0.48 0.42 0.36 1.3c 0.24 0.17 O.I I007 sw1-35 1.2? 1.18 I.IC I.01 0.52 043 0'34 0.25 017 0.1 I swby w2.13 2.02 1.50 '•39 I.2; 1.15 1.03 0.50 0-36 0.25 0. 1 6 ws w30; 3-52 2-37 2.21 z.ot 1.49 1.32 1.14 D.55 ’'•38 0.25 wby s4.04 3'45 3-25 3.06 2.46 3-23 ..58 ••31 1.07 0.4; Weft 6.00 5.19 4-57 4-35 4.12 3-47 3-19 2.47 Z.16 ‘47 wby n6.21 6.0c 5-38 S-I 3.4.41 4.22 4.00 wnw642 6.25 6.1 2 0fet 6.00 665 -LIO 6.15 620 6.25 4,30 S35 6.4 1 6.45 6.49 Sun’s dmdBi dmdmdmdtn 4mdmdmdmdm Ampi. o.oc 2.46 5-33 S.21 11.8 13-56 16.44 19-34 22.27 24.37 16.23 SOUTH DECLINATION Deg. 0d2C3J710 c12c15 d17 c20 c22 d23 d Min. 30m 30m 30m 30in 29in Point h mhmhmhin hmhmhmhmhID hmhm South 12 12 12 12 12 212 212 212 sby w0.2c 0.22 0.2^ 0.25 0.27 0.2t^ 2-3'0-33 ^35 0.36 •3.38 ssw0.41 04=: 0.49 0.37 056 I00 1.04 1.08 I. 12 '•>5 ‘•8 sw by s1.05 r.i 11.17 1.23 1.29 ••35 1.41 '•47 1.54 •‘•59 2.03 sw'^35 1.43 ‘5'2.0 2.08 2.17 2.26 2.25 2.44 252 2.59 ,sw by w2.13 2.36 2.47 2.59 3.11 3'23 3-36 3.50 4.01 4.10 ;Wsw3-07 3.21 3.3r3-52 4.08 4.24 44F 4'S 95,18 'W by s4.22 441 3.00 5,19 5-39 Weft 600 0fe^ 6.00 '•35 :sc- 5-45 ;, 4t53-- S' 3G5.25 5.19b-‘5 c. II The Mariner’s Compafs ReTified. 51 ASun-Dial for the Latitude of 27 Degrees. NORTH DECLINATION. Deg. Dd2d;^7d10 d12 di; d17 d20 d22 c23 d Min. 30™ 3oni 30m 30m 29111 Point hmhmhmhmhmhmhmhmli mhmhni South 12 12 12 12 12 12 22 12 12 12 12 sby w0.21 0.19 0.17 015 0, 13 0.I2'0.08 o,ot 0.04 0.03 ssw0'43 0.39 0-35 0.32 3.28 O.Z 40.20 3.17 0.12 0,09 0.06 sw by s1.07 1.02 0.56 0.50 '45 ^•39 0-33 0.27 0,20 0.13 O.lf sw1.38 1.30 I. 2I«-i 31.05 0.55 347 3.38 C.29 0.2 10.15 sw byw 2.1-? 2. 06 i'55 '•43 r.32 1.20 1.08 0.55 D.42 3.32 023 \v swI.IO 2.56 2.41 226 2. 11'•55 '•39 1.22 '.03 0.47 3-34 wby s+.21; 4.07 3-49 3-31 3. II 2.5) 23'2.07 '42 ‘•'9 0.59 Welt 6.0c 3.40 3.21 5.00 +•39 4-17 353 3.27 2.58 2-3e2.05 wby n6.21 6.01 5-39 i-'7 +5'4. 28 4.09 vv nw5.42 6.26 6.13 0fet 6.0c 6.03 6.10 6.15 6.21 5.26 6.3 1 ^37 6.43 6.48 6.51, Sun’s dm. imdmdmdmdm1mdmdmimdm Ampl. 3.00,2.48 ?-37 8.25 11.14 14.03 16,53 9-43 22.54 24.51 26.57 SOUTH DECLINATION. Deg. jdzd3d7d10 d12 d15 d'7 d20 d22 G23 d Mill. 30m 30m 30m 30m 29m Point hrii hmhmhmhmhmhmhmhin hIT. .1 South 12 12 12 12 12 12 12 1212 12 12 sby w0.21 0.22 0.24 3.26 0.28 330 0.32 034 0.3' 37. 0-38 ssw3.43 0.46 0.5c 0.53 5-S 71.01 1,0 1.09 ‘•'3 '.It. 1. 19 sw by s1.07 ‘•13 1. 19 1. 25 1.3c 1.36 1.42 1.48 ‘•55 2.01 2.05 sw1.38 1.46 1.53 2.02 2.1 12.19 2.28 23’2.46 2.54 3.00 wby w2.17 2.28 2.39 2.50 J.02 3-'3 3-2f33*- 3.52 4.02 4.10 wsw3.10 3-25 3.4c 3-S4 4.1c L2S 4.42 +•59 S.iS wby s4.23 4-43 5.02 5.20 5-39 Weft 6,00 ©let 6.0c 3-55 5-5^, 3'45 5-39 5-34 5»29 3.23 5-'7 5. '2 lA 52 The Mariner'iCompajs Re^ified. ASun-Dial for the Latitude of i2 Degrees. NORTH DECLINATION. Deg. 3d1dd110 d12 dIS d17 d23 d22 d23 d Min ^oin 30m 30111 join 29m Point 1m1m1mhm1in im1m1mTmhmhm South 12 T212 12 12 12 12 I212 I212 sby w0.21 020 o.i 80.16 0.14 0.13 D.l I0.09 0.07 0.05 0.04 ssw044 0.40 ’•37 °33 0.3': 0.26 0.22 0.18 0.14 0. II008 swby sl.io I.O4 0.58 0-53 0.47 041 ’•35 0.29 0.22 0.16 013 sw1.41 *•33 1.25 1. 17 I08 1. 00 051 042 0.33 0.25 0. 19 swby w2.20 t.IO 1.59 1,48 1.36 1.25 1.13 1.01 0.48 0-37 0.28. ws w314 3.00 2.46 2.31 2.17 2.01 >45 1.28 i.i I’•55 0.43 wby s4.28 4.11 3-53 3.3f3-17 2,58 2.38 2. 16 1.52 ‘• 3>i'*3 .Weft 6.or ;- 4i5.22 5-°3 +43 4.21 3-59 3-3 5y°7 2.42 2,20 wby n6.21 5.02 5.41 5.2c 4. St 4-34 4.16 wnw6.42 6.27 6.14 Gfet 6.0c 605 5. 1 6. if .6 22 6,27 6.33 6" 35 6.45 6.50 6-53 Sun’s dIT dIT dIt d n dnr dndIT dIT dmdmdm Ampl. o.o<D2.5 D9.4 S.y 11. 1 14.11 '7-: 10.54I22.4S 29.6 126.52 SOUTH DECLINATION Deg. 0dzd5d710 d12 dIS d170 20 d22 d23 d Min. 30m 30tE 30m 3cm 2gin Point hmhmbmhmhmhID hrri hni hmhIB hm j^South 12 12 12 12 12 12 12 1212 12 12 bby w0.21 5.23 0.25 0.27 0.28 0.30 0.32 °-34 0.36 3.38 ’•39 ssw0.44 0.48 0.54 ’55 0.58 I02 1.06 1.10 1.14 1.17 1.20 sw bys 1. 10 1. 1 5 1.2 11.27 K32 1.38 1.44 1.51 '57 2.03 2.06 swI41 >•49 ‘•57 2.05 2.13 2,2 12.30 2-3 V2.47 2s6 302 ,swbyw 2.20 2.31 2.42 2-5!3.04 3.16 3.28 3.40 3-53 4-04 4-'3 •wsw3.14 3.28 3-43 3-57 4.12 4.27 +44 S.gc 5.18 wby s4.28 445 5-03 5.21 5'39 Weft 6or ©Let 6.00 3-55 i49 5-44 S’38 533 S.27 5.21 5-15 9.10 Tht Marinir's Comtajs ReSlified. 53 ASun-Dial for. the Latitude of 29 Degrees. NORTH DECLINATION. Deg. 0d2dSd7d10 d12 d15 J17 d20 d22 d23 d Min. 30m 3001 30m 30m 2,9 m Point li mhmhmhmhmhmhmhmhmhmti m South 12 12 12 12 12 12 12 I21ZIZ I2 sby w0.22 020 0. 19 0.17 0.15 0.13- O.I tO.IO 0.08 0o6- -•05 s s \vs 0.45 0.42 0.38 0-35 0.31 0.27 0.23 0.19 0.16 0.12 0.10 s\v by s[.12 1.06 1. 01 o-ss 049 043 °.37 0.31 0.21: 0.20 0.16 sw143 1.36 1.28 1,20 1.12 1.03 0.55 0.46 037 029 0.23 sw byw 2.23 2.13 2.03 1.52 1.41 1.30 1.18 1. 06 O’53 0.42 0.34 Wsw3.18 3.04 2.50 2.36 2.22 2.07 1.52 4-35 1.18 1.03 051 wby s4-31 4.14 3-57 340 3. 22 3.05 2.4s 2.24 2.01 1.41 1.24 Weft 6.00 5.42 5.24 3.05 4.46 4.26 4.04 3.41 3.16 z-53 2-33 wby n6.21 6.02 543 5.22 5.00 4.40 4-23 wnw6,40 6.27 6.1s 0fet 6.00 6.ot 6. 1 1 6.17 6.23 6.28 6-34 6.40 6.47 6.32 6.55 Sun’s dmdmdmdmdmdmdmdmdmdmdm Ampl :).oo 2.51 543 8.35I11.27 14.19 17.12 20,6 23.2 15.2a 27.8 SOUTH DECLINATION. Deg. 0d2d5d7d10 d12 d15 dj 17 d20 d22 d23d Min. 30m 30m 30in 30m -29111 Point hmhHI hmhmhmhni hmli in hmhmhm South 12 12 1212 12 12 12 12 IZ 12 12 sby w0,22 0.24 0.2t 0.27 0.2Q 0.31 3-33 0’35 0.37 0.38 3.39 SSW' 0.4s 0.49 0-53 0.56 1,00 1.04 (,o8 i.i II.I5 1. 18 1. 21 svv by s1.12 1. 17 1.23 1.29 1.34 '4'1.46 1.52 '•59 2.04 2.08 sw14.3 1.51 i-se 2.07 2. IS 2,24 2.32 2,41 2.49 2. 58 304 sw by w2.23 2.34 2.4s 2.56 3.07 3.18 3-3°342 3-55 4.05 4.14 wsw3.18 3-32 3.46 4.CO 4.14 4,29 +44 5.0c wby s4-31 4.48 5.04 5. 22 5-39 Weft 6.00 0fet 6.00 5-54 549 543 5-37 5-32 5.26 •0 5>i 3S..p8 {• 54 Manner's Compqfs ReSiified. ASun-Dial for the Latitude of 30 Degrees, iNORTH DECLINAT ION. Deg. Min. 0d6 1 05d7d 30m 10 d12 d 30m 13d tj d 30m 20 d22 d23 d 29111 Pointb.^ mhmhmhmhmhra hmhmhmhmhm South .12 12 12 12 1212 12 12- I212 12 sby w3.2? 0.21 0.19 0.18 0.16 0. :'.I 20,10 3.o80.07 3..06 ssws 00.43 '.40 0.36 ’•33 0.29 0.25 0.2 J0.17 0. 14 0. 12 iswby s1.14 i.oS 1.03 o’58 0.52 3,46 0.40 0-34 0.28 0.23 0.19 1sw1.46 1,38 I3.1 1.23 1. 15 1.07 0.58 0.50 0.41 0-33 7i>2J Iswby w2.27 2.17 Z.06 l.gt 1.45 1.34 ‘23 I. I 1 0.58 0.48 0.40 iw by w3.21 3.-°8 2.55 2.4 2. 27 2.13 1.58 1.42 1.25 1.11 0759 wby s4-33 4'i 7:|..0.J 3'44 3.27 l.K 2.51 2.31 2.10 1.51 '•35 Well 6.00 ?-43 3.25 S.07 449 43<^ 4.C9 3.48 3.24 3.02 2.44 wby.n 6.2 1 3.03 5-45 5.25 3.03 4'45 4.29 wnvv .1. 6.42 6.28 6. 17 Gfei 6.0- |6.o6 6. 1 2 6.186.2 -6.29 6.3'. 6U42 5.48 6.54 6.58 Sun’s dmjd ni dmdmdmimdmdmdmdmdm Ampi. 0.00i2-53 5.46 3.4:- 11.34 14.18 i7.»3 20.18 23.16 25.38 27.15 SOUTH DECLINATION. Deg. 0d2(j 57e10 dI2d15 d17 d20 d22 d23 d Min. ^oni 30m 30m 30m 29m Point hmhmhmhmhmmhmhmhin hmhm South 12 I212 12 12 12 12 1212 12 12 Is by w0.23 0.2J ).»6 1.28 ^.30 ^• 3>3-33 0.35 ’•37 3.39 0.40 s s w.'•47 0.50 0.54 '•57 1,01 1.05 1.09 1.12 1.16 1.19 1.22 sw by st.14 1.U, 1.25 1.3c 1.36 1.42 1.48 '55 2,00 2.05 2.09 1sw1.46 >54 2.02 2.10 2.1 82.26 2.34 2'43 2.5c 2.59 3-05 sw by w2.27 2:38 2.4c 2.^8 3.09 3.2c 3’32 V44 3-5^4.06 4. 14 VV 3W32 1 5.31 3.48 l-.OZ 4.16 4.3c I-45 ;.oi 'wby s4-33 4.49 5.05 5.22 5-39 Weft- 6.00 ifet 1.0' S’ 5'1 5.4S 5.42 537 ;- 3J5.24 5.18 5.12 ;.o65.02 i’he Mariner's Compafs ReSiified. 55 ASun-Dial for the Latitude of 31Degrees. NORTH DECLINATION. Deg. Min. p,d 2 d 30m Sd7d 30m 10 d12d 30111 ijd 17 d 30m 20 d22 d23 d 29m Point hmhmhmhmhmhni hmhmhmhmhm South 12 12 12 iz 12 12 12 12 12 12 12 sby w0.23 0.22 0,2r 0.18 0.17 0.15 0.13 O.I 10.09 308 0.07 ssw0.48 0.4s 041 0.38 0.34 0.31 0.27 0.23 0,19 0.16 0.13 sw by s1.16 1. 1 I1.05 1. 00 0.54 Q.48 0.43 0.37 0.31 3.25 0.21 s\v 1:49 1.41 1.34 1.26 1.18 1. 10 1.02 ^•53 0.4; 3.3.7 0.32 sw byw. 2.30 2.20 2.1C2.00 1.49 t.38 1.27 r. 16 l*Ot\0.54 0.46 wsw3-25 312 2.5 V2*4C. 232 2.18 2.03 1.48 1.32 1. 18 1.07 vv by s4-36 4.20 4.04 3»'48 3-32 3-15 2.57 2. 38 2.18 2.00 1.46 Well 6.00 5-43 5.26 5.09 4.52 4-33 +,14 3.53 3-3'3-II 2.55 wbyn 6,21 5.04 5.46 5.27 5.07 4.49 4-35 wnwd-43 6.29 6.18 0let 6.00 6.06 6. 1 2 6.18 6.24 6.37 5.4- 6.56 7.01 Sun’s dmdmdmdmdmdni imdmdmdmdm Amp. 0.00 2,55 5.50 8.46 11.41 14-37 17.34 20.31 13. ji »S'-S5 27.43 SOUTH DECLINATION. Deg. 0 d 2d5d7d10 d12 d15 d17 d20 d22 d 23 d Min. 30m jom 30m jcm 29m Point hni hmhmhmhmhmhmhin hmhmhm South 12 12 12 12 12 1212 1212 12 12 sby w0,23. 0.25 027 0.28 0.30 0.32 0.34 0.36 0.38 0-39 0.4c ssw0.48 0.(^2 055 0.59 1.02 1,06 I10 '•13 '•17 1.20 1.23 sw by s1.16 1. 21 27 1.32 1.38 1-44 1.4-9 (.34 2.01 2.07 2.J I swi.49 r-S 7204 2.I22.20 2.28 2.36 245 2.52 3.01 3.06 sw byw 2-35 2.41 251 3.01 3.12 3-23 3-34 3-45 3-57 407 4.15 VV sw3.25 3-38 351 4.04 4,-18 4-32 4.46 5.01 wby s4.36 4.50 5.07 5-23 Welt 6.00 ©fet 6,0c 5-5+548 3.42 3.36 5.29 5.23 5.16 5.09 504 4-59 D4 6z Ji&e Mariner's Cowpafs ReEiified. ASun-Dial for the Latitude of 38 Degrees. NORTH declination. E>eg- !3d, 2d5d] 7d10 d[2 d.jd 17 d 20 d22 d23 d Min. ;om 30m 30111 30jn 29m Point !i mhmhmhmhmhmhmhmhmhmhm South. 12I212 12 1212 12 12 12 12 12 sby wo28 0.26 0.25 0.23 ^.21 0.20 0.18 0.17 0.15 013 0.12 -ssw'57 0.54. 0.51 0.48 0.45 0.41 3.38 °-34 0.31 0.28 0,26 3W by 6i.2g >.24 1.20 1. 15 1.1C1.05 1. 00 0-54 3.49 3.44 3.41 sw2.06 2.00 '•5.3 1,46 '•39 1.32 1.25 [.18 1. 10 1.04 '•59 sw byw 2.51 2,42 J-33 2.44 2.15 2.06 '•57 '•47 '•37 1.29 1.22 wswr-44 3-34 323 312 3.01 2.30 -’•39 2.26 2.13 2.03 '•54 wby sy.+K 4-36 4-24 4.12 4. 00 3.46 3^33 3. '8 30.' 2.50 2.40 Weft 'i.O' 5’47 5-34 S-2I 5.08 454 4.41 425 4.09 3-55 3-45 vv by n6. 3t 6,09 5,56 5-4'5.26 5.'4 5.04 wn w. 6.45 6.34 6.26 Ofet T.OO 6.0.8 6.16 6.24 6-32 6.40 6.48 dS7 7.06 7-'4 7.19 Sun’s dmdmdmd-m dmdjn dmdmdmdmdm Ampl, 000 310 6.21 9-31 12.43 14.56 19. n25-43 28.43 30.24 SOUTH DECLINATION. Deg. :> d2a5d7<’ 10 Q12d'5 d17 d20 d22 d23 d Min. ',om jom 30m 30m 29m Point hmh.m hmhmhmhmhmhmhmhmhm South 12 I2121212 12 12 12 12 12 I2 sby w0.28 0.30 3,3' 3-33 0'34 0.36 0, 38 ^•39 0.42 o'.44 ssw057 1. 00 1.04 1.07 I.IC 1.13 1.16 1.2C^ '.24 1.27 1.29 sw by s1.29 '•34 '•39 ‘44 ‘•49 ‘54 '•59 2.65 2.10 2.15 2.18 sw2.06 2.13 2.20 2.27 234 2.41 2.48 2-55 3.03 i.ov 3''4 'sw by w2.51 2.59 3.08 3'7 3.26 3-35 3.44 3-54 4.04 4.12 4.19 wsw.5-4 3-55 4.0-= 417 4.28 439 45°5.02 wby s4.48 T.OO 5-13 5-25 Welt 6.00 Ofet b.oc 5-52 3-44 i-36 5.28 5.20 5.12 5^°3 4-54 4.46 4-4' ‘The Mariners Compafs ReSliJied. 63 ASun-Dial for the Latitude of 39 Degrees NORTH DECLINATION. Deg. 0d2d57d, 10 d12 d15 d17 d20 d d 23 d Min. 30m 30m }bm 30m ZylTl Point hmhmhmhmh,m hmhni hmhmhni hm South IZ 12 12 12 1z12 I212 12 I212 sby w0.29 0.27 0.25 0.24 0.22 0.21 0.19 ..17 0.16 0. 14 0.13 ssw0.58 ’•55 0.52 0.49 046 0. 400.39 0.36 0.32 0.3c 0,27 svv by si-3> i.z6 1.22 1. 17 1.12 r.07 I>0 20.57 0-5 1 0.47 0-43 sw2.09 2.02 '•55 I49 1.42 '•35 1.28 1.21 ‘•'3 1.07 I.C 2 sw by w2-53 245 2.36 227 2. 19 2.IC 2.01 1.51 I.4I >•33 I.27 wsw3'47 3'36 3.26 3*15 3-05 Z.54 2.42 2.31 2.1.8 2.0S 200 wby s4.5c 4-3*^ 4.26 4.14 4.02 3-49 33d 3-23 j.os 2.56 2.47 Weft 6ioo 548 5-3 55.22 5-10 4,56 443 4.28 4-'3 4-or 3.50 wby n5.22 5.10 5-37 5-44 529 5.16 5,07 wnw6.45 d-35 6.27 . ©fet 6.00 6.08 6.16 524 6.32 6.41 6.50 6.59 7.09 7.16 7.22 Sun’s dni dmdmiIT dmdmdmdmdmdmd,m Ampb o.oc 3-13 6.z6 9.40 11.54 x6.io 19.28 22.4s i6,o6 2S.4. 30,52 SOUTH DECLINATION Deg. 0d2d5d7d10 d12d'5 d170 20 c22 C23 d Min. 30m 3oir. 30m ^OIB 29m Point hmhmhmhmhmhmhrn hmhmhmhm North IZ 12 12 1’2 12 I212 1212 12 I2 sby w0.29 0.30 3-32 0.33 0-35 -) 36 0-38 0.4c 3.41 OA3 ^44 5SW0.58 i.02 i.os I.Oft l.I (1.14 Il8 1.21 1.25 1.27 1.30 sw by s‘• 3»1.36 1. 41 1.46 1.51 1.56 2.01 2.06 2.1 12.16 2.19 sw2.09 215 2,22 2.29 2-35 2.42 2,49 2.57 3.04 3.10 3-*5 sw by w2-53 3.02 3.10 3-19 3.27 5-36 3-46 3.55 4.05 4-13 4.2c wsw3-47 3-57 4.08 4.18 4,29 439 4-5*5-03 wby s4-30 5.02 ?.I4 526 Weft 6.00 0fet 6.00 5-44 5-3^3.28 3.19 5.01 +5'444 4-3« 64 ^he Mariner's Compafs ReSiified. ASun-Dial for the Latitude of 40 Degrees. NORTH DECLINATION. Deg. Min. 3d2d 30m )d7 3oin 10 d 12 d 30m ‘5 d17 d 30in 20 d22 d23 d 29m Point 1m1in 1m1mhIB 1m1m1mhmhin hin South 12 12 12 12 12 12 Iz12 12 12 12 sby w029 o.z8 o.z6 0.24 0.23 3.21 0.20 0.18 0.17 0,15 0.14 s s wI.OO 0.57 0-53 0,50 0.47 0.44 0.41 0-37 0.34 0.31 0.29 sw by s>33 1.28 1.24 1. 19 1,14 i.09 1.04 0,59 0.54 0.49 0.46 sw2.1 I2.04 1.58 1.51 1.45 1.38 ‘•31 I. 24 ,‘•‘7 1.11 1.06 sw by wZ.56 Z.47 2-39 2. 30 Z.22 2. 2.04 ‘•55 1'46 1.38 1.31 wsw3-49 3-39 3.29 318 3.08 z.58 2.46 z-35 2.23 2.13 2.05 vv bys4.51 ..40 4.28 4>i 74.05 .7 -53 3-40 3-Z 73^‘3 3.02 2.52 Weft 5.0: 448 5-36 5.23 ;.ii 459 4.46 43z4.17 4.01 3-55 wby n'.22 6.11 5.58 5-45 5-3‘5-‘9 5.10 wnw6.58 6.46 6.36 6.28 0fet 6.00 6.c8 6.17 6-34 <5.43 6.52 7.01 7. II 7.19 7.25 Sun’sdmdmdmdmd’ mdin dmdni dmdmdm Ampli, 000 3-iS 6.32 9->8 13.6 16.24 19.45 23.06 26.30 29.16 31,22 SOUTH DECLINATION. Deg. 0d2aSd7d10 d12 d‘5 d17 d20 d22 d23 d Min. joni 30in 30in 3oin 29m Point hni hin hni hin hmhmhmhmhmhmhm South 12 12 I2I2I212 12 12 12 ^12 12 sby w0.29 O.Jl 0.32 0-34 0-35 0.37 0. 38 0.40 0.42 0.43 0.44 s s w1.00 1.03 1.06 1.09 I. 121.15 1.18 1.2 21.25 i.z8 1.30 sw by s'•33 1.38 >•43 ‘47 1.52 ‘•57 2.02 2.07 2.12 2.17 2.20 sw2. 1I2.17 2.2^ 2.31 2-37 2,44 Z-.51 2.58 3.05 3.11 3.16 sw by w2.i;6 3.04 3.12 3zi 3-29 3-38 3-47 3^sd 4.06 4.14 4.20 wsw3-49 3-59 4.09 419 4-30 4^40 4.51 5‘03 'wby s5.03 5.14 5.26 Weft 6.0c i®6.0c 5-52 5-43 ls -35 5.26 5-‘7 5.08 4-59 5-49 4.41 4<3S The Mariners Compafs ReSified. 65 ASun-Dial for the Latitude of 41 Degrees NORTH DECLINATION. ... Deg. 0d2d5d7d10 d12 d15 d17 d20 d22 d23 d Min. 30m 30m 30m .30m 29m Point hmhmhmhmhmhin hmhmhin hmhm South 12 12 12 12 12 12 I212 12 12 12 sby w0.30 0,2 80.27 0.25 0.24 0.22 0.21 0.19 0,17 0.16 0.15 ssw1. 01 0.58 0.55 0.52 049 0.46 0.42 ^•39 0.36 0-33 0,3 ‘ sw by s‘•35 1.30 1.25 1.21 1. 16 1.1 I1,06 r.oi 0.56 0.52 0.48 sw2.13 2.07 2.00 ‘•54 1.48 1.4J 1.34 1.27 1.20 1. 1.) 1.09 swbyw 2.58 25c 2.42 2-33 2.25 2. 17 2.08 ‘•59 1.50 1.42 1.36 wsw3-5'3.41 3'3‘3.21 3-“ 3.01 J.JO 2,39 2.-28 2;i8 2.II \v by s4-53 +.42 4-3°4.19 4.08 3-57 3^44 3-3‘3.18 3.07 2.58 Weft 6.00 348 5-3^3.25 5-‘3 5.01 4.4b 4-35 4.21 4.09 4-00 wby n5.23 6.12 5-S 93.46 5-33 5.22 5^13 wnw6.58 6.46 ^>•37 6.29 ©fet 6.00 6.09 6.17 6.26 6-35 5.44 6.54 7.04 7‘4 7.22 7.29 Sun’s dmdmdmdin dmdmdmdmdmdmdm Ampl. 0.00 3.18 6.38 9-57 13.18 16.40 20.4 13.29 26.56 '9.45 3‘-S4 SOUTH DECLINATION. Deg. 0d2d5d7d10 d 12 d15 d17 d20 d22 d23 d Min. 30m 30in 30in 30111 '\ 29m Point hmhmhmhmhmhin hmhmhmhmhm North 12 12 12 12 12 12 12 12 12 12 12 .s by w0.3c 0.31 0-33 °-34 0.36 ^37 0-39 0.4c 5.42 0.44 =45 ssw1. 01 1.04 1.07 I. 10 ‘•‘3 1.16 ‘‘9 ‘.23 1.26 1.29 ‘•31 sw by s'•35 ‘•39 ‘44 '49 ‘•53 1.58 2.03 2.08 2,13 2.18 2.21 sw2.13 z19 2.26 2.32 2-39 2.45 2,52 2.59 306 3.12 3-‘7 sw by w2.5h 3.06 3-‘4 3.22 3-3'3-39 3-48 l-Sl 4.06 4.14 4.20 wsw3-5‘+.0] 4..11 4-21 4-30 44'- 4.5 ‘5.03 wby s4-53 5.04 5.13 ;26 Weft 6.00 ' 0fet 6.00 5-51 5-43 5-34 3-25 5.16 5.06 4.56 4.46 4'38 4-3 ‘ E 66 ‘The Mariner’s Compafs ReSiified. A. Sun-Dial for the Latitude of 42 Degrees. NORTH DECLINATION. Min. jd2d5*3 7d10 d12 dIS d17 d20 d22 d23 d Deg. 30m ^oni 30m ^om zgm Point hmhmhmhmhmhmhmdmhmmhhm Sonth xz 12 12 12 12 12 12 12 12 12- 12 sby w0.30 0.29 0.27 0.26 0.24 0.23 0.21 0.20 0.18 0,17 0.16 sswi.02 0.59 0.56 0-53 0.50 047 0.43 041 0'37 0-34 032 sw by s1.36 1.32 1.27 1.23 1. 18 1-13 1.09 0.58 D.54 =51 sw2.15 2.09 2,03 1.56 1.5c 1.44 '•37 1.30 i.23 1. 17 '•13 5Wbyw 3.0c 2.52 2.44 2.36 2.28 2,20 2.12 2.03 '•54 1.46 I.40 wsw3.53 3-43 3-34 3.24 3-iS 3.0- 2.54 2.44 223 2.23 2.16 wby s45-1 443 4-32 4.2 1 4.10 4'0'- 3.48 3-36 3-Z 33.12 3-®3 Weft 6.0c 5'49 S-37 5.26 5-«5 3.03 4.5-1 4-3'i 4.24 4.n 4.04 vvby n6.23 6.IZ 6.00 5.48 5-35 5.24 5.16 wnw6.58 6.47 6-37 6,36 0let 3.00 6.09 6. 1 8 627 6.3: 6.46 6.56 7.06 7-'7 7.25 7.32 Sun’s dmdmdmdmdmdmdmdjn dmdmdm Ampl. o.oc -3.2] 6.44 10.6 16.56 20.2^ 23.52 17.24 30.16 32.28 SOUTH DECLINATION Deg. Mim.. 0d2-d \cm 5d7° 30m 10 d12 d 3oni 15 d17 d 30m 20 d22 d23 d 29m Point hmhmhmhmhmhmhmli ni hmh m' hm South 1212 I212 12 12 12 12 12 12 12 sby w3.30 0.32 0-33 0-35 ’'36 0.38 0.39 0.41 0,43 0,44 0,45 ssw1.02 105 1.08 1.11 i.r4 1.17 l, 2C1.23 t.27 1.30 1.32 sw by E1.36 1.41 1,46 1.50 ‘•55 ‘•59 2.04 2.09 2. 14 2.19 2.22 8W2.15 2.21 2.28 Z'34 2.40 2.46 2-53 3.00 3.07 3-‘3 3''7 sw by w3.0: J.08 3.16 3-24 3-32 3.40 ^•49 3'57 4.07 4.14 4.20 vv sw3-53 4.02 4.12 4.22 4-31 441 4.52 wby s4.54 5.04 5- '5 5.26 Weft 6.00 0fct 6.00 5-5'3.42 5’33 5-23 i-'4 5,04 4-54 4’43 4-35 4.28 The Mariner’s Compafs ReSitfied. 67 ASun-Dial for the Latitude of 43 Degrees. NORTH DECLINATION. Deg. 0d2d57d10^ 12 dIS d17 d20 d22 d23 d Min. 30m ^om 30m Som L9111 Point 1mhmhmhmhmhmhin hmhmhmhm South 12 12 i212 12 12 22 12 12 12 12 sby \v -0.31 0,29 0.28 0.27 0,25 0.24 0.22 0,21 0.19 0.18 0.17 ssw1.03 1.00 0.57 0.54 o,;l 3.48 0.45 0.42 C'.39 0.30 0-34 sw by s1.38 ‘34 1.29 1.25 1.20 1.15 I.l 11.06 1. 01 0.57 sw2.17 2.1 12.05 '59 '•53 '•47 1.40 ‘•33 1.26 sw byw 3.02 2.55 2-47.2-39 2.31 2^23 2‘‘5 2.07 1.S8 i-SO 144 wsw3-55 3'‘16 3-36 3’27 3.18 3.08 2‘s8 2.48 2.37 2.28 2.21 wby si-SS 4-45 4-34 423 4.13 4-°3 3.52 3.40 3.27 3-'7 3-09 Well 6.0c 549 >-38 4.27. 5.16 5.05 4-53 4.41 4.27 4.17 4.09 wby n6,23 6.13 6.01 5.50 5,37 3.27 S.iy wnw6.58 6.47 6.38 6.31 0fet 6.00 6.09 6.ig 6.28 <5.38 6.48 6.58 7.C9 7.'9 7.28 7-36 Sun’s dmdmdmdmdmdmimdmdmdmdm Ampl. 0.00 3-. 2S6.;i. 10.17 13.44 17.13 ao^43 14 16 ‘7-53 30.48 33'03 SOUTH DEeLINAT ION. Deg. 0d2d5d7dlo d12 dIS d17 d20 d22_d 23 d Mm. 30m 30m 30m 30m zgm .Point hmhmhmhmhmhmhmhmhmhmhm South .12 12 12 12 12 .12 12 2.12 12 '12 sby w0.31 0.32 0-34 0-35 ?-37 0.38 0.40 0.41 0.43 0.44 045 ssw1,03 1.06 1.09 1.12 '•‘5 1.18 1. 21 1.24 '•27 1,30 1.32 svv by s..38 1.42 ‘•47 1.52 1.36 2.01 2.05 2.1: 2. IS 2.19 2.23 s' w 2.17 2.23 2.29 2.36 2.42 2.4S 2.54 3OI 3.08 3.'4 3.18 wby w3.02 3.10 3.18 5.26 3-33 3-4‘3-51 3-58 4.07 4- '4 4.20 wsw3-55 4.04 4i-l 4.23 4-3^4.42 4.52 wby s3.05 ;.i6 5.26 Weft 6.00 0let 6.0c i-Si 5.41 5-32 5.22 5.12 5,02 4,5'4.41 1-32 4.2! E2 68 'The Mariner’s Compafs ReSiified. ASun-Dial for the Latitude of 44 Degrees. NORTH DECLINATION. Min. Deg. d m 2d 3°ni im 5d im 12 0.29 0.58 ^•31 2.07 7d 30m 1TO 10 d im 12 d 30m ll TO >5 d 1TO 17 d 30m 1m 20 d22 d23 d 29m Point hm m hll TO South sby w ssvv sw by s' sw 12 ^.31 1.04 T.40 2. 19 12 D.30 I.Ol ’•35 2.13 !Z 0.27 0.56 1.27 2.01 12 o.z6 0.53 1.22 '•55 12 0.24 0.50 1.18 1.49 12 0.25 0.47 '•'3 '•43 I2 0.21 044 1.08 1.36 12 0.20 0.4c 1.03 1.29 12 0,18 0.38 0.59 1.24 12 0.17 0.36 056 1.20 sw by w wsw wby s Weft 3’04 3-57 4S.t 5.00 6toc 2.57 3-48 +46 5.50 Z.49 3-38 4.56 5-39 2.42 3.29 4.26 5.28 2.3<1 3.21 4.16 ;.i8 2,26 3.12 4.05 3.07 2. 1 8 3.02 3’54 4.56 2.10 2.52 3-43 4.44 2.01 2.4) 3-3J 4*3» '•Si 2-33 3.21 4.21 '•49 2. 26 3-'3 4.13 why n wnw6.23 6.13 6,02 5-5' 6.59 5-39 6.48 5.29 6.39 5.21 6132 ©let 6. 10 6.19 6. 29 6.39 6.49 7.0© 7.11 7.22 7-3'7-39 Sun’s Ampl. dm 0.0c dTO 3.28 dm 6.58 dm 30.27 dHi dm 17,30 dTO 21. 5 dTO 24.42 dTO l8.i 1 dm 31.22 dTO 33'4o SOUTH DECLINATION Deg. Mitn. 0c2C 3cm 57 30m to c12 d 30m 15 d17 d 30m 20 d22 d23 d 29m Point hTO hTO hTO hTO hmhTO hmhmhTO hTO hIII South sby w s s wsw by s sw 12 0.3 I 1,0^ 1.4c 2.1c IZ 0.33 107 ‘• 4'1 2. 25 12 I.K 1.4E 2.31 12 0.36 '•13 >••53 2-37 12 2-37 1. 16 >•57 ^• 4; 12 ^•39 1. 15 .2.02 2.49 12 0.40 1,22 2.06 2.56 12 0.42 1.25 2. 1 1 3.02 12 0-43 1.28 2.16 3.0; 12 0.45 '•31 2.20 3-14 12 0.46 '•33 2.25 3-. 19 svit by \v wsw wby s Vt'eft 3.0.) 3'5: 4-Sc 6.0c 3.12 4. of 5.of 3-iS 4.1; 5. If 3.27 4.2^ j.zf 3 - 35 4 - 3; 3-4^ 442 5-5' 4.52 3^59 4.08 4.15 4.20 0fee 6.0c 5-S' 5.1^ S-3 5.2J ;.ll 5_.oc 4-49 4-38 4.29 4.21 The Mariner's Compafs ReSliJied. 69 ASun-Dial for the Latitude of 45 Degrees. NORTH DECLINATION. Deg. Min. 0c2C 30111 5d7^ jom 10 c12 c jom iSd 17 C 30111 20 C22 C hrr 23 d zgm hm Point hmhmhmhmhmhmhmhmhm Soath sby w ssw sw by s .s w> 12 0.32 1.05 1. 41 2.21 12 0,31 1.03 '•37 2.15 12 0. 29 1. CO 1*33 2.og 12 0.28 0.57 1.28 203 12 0,26 3-54 1.24] <.58 12 0.25 0.51 1. 19 1.52 22 0,24 04S 1.15 1.45 12 0.22 0.45 (.10 1*39 12 0.-20 0.42 1.05 *•33 12 3.IS 0'3^ I.O] 1.27 12 o.iS 0-3,7 0,58 '.23 sw byw vy sw. wby s Weft 3.06 i-59 +57 6.0c 2.59 3-50 +•47 3.5.0 2.52 3 - 4' 4- 38 5.40 2.45 3-32 4.28 5-30 2. 37 3'- 23 4. 18 5.19 2.29 3-'4 4.08 5.09 2.22 305 3-57 4.58 2.13 2.S 5 3'4<5 4.46 2.05 2.45 3- 35 4 - 35 1.5)- 2.37 3.26 4.25 5^3' 6.40 'S3 2.30 3.18 4-17 5.24 6-33 7.40 wby n wnw nwby w 6.24 6.14 6.03 5-52 6.59 5>4' 6.48 Glet 6.0c dm o.co 6.10 6.2c 6.3c 6.41 6,51 7.02 7^33 7.25 7-35 7-43 Sun’s Ampl. dm 3-32 dm 7.05 dm 10.38 dm '4'i 3 dm 17.49 dm 21.28 d’ m 25.9 dm 18.56 dm 31.58 dm 34.20 SOUTH DECLINATION. Deg. Min. bd2d 30m 5d7^ 30111 10 d12 d 30m IS d17 d 30m 20 d22 d23 d 29m Point hID hmhmhm 12 0.36 1.14 '•54 2.39 hmhmhmhmhm1mhin South sby w ssw sw by s -sw 12 0,32 1.05 I.4I 2.21 12 0.33 1.08 '•45 2. 27 12 0-35 1. 1 1 '•SO 2-33 12 0.38 1. 17 1.58 2.44 12 0*39 1.20 2.03 2.5 j 12 0.41 1.23 2.07 2.57 12 0.42 1.26 2.12 L°J. 4.0c 12 0.44 1.29 2.17 3^io 12 0.4s '• 3' 2.21 3-15 12 0.46 '•33 2'. 24 3-'9 \v by w wsw wby s Weft 3.06 3-59 +57 6.00 3-14 4.07 3.07 3.21 4.16 S-i? 3.28 4.25 3.26 3.36 4-34 3-44 4^43 3-5' 4.52 4.08 4- '5 0let 6.00 S-SoJ 5-40, 5-30 5.19 5.09 4.58 4>47 4-35 pzs l-'7 I 7Q The Mariner's Compajs ReTified. ASun-Dial for the I^atitUiJe of 4$ Degrees. NORTH declination; Peg. Min Dd2d 30m 5d7d 30m 1m 10 d 1m 12 d 30m IS d17 d 30fn 20 d22-d 23 d 29111 Point 1mtm1nt. 1ni hm 1z 0.Z3 0.49 1.17 1.48 h. mli m 12 0*21 0-43 1.08 1.36 im 12 0.20 O.4J 1.04 1.30 hm 12 0.19 0.39 O.OI 1.26 South . sby w ssw swby s sw 12 0 - 33 t.o6 1 - 43 2.23 12 0.31 1.04 1.38 2.17 12 0.30 1. 01 1-34 2.1 i 12 0.29 0.58 •1.30 2.06 12 0.27' 0.5c 1.26 2.0c 12 0.26 3.52 I.2'i iii 2.32 3-17 4.11 5." 6.14 12 0.23 o.t}6 1.12 I-42 sw by \y ws w wby s Weft 3.o‘ii 3-. 00 5'58 6.00 3.01 3-S 2 +•49 ;.30 2.54 3 - 43 4 - 39 5.40 2.47 3 - 35 4- 30 5 - 3= 2-4^^ J.2C 4.21 5.20 2. 25 3.08 4'Op 5.00 '^•04 2.17 2.59 3 - 5° 4 - 4'; 209 2.49 1-39 4-38 3-4 ' £•49 7-29 1.02 2.41 3-30 4.28 '•57 2 - 33 3- 23 4.21 5.26 634 7.40 7-47 wby n \v nw nwbyw 6.24 S-54 6.59 5-33 6.41 7-39 Glet 6.00 6^10 3.21 6.3 1 542 <5.53 7-0-4 7.16 Sun’s Ampl, dm 0.0c dm 3-36 dm 7.12 dm 10. qo dHi 14. iS dm 189 dm 21.^2 dm ^5-39 din 29-3', dm xi.Xi dm 35-3 SOUTH DECLINATION Deg. Min. 0cic 30m 5d7e 30m [O c12 C 30m '5c17 c 30m 20 C22 C23 d zgm Point hmhIt] hmhmhir hIT kIT h11 hnr hIB 12 ^o•45 1.32 222 3.16 hm 12' '^.4.6 ,*•34 2.25 5.20 South bby w ,ssw sw by s sw 12 ='•33 i.o£ '•43 2.2-i 12 0.3^ ^.0^ *•47 2.25 3.16 409 3.08 '• 5= 12 =•35 1.12 '•S' 2.t 4 I2 =•37 ''5 '•5 2-4' 12 0. 38 1. U z.oc 2.4c 12 0. 4c 1. ZC Z,Ot 2.52 12 2.4 1 1,23 z.ot 2.58 1 2 0.42 I.2t 2. 13 3,04 |. 0C 12 04.1 1.29 2.18 3.1c sw by w wsw wby s Weft 3.OS 4..CC 4.58 6oc 6oc 2,2] 4.17 5-I 7 ?3S j*3^ 4.2^ 5.2£ 3-37 4.34 3^4; 443 3-5 =4.08 4.'S ' ©fet 3.25 5’I 85.07 4.56 444 4-31 4.21 4.13 Tht Mariner's Compajs Re5iified. 7 1 ASun-Dial for the Latitude of 47 Degrees. NORTH DECLINATION. Deg. Min. Point 0d 1m 2d. 3on] 1m 5d b. m 7c* 30m tni 10 d 1TO 12 d 30m iTO 15 d bTO i72d 30m 1TO 20 d hTO 22 d hTO 23 d 2gm hTO South sby wi «sws, svv by s sw 12 0-33 1.07 144 2.25 12 0.32 1.05, 140 2It. 12 0,3c 1.02 1.36 2. 14 12 0.29 0-59 1.32 2.08 12 0..28 0.56 1,28 2.02 12 0.26 °- 54' 1.23 i'S 7 12 0. 25 3.51 1.19 1. ;i 12 0.2 3 0.48 1. 15 1.4; 12 0.22 045 Me 1.39 12 p21 042 1.06 J-33 12 o’.2C 040 1.03 1.29 sw byw wsw wby s Well , 3,10 4.02 +59 6.00 303 3'54 4.50 5-5 2.56 J.4.' +.41 5.4! 2.49 3-37 +•32 v32 z43 3.29 4.23 5.22 Z- 3S 3.20 +•13 J.I2 2.28 3.12 4.03 5.02 2.20 3-03 3-53 4.52 2.13 2.53 3-43 4.41 2.c6 2.4s 3-34 4'3i 2.01 z-39 3-27 4.24 \v by D wnw nw byw 534 ‘'.25 5.15 6.05 7.08 5-SS 5.59 5-44 6.49 5-36 6.41 5.29 6-35 7.40 0ftt 6.00 6. I6.22 5--33 5.43 5.55 7.07 7.20 7-3z7-43 7-51 Sun’s Ampl dm :3.oo 3m 3•40 dm 7.20 1m I1. 2 ITO '4'4t dm 18.30 im 22. 18 ' iTO s6.io dTO 30.7 dTO 33.18 dTO 33.48 SOUTH DECLINATION. Deg. Min. 0<2C 30m 5I7 3011 ]10 c 1 r2 .3°^i.5c117 c 3orE 20 <22, d23d 29m Point hmhir hnhn1hn: hnhnhmhTO hTO hin South sby w s s w svv by s sw 12 0-33 1.07 1.44 2.25 12 I.IC I4? 2.3c 12 03( i.i 1-5: 2.3! 12 iO' 3; i.i( -I.5' )24 12 0.3s 3I.lJ 2,0 24; 12 o'; 4c 1.2 2.01 2.5; 12 30.41 1.2.1 2.0c 2-5S 12 °-43 1.27 2.14 3-05 12 0.44 1.3c 2.18 3.11 12 0.4s ••32 2,22 3.16 12 046 *•34 2.23 320 sw by wsw wby s Well 3.IC 4.02 5'S 5 5.0c 3-17 4.IC 5.0S 3.22 4.1s S-U 3-3 4.2( 7 3-3* ’+-3i *345 4-4: 3'S; 4.0c 4,08 4.15 .0 fet 6.0c S4S5-3^5.2; ;.i; S'O. 45; 4.4c 4.28 4.17 4.09 E4 78 'The Mariner’’iCo'mpajs ReStified. ASun-Dial for the Latitude of 54 Degrees. NORtll DECLINATION. Deg. 0d2d5d7d10 d12diSd 17 d20 d22 d23 d Min. 30II1 30m iom 30m 29m Point hmhin hmhmhni hmhmhni hmhmhm South 12 12 12 12 1212 12 12 12 12 12 sby vv 037 3-35 3-34 i- 33 .3,32 0.31 0.29 0.28 0.27 0.26 0.25 ss\vs I.!4 M2I-.O9 1.07 1.05 1.02 1. 00 0-57 0.55 0-S30.51 swby s'•54 1.50 '47 ‘•43 1.4c 1.36 1.32 1.29 1.25 I.22 1.19 SW^.36 ^• 3'2.27 2.22 2.17 2.12 2.08 2.03 '57 '•S 31.50 swby v\ 3.22 3,16 3-1'3’OS 2.59 2'S 32.47 2.41 2-35 2.29 2.25 wby w12 4.05 3-59 3.52 3-45 .3.39 3-32 3.24 3-»7 3. II 3.06 wby s3.05 45«4.51 4-43 4-36 429 4-2 I4-'3 4.05 3.58 3-S 3 Weft 6.00 i-S 35•4-: 5-3«3-3'5-23 5-'S S.07 4-59 4.52 4.46 wby n6.34 6.27 6.19 6.12 6.04 3.36 5-49 5-44 wnw7.09 7.01 6.54 6.48 6-43 nw byw 7'5i7.46 7.42 0fet 6.0c 0.15 6.28 6.42 6.56 7.11 7.27 7*43 8.00 8.IS 8.27 Sun’s dmdmdmdmdmdmdmdmdmdmdm Amj]. OcOO 4.14 8.31 12.49 17.11 11.36 26 730.46 3S-3.4 ,9.26 42.46 SOUTH DECLINATION. Deg. 0d2d5d7d10 d12d'5d17 d20 d22 d23 d Min. ’^oin -3011) 30m 3oni 29m Point hm1mhin hmhmmhmhmhmhID hm South 12 12 12 1212 12 12 12 12 12 12 sby w^•37 0.38 0.39 0.40 O.4J 0.42 ^•44 0.45 0.46 0.47 0.48 ssw1. 14 i.iC 1.1c, 1. 21 1.24 i.zt i.zS '• 3''•33 '•35 '•37 sw by s>•54 ‘57 2.01 Z.04 2.08 2.1 1 2. 13 2. 19 2.23 2.26 2. 28 sw236 2.41 245 2.50 2.54 2.59 3-04 3.C9 3-" 3.19 3.22 svy by w3.22 i.zy •3-33 i^39 3-4'3.50 3-Sd 4'03 wsw412 4.. 8 +.24 4-3'4.38 4'45 wby s-3.05 5.12 3.19 V7eft 6.CC let ^.OC 5-32 3.18 5.04 449|4'3'- 4.17 4.0c 3-45 ?-33, ‘The Mariner'sCompafs Reilified. 79 ASun-Dial for the Latitude of 55 Degrees. NORTH DECLINATION. Deg. Min. 0d2d ^oni 57° 30m 10 d12d ?on5 15 d17 d 50m 20 d22M 23 d 29n' Point hmhni hmhmhin hmhIII hmhmhmhm South IZ 12 IZ 12 1212 12 12 12 12 12 sby w0-37 0.36 0-35 0-34 =>•33 P-S' 0.3c 0.29 0.28 )27 0.26 8SW1.15 ‘•‘3 l.io 1.08 1.06 1.03 I.01 .1.59 o.^t 0.54 0,52 sw by s‘•55 ‘.51 '1.48 ‘•45 1. 41 1.38 1.34 1.30 1.27 1.23 1. 21 sw2.37 2-33 2.28 2.2^ 2.19 2.14 2.10 2.05 2.CO ‘•55 1.52 sw byw 3-Z 33‘8 3.12 3-07 3.01 2.56 2,^0 2.44 2.38 2-33 2.29 wsw4- ‘3 406 4.00 3.5'! 3-47 3^4‘3-34 3.27 3.20 3-‘4 3-10 wby sS.05 4-59 4-52 445 438 4-3 ‘t.23 4.16 4.08 4.02 3.56 Weft 6.0c S-53 546 5-39 .-•32 5.24 517 5.09 S-oi 4-54 4-49 wby n^34 6.27 5.2C' 5- ‘3 5.05 5-57 3-5'5.46 wnw7.09 7.02 6.5s 6.49 6.44 nw byw 7-5'7.4<7.42 0let 6.00 6.14 6.29 ti:. 6.58 7.‘4 7'3t7.47 8.05 8.21 8-33 Sun’s dmdmdni dmdmdm.1 mdmdmdrn dm Amp. 0.00 4.2 J8.43 ‘3-9 I7^37 i2.1G 26.49 31,37 39.36 40.47 44.00 SOUTH DECLINATION. Deg. 0 d 2d5^7d10 d12 d‘5 d17 d20 d22 d23 d Min. 30m 30m 30m 3001 29m Point hmhmhmhmhmhmhmhmhmhmhID South 12 12 IZ 12 12 12 12 12 12 12 sby w0-37 0.38 0-39 0.4c 0.42 0.43 0-44 0.45 0.46 0.47 0.48 ss\v 1. 15 1. 17 1.20 1.22 1.24 1.26 I29 ‘• 3‘‘•34 ‘,36 ‘• 3* sw by s‘•55 1.58 i.OJ 2.05 2.08 2.12 2.16 219 2.23 2. 26 2.29 sw2'37 2.42 2.46 2.51 255 200 3-05 3.10 3-15 3.19 3.22 sw byw 3-23 3:29 3-34'3'4o 345 3-5'3-57 403 wsw4.‘3 4.‘9 4.25 4.32 4.38 445 wby s5-05 5.12 5.‘9 Weft 6.00 0fee 6.0c 3.46 5'3iS-I 73.02 4.46 4.3 ci-‘3 3-55 339 3.27 The Mariner’s Compafs ReStified. ASun-Dia] for the Latitude of 56 Degrees. NORTH DECLINATION. Deg. Min 0dzd 30in hm 5^ hm 7d Som hm 10 d hm 12d 30m hm IS d hm 17 d 30m 20 d2^ d23 d 29111 Point hmhmh111 hmhm South sby w ssw swby s sw .2 037 1. 16 1.56 2-.3y 12 0.36 1.14 '•S 3 2'34 12 0-35 1. 1 1 '49 2,30 12 0 - 34 1.09 1- 46 2.26 12 0.33 1.07 ‘•43 2.21 12 0. 32 1. G5 '•39 2.16 12 0.31 1.02 1.36 2.12 12 0.30 I.OO r.32 207 ',12 0-28 0.57 1.28 2.02 12 0.27 0. 55 1.20 1 . ^9 12 0,26 0-53 1,23 '55 2,32 3-I 3 4.00 4.52 5.48 6.45 7^43 sw by w ws w wby s Weft 3'-2 5 4..J4 5.06 6.00 3-'9 4.08 5.00 5-S 3 3- 14 4.02 4 - 53 5.46 3.09 3.56 4.46 5 - 39 6 - 34 3-°3 3.50 4.40 5-32 2.58 3-43 4^33 5.26 6.21 7-15 2. 52 3-37 4.26 S.18 2,46 3^30 4.18 5. 1' 2.40 3-23 4.11 S-S 9 6.55 7-5' 2.36 317 4.05 4 - S7 5- S3 6.50 7.46 wby n vv nw6.28 6.14 7.09 6.06 7.02 Gfet 6.00 615 6.30 6.43 700 dm iS.c 7.16 dID 22.46 7-34 7.32 S.II dm 8.27 dm 42.4 8.41 dm Sun’s Afnpl. dm 0.0c dm 4.2? dm 8.57 dmdm 27.54 dm SOUTH DECLINATION Deg. Min. 3dzc 30m 5d7^ 30m hm 10 c hm 12 C 30m hm 'S ' hm 17 c 30m hm 20 c hm 22 d hm 23 d 2gm hm Point hmhmhm South sby w s's w sw by s sw 1 2 ^37 1.16 i56 z-39 12 0.39 1. 18 '•59 2-43 3.30 4.20 S’'3 r. 4<; 12 3.40 I. 2C 2.02 2,47 3-35 4.26 5.19 12 3.41 1.22 2. 06 2.52 3.40 4 - 32 5- 3<^ 12 0.42 1.25 2.09 2.56 3.46 4.38 i'2 0.43 1.27 2.13 3.61 1 2 3.44 t.25 2.16 3.06 2 3-45 1.32 2.20 3.10 12 0.47 1734 2,24 3-‘5 12 0.48 1.36 226 3-J 9 12 0.48 1.38 2.29 sw by w wsw wby s Weft 3.25 4.14 Sof 60. 3-5'3'S 74-03 Gfet 60c 330 5.'5 444 4,26 4.08 3-49 3-33 3.19 "The Mariners Compafs ReSiified. 00 ASun-Dial for the Latitude of 57 Degrees NORTH DECLINATION. Deg. 0c2C5d710 c12 c15 c‘7 d20 t22C2.3 u Mm. 30m 3oni ^om 30111 29m Foil! thmhmhmhmhmhni hmhmhmhin hm South 212 12 12 12 12 12 1212 I212 sby w00 rn63-37 0.36 ^•35 =>34 0.32 0.31 0.3c 0.-29 0.25 0,27 ssw.1.17 1.14 I.12 I.10 I08 0.06 ‘•04 r.oi 0.59 0.57 0,55 sw by s. '•57 ‘•53 1. 51 ‘47 1.44 1.41 ‘>37 '•34 ‘•so 1.27 1. 25 sw2-4'2.36 2.3; 2,27 2.23 2.18 2.14 2. 10 2^05 2.01 2.58 sw by w.3.26 521 3.16 3.11 3.03 3.00 2.55 2.49 2-43 2.28 2*34 \v sw415. 4.09 4'°3 L5?3-5'345 3^39 3-33 3.26 3.2c j.i6 wby st.ov 5o‘ 1-54 447 4.41 4-34 428 4.21 +•‘3 4.07 403 Weft 6.00 5-53 5^47 t. 4C5-33 5.27 3.20 3.12 5.05 4-59 +•54 vvby n6>3-i 6.21) 6.21 3.14 6.07 6.00 5-54 5.50 \v nw7.15 7.09 7-03 6,56 6.51 6.46 nw byw 7-5‘7-47 7-43 nw8.38 0fe t6.00 6. 16 6.31 6.47 7.03 7.27 7.38 7.56 816 CO too 1 loo 1 Sun’s imdmd. in imdmdmdmdmdmdmdm Ampl. 6.00 +35 g.li 18.33 23.24 18.23 33.31 3*>53 43.27 47.2 SOUTH DECLINATION. Deg. .Vd2tl ;d7dio_^d 12d‘5 dlyd 20 d22 d23 d Min. 30m 30ir. 3©ID ^on- 29m Point hmhmhin a111 ll JI) hni hni i111 1mhmhm North 12 I212 12 12 I212 111 2 12 12 .s by w00 c’n0°-39 5,40 0.4J 0.42 3'43 0-43 1.46 '•47 0,48 0.49 ss\v i.i; 1.19 I; 2I1.23 1.25 1.27 ‘•30 ‘•32 ‘•34 1.36 1.38 sw by s'57 200 203 2.07 2. IC 2.1 32.17 2.2c 2.24 2.27 2.29 sw2.40 2.,|4 248 2-53 2.57 302 3.06 3.10 3-15 .3-I 9'- sw by w3.26 3'3>3-36 3^4‘3^4f35‘3-57 |.C 3 wsw4-15 +.21 4.26 >•32- 4-38 wby s,.07 5-13 5. ‘9 Weft 6.00 Gi'et LOO 5•44 3.29 ^‘3 +•57 4.40 4.2^ 4.04 3.4313.26 The Mariner*sCompafs ReSified. 83 ASun-Dial for the Latitude of 59 Degrees. NORTH DECLINATION, Deg. Min. 0d2 d 30m 5d7^ 30m lo-d i2 d 30m i5d 17 d 3ora 20 d22 'd 23 d 29II3 Point hmhmhmhmhmhmhmhmhmhmhm South 12 12 12 12 1212 IZ 12 12 12 12 3by w0-39 0.38 0'37 0.36 0-35 0-34 0.3Z 0.31 0.30 0.29 0.29 3SW1.18 i;i6 1.14 1,12 1. 10 1.08 1. 06 1.04 1. 01 1. 00 0.58 sw by s1.59 1.56 1-53 1. 50 1.47 1.44 1.41 1.38 >.-34 i- 3>1.29 sw2.42 2.38 2-35 2.31 2.27 2^.23 2.19 2.14 2.10 2.06 2.03 sw by w- 3.28 3'H 3-19 3-M 349 3.04 2.59 2.54 2.49 244 2.41 WSW' 4.17 4.12 4.06 4,01 3-.SS 349 343 3.3® 3-32 3.26 3-22 wby s3.08 5.02 4.56 4.50 4-44 4-38 442 4.25 '4.19 4-'3 4.09 Weft 6.00 5-54 548 5.42 5-35 5.29 5-23 5.16 5.09 S.04 4-59 vv by n6-35 6.29 6.22 6.16 6.10 6.03 5-58 5-53 wnw7.16 7.10 7.04 6.48 6.53 6,49 nwbyw 7-S 77.52 7.4«7.44 nw8.42 8.3a. Glet 6.0c 6.16 6-33 6.;c 7.08 7.27 7.46 8.07 8,29 8.49 9.05 Sun’s din dmdmdmdmdm' imdmdmdmdm Amp. o.oc 4.51 1.943 14.41 19,41 44. 53 30.12 35-43 41.37 46.40 50.451 S0UT.H DECLINATI0N. ,Deg. 0d2d5710 diz dIS d17 d20 d22 d23 d Min. 30in .30m 30m 3cm 29m Point hni hmli m1IP 1mhmhro hmhmhmhm South I21.2 12 12 12 '12 12 12 12 12 12 sby w0.39 0.40 0.41 0.42 '343 0.44 0.45 0.46 0,47 0.48 0.49 s s wI. j8 r.-20 1.22 1.24 1.26 1.28 I31 1-33 '•35 '•37 1.38 sw by £1-S 92.02 2.05 2.08 2.1 1 2.14 2. 18 2-21 224 2.27 2.29 sw2.42 2.46 2.50 2.54 2,58 3.02 3.06 3-11 3•.',5 sw byw 3.28 3-33 3-38 343 347 3-52 3-S 7 wsw4.17 4.22 4.28. 4-33 4-39 wby s5.08 5.14 5.19 Weft 6.00 ©fet 6.0c 544 5.27 5.10 4.52 4-33 4.14 3-S3 3.3' 3u]2-SS F2 84 The Mariner's Conipah ReSiified. ASun-Dial for the Latitude of 60 Degrees. NORTH DECLINATION. ~ Min. Deg. 0d2d]om 7dlO di2d 30m i; d17 d ^oni 20 d22 d23 d 29m Point h. mli mhmhmhmhmamhni hmtil hhm South 12‘12 .12 12 12 J2 1 2 12 .12 1 2 12 sby w0-39 0.38 ^37 0.3/ 0-3 50-34 0-33 3.32 0,31 0.3c 02g sswi.ig 1.17 i.ij I13 I.II '.09 1.07 1.05 1.03 l.Ol :> 00 ;w by i2.0c '•'57 '•54 r.51 1.48 1.45 1.42 '39 1.3.6 '•33 '• 3' sw2.44 2.40 2.36 2.32 2.28 Z.24 ^.20 2.i6 2. 12 2.08 .2.c6 whyw 3.29 3-25 i.zo 3.16 3.11 309 3.S1 2.56 2,51 2.47 2.44 wsw|,.U 4-13 i-o; y|...0 23-57 3-5'3.46 34*: 3'34 1.29 5.25 •V by s5-°3 457 4.51 4-45 4.40 4-34 ,.27 4.21 .|.i6 4.12 Well 6.0c 5.54 5-4«v42 3.36 5-31 5.24 ;.i8 5.11 506 S.02 wbyn 6.35 6.29 623 6. 17 6.1 1 6.04 5-59 5-55 W11 w7.16 7.10 7.04 659 6.34 6.50 nwbyw 7^57 7.52 7.48 745 nw•1.41 ^39 0fe't 6oc 5.17 '•35 65c 7.11 7.30 7-‘:i 8.13 8.36 8.58 3.16 Sun’s dni dmdn: dmdjii din dni dmdmdmdm Anipl; o'5.0c ro.2 :S.8 :0'. 18 2-.39 31.09 36,5s 43-10 48.32 52.5 SOUTH DECLINATION Deg. 0d2c/- 5^7IpC12 d15 d7d 20 d£2 d23 d Mim. ^om 30m 3'® ^om 29111 Point hmhmhmhmhin hni hmli ni hin hmii ni South 12 12 I212I212 I2I212 12 12 sby w=’•34 3,40 0.41 0.42 "43 0-4'0.4; 0.46 0.47 0.4 8-••49 ss\v 1.19 1.21 r. 231.23 1-27 I29 1-3'1.33 '35 ‘•37 1.38 svv by s2,.00 2.03 •2.06 2.09 2. 122,15 2. 18^.2 12.24 2.27 2.2^ sw2.44 247 2.31 2.55 259 3-°3 :.o- 3-‘5 .vv by'w 3zjt 3-34 3-3'- 3-43 t48 3-53 cn 00 vv sw4'1 8 4-23 4. 28 4-3i439 wby s5.08 3.14 5.20 W’efl; 6,00 0fet ^.0.: 543 7.25 4.<-;8 .1.49 '• 3‘^ 4.09 147 324 3. O’ 2.44 The.Marinefs Compafs Re£lified. 85 - “Jhe Defcription and Ufe of ibf foregoing Sun-Dial TABLES^ THKSE 7'ables, are intitled at the Head of each Page thus :dSun-Dial for the- Latitude'of ODegree ;the next is, /I Sun-Dialfor the Latitude of iDegree^ z.n^ Do on orderly unto 60 Degrees, making in all 6i_ Dials; from Page 24 to Page 84. Each Dial hath two Tables, the uppermoft for North Declination, the lowermolt for South Declination, and 12 Columns in each Table: At the Head of each Column, and right againft Deg. Min. are the Degrees of Declination thus ;Iod. I2d. 30m. I5d. I7d.3orn. [lod. 12d. 30m. ]i5d. 1Iyd. 30m. j 2od. I22d. 23d. 29m. d. {landing for Degrees, and m. for Minutes. Under thofe Degrees and Minutes of Declination in each Column is fet h. m. h. Hands for Hours, and m. - for Minutes of an Hour. lu the Left-hand Column of each Table under Points,' at the Head, are the Points of the Compafs, thus. South, S. by W. SSW. SW. by S. SW. IDc. S. by W. ftandingfor South and by Weft ;SSW. for South South Weft; SW. by S. for South Weft by' South, and fo for the reft. At the Foot of each Table, is the Sun's Setting and Sun’s Amplitude, agreeable to thofe feveral Declinations at the Head of each Column; and are diftinguifhed from the reft by the Words in the Left-hand Column, thus, © fet. Sun’s Amplitude, or fo much of them as the Column can contain. Note, the Sun’s fetting is annexed to each Table, but the_ Sun’s Amplitude only-to that for Nortli Declination, becaufe it’s the fame (as to Quantity) for South Declination. The Sun’s fetting is Hours and Minutes, but the Amplitude. is Degrees and Minutes, having (d) over the Degrees-, and mover the Minutes. - F3.% 86 "^he Mariner's Comfajs ReQified. By thefe Tables (being Sun Dials for all Latitudes) may be known the Time fthe Day, the Sun being vilible in any Part of the Demifphere as true and exadi: as though he was upon the Meridian ;Alfo his Riling, Setting, and Amplitude.. The like may be known by any Star, whofe Declination doth not exceed 23d. zgm. as will be evident by the following Propofitions. Tropofttion i. 'T 'HE Latitude of aPlace, the Sun’s Declination, and his Bearing being given ;to find the Hour of the Day. Note, By Bearing is meant the Azimuth or Point of the Compafshe isuponj and that is found by fetting the Sun with an Azimuth Compafs, which is the trueft Way, proper Allowance being made for the Variatiou, and is to be preferred before fetting the Sun with acommon Compafs. 7he Refolution of this Propojition is thus ; j. Seek in the Sun Dial Tables for the given Latitude. 2. At the Head of the Table feek the given Declination, or the neareft to it. 3. Find the given Bearing among the Points of the Compafs jn the Left-hand Column. 4. Then look ftraight to the Right-hand of the Bearing, till you come right under the Declination (before found) in the Head of the Table, and what Number you find there is the Hour, required. '"i Example i. In the Latituae of 30 Degrees, the Sun having 15 Degrees North Decimation, 1defire to know at what o’clock the Sun cometh upon the SW. Point of the Compafs ? Look'for the Table belonging to the Latitude of 30 Degrees, which is in Page 54, and iri the Head thereof, feek for 15 Degrees in the,Column under North Declination, sMd on its Left-hand Side for SW. and.then in thecommon .^ngle of Meeting you 'vyiil find the Hour of the Day to be oh. 58m. that is 58,(|Sffin.- pall 12 o’Clock, the Time required. Ettample ^he Manner's Comfajs KeSiiJied. .8/ ExanrpU 1.Idefire to know at what o’Clock the Sun cometh to the SW. in the Latitude of 30 Degrees, his Declination being 15 Degrees South ?Jnjiver, 34 Minutes paft 2o’clock. For if you turn to the Dial for Latitude 30 Degrees, in 54? in the Table for South Declination leek I5d. at the Head of.it, under which, and right againft SW. (on the Left-hand) you will find 2h. 3401. the Tin e of the Day required. .. If the Decimation be not the fame with the Declination in the Head of the Table ;then look under that DecI ination which is neareft to the Declination propofed. But more exadlly thus, Find the.Hourfor the next Declination both left and greater than the Declination profojed, and take the Difference of thofe Hours, as alfo of the Declination belonging to them ;Then fay, As the lall Difference is ta the firft Difference ;fo is the Difference between the Declination propofed and the next lefs in the Table, to afourth proportional, which add to (when the Hour in the Fable increafeth) or (when it decreojeth) fubflraff from the Hour belonging to the lefs Declination aforefaid, and you will have the Hour required exatf to the Declination propofed. .., Example 3. Admit the Declination to be 18 Deg. 20 min. North, Idefire to know at what o’Clock the Sun cometh upon the WSW. Point of the Compafs, in the Latitude of 30 Degrees ? Tn the Table, the neareft Number to 18 Deg. 20 Min. is ryd. 30m. Then under lyd, 30m. and againft WSVV. is ih. 42m. which fheweth that the Sun cometh upon the WSW. Point of the Compafs, at 42 Min. paft one o’Clock. Now becaufe the Declination propofed, and the Declination in the Head of the Table are fomewhat 'iiTerent ;therefore you may make, aProportion very eafily, thus, under jyd. 30m. and againft WSW. you will find F4ih. 54 Mariner’s Compajs ReSiified. upper Circle reprefenteth the Compafs that you fteer by, which is fubje.vt to Variation :But the outward or under Circle reprefenteth atrue Compafs that never varieth. An^ by It you may readily reftify your Compafs when it doth vary ;thus. Always-bring the true Point of Riling or Setting on the outward or under Compafs to touch the falfe Pointof Rifing or Setting on the inward or upper Compafs, there let the Inftrument hand. As in the foregoing Propofition ;The Eaft Point is the true Point of Rifing, and ESE. Point is the falfe Point of Rifing ;therefore bring the Eaft Point on the outward or under Compafs, to touch the ESE Point on the.invyard or upper Compafs. Then the Points that are on the outward or true Comjiafsdo explain the Points that are upon the inward or fteering;C©rhpafs ;fo that according to this .Obfervatiohi the NNii'.'t’pint on your Compafs, is the true North Point ; and the '^oEtht's the' true NNW. and the NW. is the true WN'W'. an^ the Weft the true W'SW. Point ;as plainly appears by' the- Redlifier, Note, The true Points are always counted on the outward Circle or Compafs. • •iThis Inftrument in Wood, is larger than this Figure, •and. there the Points are divided into Halves and Quarters; ;as alfo each Compafs (in fome) is divided into 360 Degrees niumbercd from the North and South, (both ways) towards the Eaft.and Weft, ending therein 90 Degrees. '-A'.rightKnowIedge of the Quantity and Quality of the of the Compafs in different Latitudes and Longitudes; is of the utmoft Importance, not only in the prejCeding Propofition, biit in all others where are required, and efpecially in corredling the Cnurfes fteered by aShip at Sea ;for which Purpdfe an accurate Vai'iation Chart conftrudtqd from more than FiftyT'houfand adtual Obfervations, by IVilliom M'Witaine^ F,.R,, SV fold by Mount and Page, bn Tower Hill. jThe.' Propofition 3- find the Sun's Riftng, Seitingy or tude by the Tables of the Sun's Dials.. I.N the Tfible for. the Latitude of the Place, feek ,clination, under which, and againlL© Jety ,is the Sun’s :Seizing >vand agai,nft Sun’s JmpU .is the Amplitude. \‘-And 95’fhe Mariner's Compafs ReSitfied. And if you fubflradl the Sun’s Setting from 12 Hours, it gives its Riling. Example ^o. Latitude 50 Degrees North, Sun’s Declination 20 Degrees North, Idemand his Rifing, Setting, and his Amplitude. In the Table for 50 Degrees (in Page 74) feek the Declination 20 Degrees North at the Head of the Table, under which, and right againft ©fet is 7.43, which, flievveth. the Sun fetteth at 43 Minutes after 7in the Afternoon ; which fubtraft from 1ah. the Remainder 4h. 17m. is his Riling. In hke Manner under the Sun’s Declination 2od. and againft Sun’s Amp. is 32d. 8m. the Sun’s Amplitude; that is, ..Eall Northerly at his Rifing, but Weft Northerly at his Setting. •. Note I. The Amplitude is always of the fame Name with the Declination, for that Reafon the Amplitude is fet only for North Declination, being the farne in Qi^iantity for S'outh Declination, only in Quality it is the contrary. Note 2. The Sun’s Riling forNorth Declination., is the Setting for South JDeclination ;For that Reafon, the Table hath only 0fet, both for North and South Declination :Yet they ferve.for both Rifing and Setting, by looking contrary to the given Declination. Wherefore to find the Sun’s Riling when he hath North Declination, look under South Declination ;and when he hath South Declination (to find his Rifing) look under North Declination. Note-p,. In South Latithde with South Declination, alfo in South Latitude with North Declination, the Sun’s Rifing and Setting is the fame as in North Latitude with North Declination, as alfo in North' Latitude with -South Declination. 'There Xhe Mariner’s Compafs ^e5l.ified. 97 ^ Therefore thofe Tables are as iifeful in South Latitude as ^ in North Latitude; if North Declination in thefe'Tables ; be counted for South, and South for North. .^/. Note 4. The Rifing, Setting, and Amplitude of any-' Star "(whofe Declination doth not exceed the Sun’s greateft Declination) may be found by thefe I’ables ;provided it’sjf Southing, or Time of the Star’s coming to or on the Meridian, be known .-"i For. the Time of Sun-fetting in thefe Tables for an^iLa^? titude, is aStar’s half Continuance above the Horizon, " having equal Declination, and the fame kind with the Sua » for the fame Latitude, '•' ;s Therefore the half Continuance of aStar' above the « Horizon (found in thefe Tables as before difedled) added to, and fubtradled from the Time of the Star’s coming to or on the Meridian; the firft is the Star’s "Setting, and the ' latter it’s Rifing, - Examples of this Nature yoq vvill find in the Ufe of the next Tables of Semidiurnal and' Seminodlurrial Arches, to'^- which you are referred. ^ The Amplitude of aStar by the fdregoing Tables is -r found as the Amplitude; of the Sun was, which is more.i fully treated on in the Ufe of the Table of Amplitude in e Page 146. Aftronomic TABLESpf Semidiurnal .andfSeminodlurnai Arches :Shewing the true Time of the Su'ii’s Riling' and' Setting; .'with 'the .0 Length of ithe Day and Night, for 'any Day in the Year; fitting all; Places in ,th.fe: World,,^ where the Pole is not elevated above ;6oi Degrees, either North or South ;and to laft ivith Ex- ^ aftnefs, as long a? God uphsld&th the ,Courfc « of Nature. G 89 ^he Mariner's Compafs ReSiified. ATABLEfliewing the Semidiurnal Arch, or Time of Sun-fetting, when the Sun hath North Declination; and the Seminodlurnal Arch, or Time of Sunrifing, when the Sun hath South Declination. ' The Degrees of Latitude. 0C/3 1=I234S6 w» eo* •HMHM, HMHMHMHM o‘. 06 00 06 00 06 00 06 00 06 00 06 00 1.06 00 06 00 0,6 00 06 ooi 06 00- 06 00 206 00 06 00 06 00 06. 00! 06 01 06 01 306 00 o6» 00 06 01 06 'oi'* 06 Oi 06 01 406 00 06 00 06 01 06 01 06 01 06 02 506 00 06 00 06 01 06 o7 06 02 66 02 6;06 00 06 01. 06 01. 06 02 06 02 06 03 706 00 06 01 06 01 06 02 06 02 06 03' fcl 8: 06 00 06 01 06 02 06 02 06 03 06 03 w9 A- 06 01 601 06 02 06 03 06 03 06 04 010 06 01 06 01 06 02 06 03 06 04 06 04 11 06 01 06 01 06 02 06 03 06 04 06 os d12 06 01 06 02 06 02 06 03 06 04 06 05 13 06 61 06 02 06 03 06 04 06 ‘OJi 06 06 ti S- »4 0$ 01 06 02 06 03 06 04•06 05 06 c6 0 SIS 06 01 06 ’02 06 03 06 04 06 OS c6 06 16 06 01 06 02 06 03 06 05 06 06 06 07 17 06 0] 06 .02 06 04 06 05 06 06 06 07 18 06 01 06 03 06 04 06 °5 06 07 06 08 19 06 OJ 06 93 06 04 06 05 06 .07 06 08 26 06 bi 06 03 06 04 06 .06 06 07 06 09 21 06 02 06 03 06 os 06 06 06 08 o6- 09 22 06 02 06 03 06 05 06 06 06 08 06 10 23 06 02 06 03 06 05 06 07 06 09 66 10 *3 .29 06 02 06 04 06 os 06 07 06 09 06 1 1 'The Mariner's. Com'^g^s ReSified. 99 ' ATABLE (hewing the Semidiurnal Arch, or Time of Sun-fetting, when the Sun bath North Declination, ;and the Seminofturnal Arch, or Time of Sunrifing, when the Sun hath South Declination. The Degrees of Latitude. ac/3 C7b910 12. 'n v-** 3^ cn HMHMHMHMHMHM 0of) 00 06 00 06 00 06 00 06 00 06 op J06 00 06 00 06 01 06 01 06 01 06 '01 206 01 06 01 06 01 06 01 0^ 02 06 02 306 01 06 02 06 02 06 02 06 02 o503 4o502 06 02 06 02 06 03 06 03 06 04 5c6 02 06 03 06 03 06 04 06 04 06 •04 606 03 06 03 06 04 06 04 06 05 06 ®5 706 03 06 04 06 04 06 os 06 05 06 '06 08c6 04 06 04 06 05 06 06 06 06 06 ' 07 CTQ -« ft! 906 04 06 05 c6 06 06 06 06 07 06 08 n> w 010 06 05 .06 06 06 06 06 07 06 08 06 09 1 1 06 05 06 06 06 07 06 08 06 C906 09 12 06 06 06 07 06 08 06 09 06 09 06 '10 13 06 06 06 07 06 08 06 09 06 JO 06 11 y pH06 07 06 08 06 09 06 10 06 11 06 '12 0 pIS 06 08 06 09 06 10 06 1 1 06 12 06 '13' i6 06 o306 09 06 -10 .06 12 06 13 06 14 17 06 09 06 10 06 11 06 12 06 14 06 IS 18 o6- 09 06 10 06 12 c6 13 06 14 06 ‘16 '9 06 lb 06 11 06 13 06 14 0^ -15 06 17 20 06 10 06 12 06 14 06 IS 06 16 0^ 18 21 06 11 06 12 06 14 06 16 06 17 06 19 2Z06 11 06 13 06 IS 06 16 06 18 06 20 23 06 12 06 14 06 IS 06 17 06 19 06 21 *3.29 06 12 06 14 06 16 06 17 lp6 ,19 06 2J iJtSA; Ioo ’J’he Mariner's Compajs ReSified. ATABLEfhewing the Semidiurnal Arch, or Time of Sun^fetting, ’ivhen the Sun hath North Declination ;and the Seminodlurnal Arch, or Time of Sunrifing, when the Sun hath South'Declination. The Degrees of Latitude. ac13 >4 >S 16 17 18 !!. cn HM H MHMHMH(M HM 006 00 06 00 06 00 06 ,00 06 00 06 00 Ig6 01 06 01 06 01 06 01 06 01 06 O'l 2:06 02' 0.6 02 06 02 06 02 06 02 06 .02 306 03 06 03 06 03 06 °3 06 04 06 04 406 04 06 04 06 ®4 06 OS 06 os 06 os "5^ 06 °5 06 "°s 06 °5 06 06 06 06 06 06 606 06 06 06 06 06 06 07 06 07 06 08 706 06 06 07 06 07 06 08- 06 09 c6 09 O806 07 06 08 06 09 06 09 06 10 06 10 OQ M n> 906 08 06 09 06 10 06 10 06 1106 12 rt v>10 06 09 06 10 06 11 06 12 06 12 06 -13 1 1 06 10 06 n06 12 06 13 06 13 06 14 U12 06 11 06 12 06 13 06 14 06 15 06 16 ft 13 06 12 06 13 06 14 06 IS 06 16 06 •7 y14 06 13 c6 14 06 IS 06 16 06 17 06 19 o ?15 06 H06 IS 06 16 06 18 06 19 06 20 16 06 15 06 16 06' i8 06 19 06 20 06 21 j; 06 16 06 17 06 19 06 20 06 21 06 22 18 06 '7 06 .19 06 20 06 21 06 24 06 24 19 06 .18 06 20 q6 21 06 23 06 24 06 26 420 06 19 06 21 06 2206 24 06:. ZS 06 27 -21' q6 20 06 .22 06 24 06 25 06 27 06 29 22' 06 :2i 06 23 06 ZS 06 2? .06 28 06 30 '23 '06 :22 06 24 06 26 06 28 06 30 06 32 23.29 06 '23 06 2S bd 27 06 29 06; 31 06 33 ' Hhe Mariner's CoMpaJs Rectified. loi ATABLE (hewing the Semidiurnal Arch, or Time of Sun-fetting, when the Sun hath North Declination ;and the Seminodfurnal Arch, or Time of Sunrifing, when the Sun hath South Declination. The Degrees of Latitude . oC/3 I9'20.2I2 2 23 24 n !-• •tn HMHMHIVI HMHMHM 006 CO 06 00 06 00 06 00 06 00 06 00 106 01 06 01 06 01 06 02 06 02 06 02 206 03 06 -03 06 03 06 03 06 03 06 03 306 04 06 04 06 05 06 05 06 05 06 os 406 OS 06 06 06 06 06 06 06 07 06 07 506 07 06 °7 06 08 06 08 06 09 06 09 606 08 06 09 06 09 06 10 06 10 06 1 1 706 10 06 10 06 1i06 11 06 12 06 13 a806 1 1 66 12 06 1 2 06 13 06 14 06 14 oS t. 906 13 06 13 06 14 06 IS 06 IS 06 16 o> o10 06 14 06 15 06 16 06 16 0,6 17 06 18 1I06 >5 06 16 06 17 06 18 06 19 06 20 oI266 «7 06 i8 06 *9 06 20 06 2.1 06 22 13 06 18 06 >9 06 20 06 21 06 23 06 24 .p 14 06 20 06 21 06 22 .06 23 06 24 06 25 d 906 21 06 42 06 24 06 2? 06 26 06 27' 16 o'6 23 06 24 06 25 06 27 06 28 06 29 »7 06 24 06 25 06 '27 06 28 06 30 06 31 18 06 26 06 27 06 25 c630 06 32 06 33 >9 06 27 06. 29 06 30 06 32 06 34 q6 35 20 06 28 -06 30 06 32 06 34 06 36 06 37 21 06 30 06 32 06 34 06 36 0*5 37 ,06 39 22 06 3'o'6 33 06 35 06 37 06 ,39 06 41 23 06 33 q6 3S06 37 06 39 06 41 06 43 23.29 06 34 06 36 06 38 06 40 06 ¥-o6-- 44 102 ’The Manner's Comfajs ReSiijied, ATABX> Efliewing the. Semidiurnal Arch, or Time ,of Sun-fetting, when the Sun hath North" Declination ;and the Seminofturnal Arch, cr Time of Sunrifing, when the Sun hath South Declination. The Degrees of Latitude. fD S25,26 27 282930 V) HMHMHM.H, MHMHM c06 00 06 00 06 00 06 00 06 00 06 00 306 02 06 02 i66 02 06 02 06 02 06 02 206 04 06 04 '061 04 06 04 06 04 .06 05 306 06 06 06 06 06 06 '06. 06 07 ]o6 .„07 406 07 06 08 06 oSi 06 09; 06 09 '06 09 506 09 06 10 06 10 06 1106 1X06 12 606 1106 12 06 12 06 13 06 13 06 14 06 >3 06 14 06 14 06 15 06. 16 06 16 a806 IS 06 16 06 16 06 17 06 18 06 ‘9 9 O06 17 06 18 06 19 06 19 06 20 06 21 Vi o10 06 19 06 20 06 21 06 Z206 23 06 23 06 21 06 22 06 23 06 24 06 25 06 26 g12 06 23 06 24 06 25, o& 26 06 27 06 28 5-' 3 06 25 06 26 06 27 '06 28 06 29 06 3* S.h; 06 27 06 28 06 29 06 30. 06 32 06 33 •15 06 29 06 30 06 3.1 06 33 06 34 o&36 i6 06 31 06 32 66 34 06 35 06 37 06 38 »7 06 33 06 34 06 36 06 3,7 06 39 06 4> i8 06 35 06 3^> 06 3«!o6 40 06 4.2 06 43 19 06 37 06 39 06 40 '06 42 06 44 06 46 20 06 .39 06 41 06 43 06 45 06 47 06 48 21 06 41 06 43 06 45 06 47 06 49 06 51 22 o5 43 06 45 06 48 06. 50 06 52 06 54 23 o5 46 06 48 06 5°06. 5*- 06, 54 06 57 23-29 06 47 06 49 06 51 06 53 06 55 06 58 ft. fI' I') The Manner's Compafs ReSlified, 103 ATABL E fhewing the Semidiurnal Arch, or Time of Sun-fetting, when the Sun hath North Declination jand the Seminoflurnal Arch, or Time of Sunrifing, when the Sun hath South Declination. The Degrees of Latitude, aCO c3>32 v33 34 35 36 03^HMHMHMHMHMHM 006 00 06 00 06 do 06 00 06 00 06 00 106 02 06 02 06 03 06 03 06 03 06 03 206^ 05 06 Oi 06 05 06 05 06 06 06 .06 306 07 06 08 06 08 06 08 06 c8 06 09 4c6 10 06 10 06 10 06 XI06 1106 12 s06 12 06 13 06 13 06 >4 06 14 06 15 606 15 06 15 06 1 6 06 16 06 »7 06 18 706 »7 06 18 06 iS 06 •9 06 20 06 20 0806 ‘9 06 20 06 21 06 22 06 23 06 23 CTQ fD 906 22 06 23 06 24 06 25 06 25 06 26 S’ 10 06 24 06 25 06 26 06 27 06 28 06 29 -n 1 1 06 27 06 28 06 29 06 3° 06 31 06 32 012 06 29 06 31 06 32 06 33 06 34 06 36 13 06 32 06 33 06 34 06 36 06 37 06 39 P d. '4 06 34 06 3(> 06 37 06 39 06 40 06 42 0 3c6 37 06 39 06 4®06 42 06 43 06 45 16 06 40 06 41 06 43 06 45 06 46 06 48 17 06 42 06 44 06 46 06 48 06 49 06 5* 18 06 45 06 47 06 49 06 51 06 53 06 55 '9 06 48 06 50 06 52 06 54 06 56 58 20 06 s-‘ 06 53 06 55 06 57 06 59 07 01 21 06 53 56 06 06 5«07 00 07 02 07 c- 22 06 56 56 08 07 01 07 03 07 06 07 08 23 06 59 of OX 07 04 07 06 07 09 07 12 23.29 °7 01 07 03107 06 07 08 07 1 1 07 »4 G4 no ^he Mariner'sCompajs Rectified. Thefe Tables will ferve as well in South Latitude as in North, with this Alteration only :When in South Lati-' tude, then ufe South Declination there, as you do North Declination here in North Latitude. For then thefe Tables (hew the Semidiurnal Arch, or the Time of Sun-fifing, when the Sun hath South Declination ;and the Seminocfturnal Arch, or the Time of Sunfetting, when the Sun hath North Declination. Example 4. Let it be required to find the Time of the Sun’s Rifing and Setting, with the Length of the Day and Night, for the 4th of May, 1787, in Latitude 46 Degrees South. At which Time the Sun’s Declination is 16 Degrees 00 Minutes North ;with which enter the Table, and the Seminodturnal Arch is 7Hours 9Minutes the Time of Sun rifing ;whofe Complement 12 Hours is the Semidiurnal Arch, or Time of Sun-fetting, which is at 51 Minutes paft 5of the Clock. H. M. The Seminodlurnal doubled [•^9 I07 :09 The Length of the Night, May, 4, 1787, in 7„ Latitude 46 Degrees South— JH:18 The Semidiurnal Arch doubled •——.5•5^ t04 ;51 The Leirgth of the Day, the 4th of May, 7 1787. Latitude 46 Degrees Southj09 •42 Example 5. Let it be required to find the Time of the Sun’s Rifing and Setting, with the Length of the Day and Night,- for the nth of December, 1783 in Latitude 53 Degrees South. At which Time the Sun’s Declination is 23 deg. 3min. South; with which enter the Table of Semidiurnal Arches, fefc, and you will find as follows. H. M. ^he Manner's Compafs Re5iijied. Ill H, M. 12:oo The Semidiurnal Arch, or Time of Sun-fetting o8 ;rj The Seminodlurnal Arch, or Time of Sun-rifing 03 :43 The Length of the Day »-' Length of the Night, December ii, 1783 Latitude 53 Degrees South -j6 :34 I07 :26 'To find the Time of aStar’s Rifing or Setting, "D ytbefe Tables the Time.of the Riling and Setting'of. all the Stars in the Hearens (whofe Declination do not exceed the Sun’s greatefl: Declination,) in any Latitude that the Tables contain, and at any Time of the Year, is found in this Manner. If the Star hath North Declination, and you are in North Latitude, look for the Latitude in the Head of the Table, the' Declination on the I^eft-hand, and in the common Angle of Meetihg is the Star’s Semiappafent Arch,or half the Time of the Star’s Continuance above the Horizon, in^ that Latitude ,or the fpace of Time which that Star takes in afeending from the Horizon to the Meridian, on the ' Eaft-lide ;likewife defeending from the Meridian, to the Horizon, on the Weft-fide of the Meridian. Now, if ;you fubtradt thefe Hours and Minutes from the Time of the Star’s coming to the Meridian, the Remainder will be the Time of the Star’s Riling :And if you add, the Sum will be the true Time of the Star’s Setting. Example 6.Let it be required to ffnd the Time of the Riling and Setting of the Bull’s Eye^ November the 36th in the Latitude of 52 Degrees North :The Declination of the Star is 16 deg. North ;the 30th Day of November this Star cometh on the Meridian at 56 Minutes pall 11 of the Clock at Night, h; 'm.'' II 2‘The MarinefsCom^qfs ReSiified. H. M. The Time of the Star’s Southing -----11:56 The Semi-apparent Arch, fubtraii; ----07 ;26 The Time of the Star’s Riling in the Evening -04 :30 Time of the Star’s Setting in the Morning, --07 :22 Note I. If the Sum of the Addition exceed 12 Hours, caftaway 12 Hours ;the -Surplus is the Star’s Setting. 2. And when you can’t fabtraft, add 12 Hours to the Star’s Southing, and .then fubtrasS :What remains is it’s Riling, " Example 7'.' I'defire to know the Time of the Riling and Setting of the “Bull’s 'Eye, the 3dfh Day of November, in the Latitude'of 13 Degrees North The Decliiia'tion of the Bull’s Eye 16 deg. North ? H. M. The Time of the Star’s Southing -----ii :56, The Semiapparent Arch, fubtraiR ---06 :15 The Time of his Riling in the Evening ---05; 41. The Time of his Setting in the Morning --06 :ii .Ifthe Star hath South Declination, and you are in North' Latitude, look (as before) theJLatitude, in the Head of the Table, the Declination on the Leftfide, and in the common' Angle of Meeting is the Star’s Semi-deprelTed Arch ; which fubtradt from 12 Hours, the Remainder is the Star’s Semi-apparent Arch, or half the Time that the Star doth continue above the Horizon in that Latitude: Therefore fubtradl thofe Hours and 'Minutes from the Time of the Star’s coming to the' Meridian, adding 12 Hours to the Star’s Southing^ if otherwife Subtradtion cannot be made, the Remainder will be the Time of the Star’s Rifing; and if you add, the Sum will be the Time of the Star’s Setting. Ezample ^he Mariner's Compafs Rectified. i Example 8. Let it be required to find the Time of the Rifing aiid Setting of the Bright Star in the Great Dog's Mouthy the 15th Day of November^ in the Latitude of 50 deg. North, The Declination of the Great Dog's Mouth, is i6d, 24m, South, and its Southing is 3Hours, 12 min. ill the Morning, the 25th of November. H. M. TThe Time of the Star’s Southing is -•--03 ;12 To it add --- -- -- -- -- 12: 00 The Sum is --- -- -- - The Semi-deprefled Archj by the Table is Which fubtradi from - - ---. IS :12 07 12 22 00 04 :38 The Reniainder is the Sem{-apparant Arch - Time of Southing with 12 Hours added is - The Semi-apparent Arch fubtradl --- Time of the Star’s Rifing in the Evening -. Time of the Star’s Setting from Noon, or 50 1 min, paft 7in the Morning .- ---j Example 9, Idefire to know the Rifing and Setting of Great Dog, the oi November, in the Latitude of 30 Degrees North. IS -12 04 :38 10 ;34 19 :50 H. 6; 12 ; M. 12 5 15 39 00 21 12 Time of Southing with 12 Hours added The Semi-deprefTed Arch, by the Table, is - Subtract from --- -- -- -- Remainder of the Semi-apparent Arch -- Time of Southing, with 12 Hours added, is - Subtraft, gives the Time of the Star’s rifing in i the Evening -1 Added, gives the Star’s fetting in the Morning, when 12 Hours are fubtrafted --- Jn South Latitude, to know the ‘Time of Rifing and Setting of the Stars. Proceed with thofe Stars that hath North Delination in South Latitude, as with Stars that have South Declination in North Latitude. HExample- 9:51 8:33 114 ^he Mariner’sCoittpafs Refiijied. Example ib., Let it be required to find the Time of the Rifing and Setting of the Bull's Eye the i8th Day of November, in the Latitude of 42 Degrees South. The Declination of this Star is 16 Deg. 00 min North : the i8th Day of November, this Star cometh upon the Meridian 3147 min. paft 12 in the Morning, H. M. The Semi-deprefs’d Arch, by the Table is '07 :oS Which fubtradb from ———12 ;00 The Remainder is the Semi-apparent Arch -« -04 :52 The Time of the Star’s Northing is 12 :47 The Semi-apparent Arch, fubtrail: —<04 :52 Time of the Star’s Rifing in the Evening <07 :47 Time of the Star’s Setting in the Morning 05’: 47 in like Manner the rifing and Setting of any Star (whofe Declination exceedeth not the Sun’s greateft) may be found in any Latitude, from the Equinoctial to 60 Degrees, either North or South. ASTRONOMIC TABLES, Shewing ihe Points of the Sun dhdSitzrs Rife and Set upon. Bein^ of excellent Ufe for readily finding the Variation of the Compafs ;and may be performed by an ordinary Meridian. Compafs, but more exaCtly by an Azimuth Compafs. Fitting all Parts of the World, where the Pole is not elevated above 60 Deg. either North or South. Ihe Mariner's Comfafs Rectified. "5 Latitude oDegree. Latitude rDegree NorthDec Dec. South Dec. NorthDec. Dec. South Dec- Ori 1©fet d, m. ©ri 1Gfet ©ri 10fet d. m. ©ri 1©fet Eaft Weft 0.00 Eaft Weft Eaft Weft 0.00 Eaft Weft -I2.49 I12.49 I 25-37 2 2 ,38.26 '3 3-8.26 3 ' ebn wbn II. 15' ebswbs ebn wbn II. 15 ebswbs i14.04 1114.04 I z16.52 2 2 16.1; 22 319.41 3319,41 3 ene Wnw 22.30 esewswene wnw 22.30 esews w Latitude 2Degrees. {Latitude 3Degrees. NorthDec. Dec. South Dec. jNorthDec. Dec. South Dec. ©ril 0fet d. m. ©ri |©fet ©ri 1©fet d. m. ©ri 1©fet Eaft Weft 0.00 Eaft Weft Eaft Weft 0.00 Eaft Weft 12.49 11249 1 222S-37 2 u3,8.26 3,38.25 3 ebnwbn II. 15 ebswb sebn wbn 11,14 ebswbs 114.04 1114.03 1 216.52 2216. ?i 2 319.40 33i9‘39 3 ene wnw 22.29 esewsw ene wnw 22,27 esewsw 116 The Mariner's Compafs ReSiified. Latitude 4Degrees, Latitude 5Degrees NorthDec. Dec. South Dec' NorthDec. I Dec. South Dec. Oii 1©fet d. m. ,ri j©fet ©ri 1©fet d. m. .ri [©fet Eaft Weft 0.00 Eaft Weft Eaft Weft 0.00 Eaft Weft. IZ.48 II2.48 1 25-37 225-36 2 ,38.25 338.24 ebn wbn 11.14 ebs wbs ebn wbn 11.12 ^ ebs wbs I14.02 1I13.01 1. 216.50 2s16.49 2 i19.38 3319.36 3 ene wnVy > 22.25 esc wsw ene wnw 22.23 esc wsw Latitude 6Degrees. Latitude 7Degrees. NorthDec. Dec. South Dec. NorthDec. Dec. South Dec 0ri-| ©fet d. m. 0ri| ©fet (T ri 1©fet d. m. ©ri| ©fet Eaft Weft 0,00 Eaft Weft Eaft Weft 0.00 Eaft Weft 12.48 II2.48 1 25-36 22S-3S2 38.23 ,3,3, 8.22 3 ebn wbn 11.11 ebs wbs ebn wbn I1.09 ebs wbs 113-59 Iz'3.57 1 216.47 '2216.45 2. 319.32 3319.32 3 ene wnw 22.21 esewsw ene wnw 22.19 ese wsw ^he Mariner's Compajs Rettijied. I17 Latitude 8Degree. Latitude 9Degree NortliJJec Dec. 1South Dec. NorthDec. Dec. South Dec- Ori 1©fet d. miori 1Olec Ori 1Ofet d. m. ©ri )©fet Eaft Weft I z ,3 cbn wbn I' 2, 3 en ewnw o..oa 247 S- 3S 8.21 11.08 »3-SS 16.42 19.29 21.16 Eaft Weft I % ,3 e0swbs 1 2 3 esew6w Eaft Weft 1 2 ,3 ebn wbn 1 2 3 enewnw 0.00 2.47 5-33 8.20 11.06 '3-S 3 16.40 19.26 22. 12 Eaft Weft' 1 2 3 ebswbs 1 2 3 esewsw Latitude 10 Degrees. Latitude 11Degrees. NorthDec. Dec. South Dec. NorthDec. Dec. South Dec. ©ri 10fet d. m. Ori )©l'et Ori 1©fet d. 'm. ©ri 1©fet Eaft Weft f 2 ,3 ebnwbn 1 2 3 en ewn\v o.co 2,46 S'32 8.18 11.04 13.50 16.37 19.22 21.08 Eaft Weft 1 2 3 eb5wb s 1 2 3 ese\yr s\v ^aft Weft' 1 2 ^3 ebn wbn 1 2- 3 ene wnw 0.00 246 S- 3» 8.17 11.03 13.48 16.33 19.18 22.03 Eaft Weft 1 2 ,3 ebswb s 1 2 3 ewsw ii8 “ .'The Mariner' s Compafs Rectified. Latitude 12 Degrees. Latitude 13 Degrees NorthDec. Dec. South Dec. NorthDec. jDec. South Dec. Gri 1©fet d. m. ©ri j©fet 0ri 10fet d. m. ©ri 1©fet Eaft Weft 0.00 Eaft VYeft Eaft Weft 0.00 Eaft Weft. 12.4; II2.4s I 2?-30 225.29 2 38.15 338.13 ,3, ebn wbn II. 00 ebswb sebn wbn10.57 ebswbs 1'3-45 1 I 13,42 I 216.30 2216.26 2 319.14 33ig.io 3 ene wnW 21.58 esewsw ene wnw 21.52 esewsw Latitude 14 Degrees. Latitude 15 Degrees. NorthDec. Dec. South Dec. NorthDec’. Dec. South Dec ©til ©fet d. rn. ©rij ©fet 0,© d. m. ©ri| ©fet Eaft Weft 0.00 Eaft Weft Eaft Weft 0.00 Eaft Weft 12.44 1 I 2-43 I 25.28 225.26 2 38. II 338.09 3 ebn wbn 10.55 ebswbsebn wbn 10.52 ebswbs Ii3-3«' II13-35 I 216. 22 2 2 16.17 2 319.04 3318.59 3 ene wnw 21.47 esewsw ene wnw A 21.41 esew«w The Mariner's Conifa/s ReSiified. 1 1 5 Latitude 16 Degrees. Latitude 17 Degrees. NorthDec. Dec. South Dec. NorthDec Dec. South Dec. ©ri 10fet d. ni. 0ri| ©fet 0ri 1©fet tn *p* ©ri !.©fet Eaft Weft 1 2 3, ebn wbn X 2 3 en ewn w 0.00 2.42 5.2s 8.06 £0.49 13 -3' 16.1 z 18.53 21.34 Eaft Weft 1 2 3 ebswbs 1 2 3 ese wsw Eaft Weft % 2 3 ebn wbn 1 2 3 ene wnw Eaft Weft 1 2 3 ebswbs 1 2 3 ese wsw 0.00 2.42 S-23 8.04 10.46 13.29 16.08 18.47 21 .27 Latitude 18 Degrees. Latitude 19 Degrees. NorthDec. Dec. South Dec, NorthDec. Dec. South Dec. ' 0ri 1Qfet d.jn. ©ri 1 '•fet ©ri j©fet d.m; ©ri|© fet Eaft Weft . 1 2 3 ebn wbn X 2 3 en ewnw 0.00 2.41 5.21 8.03 10.42 13.22 16.02 .18.40 21.20 Eaft Weft .3 2 3 ebswbs 1 2 3 ese wsw Eaft Weft 1 2 3. ebn wbn 1 2 3 ene wnw 0.00 2.4c 5.19 7-58 10.38 i3-*7 15.56 18-34. 21.27 Eaft Weft 1 2 ,3 ebwbs 1 2 3 es ewsw 126 The Mariner's Compafs ReSiiJied. Latitude 44 Degrees. Latitude 45 Degrees. North Dec Decl. Soyth Dec. North Dec. Decl. South Dec. ©ri 1©fet d. m. ©ri 1©fet ©ri 1©fet d. m. ©ri j0fet Eaft Well 0.00 Eaft Weft Eaft Weft 0.00 Eaft Weft I2.01 iI2.00 1 24-03 223-59 2 36.04 ^335-57 3 ebnwbn8.04 ebswbsebn wbn 7.56 ebswbs 110.04 1I9-54 I 212.03 e211.51 2 314.01 3313.46 3 ene wnw 1559 esewswene wnw 15.42 esew I17-54 I117.36 I 219.50 22.19.28 2 321.42 3' 321.19 3 nebenwbw 23-34 se be sw bw nebenwbw 23.08 sebe swbw Latitude 46 Degrees. 1I.atitude 47 Degrees. North Dec. Dec. South Dec. North Dec. Dec. South Dec. ©rij© fet d. m. ©ri j©fet 0ri 10fet d. m. ©ri|©fe'i Eaft Weft 0,00 Eaft Weft Eaft Weft 0.00 Eaft Weft 11.58 I 1 ^•' 1-55 I 23'S 52123-5°2 3S- 5 >313545 3 ebnwbn 7-47 ebswbs ebnwbn 7-39 ebswbs 19-43 I'19-33 I 211.38 2 2 11.25 2 313-32 33»3-i 73 ene wnw 15.25 esewswene wnw K.OT’es ews w I•7.>.7 I116.57 I 219.07 2 2 18.45 2 320.55 %320.3 1 '3 nebenwbw 22.42 sebe swbw nebenwbw 2!2.i6 nebenwbw tr*' The Mariner’s Compafs Rectified.127 Latitude 48 Degrees. Latitude 49 Degrees. ISiorthDec, Dec, South Dec. NorthDec. Dec. SouthDec. Gri) ©fet d. m. Gri IGiet ©ri 10fet d. m. Gri-1 0 fet Eaft Weft 0.00 Eaft Weft Eaft Weft 0.00 Eaft Weft I»-S 31-11.5 1 I 2346 22342 2 5-38 ,3,35-3J3 ebnwon 7-30 ebswb sebnwbn 7.22 ebswbs 29.22 11.9.10 1 111.12 2210,59 2 313.01 3312.46 3 enewnw 14.50 es ews wene wnw 14.32 ese wsw 116.38 I116.17 I 218,24 2218. 01 2 ,3 nebenwbw 20.07 21.^9 ,3 sebe swbw ^3 nebenwbw 19.42 21.22 13' sebe swbw I23.29 I123.01 I Latitude 50 Degrees. Latitude 51 Degrdtes. NorthDec. Dec. SouthDec. JSlorthDec. Dec. SouthDec. ©ri 1Gfet d. m. Gri j0fet 0ri 1©fet d. m, Ori 1Gfet Eaft 'Weft 0.00 Eaft Weft Eaft Weft 0.00 Eaft Weft 11.48 I11.46 '1 23-37 223-33 2 35.23 ,3, , 35.18 3 ebn wbn 7.12 ebswbs ebnwb n7.04 ebs wbs I8.^9 118.48 I 210.46 2210.32 2 312.30 3312.14 3 ene wnw 14.14 e8ewsw ene wnw 13.56 esewsw ID-S7 II'S'36 1 2*7-39 2217.16 2' 3 nebenwbw 19.18 20.55 3 sebe swbw 3 nebenwbw 18.52 20.28 3 se be swbw I22.31 1I22.01 I 23.32 2 128 ^he Manner's Compafs Rectified. Latitude 52 Degrees. Latitude 53 Degrees. NorthDec. Dec. South Dec. NorthDec. Dec. SouthDec. Ori| ©fet d. m. 0ri 1©fet 0ri 10fet d. m. ©ri Jo fet Eaft Weil 000 Eaft Weft Eaft Weft 0.00 Eaft Well I1.44 IIX.42 I 23-27 223-23 2 -35.1 i335.04 3 eb nwbn 6.54 ebswbsebli wbii 6.44 ebswbs 28.36 I 1 8.25 I X10.18 2210,04 2 311.58 3 3 1f.42 3 ene vvnw 13-37 esewswene wnw 13-19 ese wsw 115.16 I114-55 I 216.52 2 2 l6..2g 2 3'18.27 3318.01 5 nebenwbw 20. 00 sebe swbw nebenwbw '9-32 sebe swbw 121.31 1I2I.01 1^ 223.00 222.27 2 Latitude 54 Degrees. Latitude 55 Degrees. XvordiDec. Dec. 1SouthDec. NorthDec. Dec. 1South Dec. ri 1©fei d'. m.' 0ri jfet ri 10let d. m,j Gri 1©fet Eaft Weft 0,00 Eaft Weft Eaft Weft o.co Eaft Well 1139 I11-37 I 23>8 223-13 2 3S-37 3^34.49 3 ebn wbn 6-35 ebswbsebnwbn 6.25 ebswbs I8.13 II801 1 29,50 2,29-35 2V 311.23 3311.08 3 ene wnw I3.00 esewswene wnw 12.41 ese wsw I1433 j114. 121 216.05 2215.42 .2 317-35 3317.09 % nebenwbw 19.05 sebe swbw nebenwbw 18.35 sebe swbw 120.30 1I19.59 X 221.54 2221.21 2 1323.15 3323.30I 3 ’The Mariner's Compafs ReSiified. 129 Latitude 56 Degrees. Latitude 57 Degrees NorthDec. Dec, South Dec. NorthDec. Dec. SouthDec- ©ri )0fet d. m. Ori 1©fet Ori 1©fet d. m. ©ri| ©fet Eaft Weft 0.00 Eaft Weft Eaft V/eft 0-00 Eaft Weft X1-34 I11.32 1 23.09 2 2 3.04 2 ,3 eb nwbn 1 2 3 ene wnw 4.4.2 6.16 7*49 9.21 10.51 IZ.22 3, ebswbs 1 2 3 ese wsw 3, eb nwbri 1 2 3 ene wnw 4' 35 6.06 7-36 906 10.34 12.01 3 ebswbs 1 2 3 ese wsw 1 2 3, benwbw X I3-SO 15.18 16.42 18.06 ig.28 1 2 ,3 sebe swbw 1 1 2 3, nebenwbw I 13.28 14-53 16.16 >7-37 18.56 1 2 3 sebe swbw 1 220.47 2220.13 2 3 nenw .22.01 23.18 3 sesw 3 nenw21,27 22.39 3 sesW Latitude 58 Degrees. Latitude 59 Degrees, Eaft Weft 0.00 Eaft Weft Eaft Weft 000 Eaft Weft 1 2 3, ebnwbn 1.30 2.59 4.28 5.56 1 2 ,3 ebswb s 1 2 3 ebn wbn 1.27 2.54 4.20 5.46 1 2 3 eb swbs 1 2 3 7.24 8.51 10.17 1 2 3 1 2 3 7.11 8.36 lo.eo 1 i 3 ene wnw 11.42 ese wsw ene Wnw 11.22 ese wsw 1 2 3 nebenwbvv 13.06 14.28 15.48 17.07 1 2. ' 3 sebe swbw 1 2 3 nebenwbw 12.44 14.03 15.21 ‘6»37 1 2 3 sebeswbw 1 .2 -3 nenw 18.24 19.39 20.51 22.00 1 2 3 se sw 1 2 3 neirw 17^52 19.04 20.14 21,22 1 2 3 se sw I23.08 1i22,26 I 223,27 2 130 I’he Mariner's Compafs Re5lijied. Latitude 60 Degrees. North Declination. South Dechnunon. 0rife D. M0fet .rife D. M. 0fet Ealf 0.00 Weft Eaft 0.00 Weft 11.25 I1I.Z5 I 2.Z.49 222.49 2 34.12 334.12 3 eby n5-36 wby neby s5-36 wby s J659 II5.59 1 28.21 ,228.21 2 39.42 339.42 3 eneIl.OZ wn weseI1,02 wsw 1IZ. 2I1112.21 I 2<3.38 z2"3-38 2 3.I 4'53 33'4-53 3 nicby e16.08 nwbyw seby e16.08 swby s 117.20 1117.20 1 218.30 22.18.30 2 3*9-38 3.319.38 3 ne20.42 nwse20.42 SW 121.45 1.I21.45 1 222.45 2222.44 2 The Defcription and Ufe of the foregoing TABLES* Ij'^HESE Tables of the Points of the Compafs, (for the Sun, or any Star whofe Declination exceeds not 23 deg. 29m.) begin at Latitude odeg. and proceed orderly to 6o deg. (being fpme four, fome two Tabbies,' one Page) and fixty-one in all. '1 ,2i In each ^Table are five Columns} the middlemoft contains the Degrees of Declination, either* North or Squth} thofe two on each Side of it, marked 0rife O fet (under North or South Declination) ftand for Sunriiiing and Sun-fetting. i3* The The Mariner's Compafs ReSfified. 13 1 3. The firft and fecond Columns (under North Declination) as alfo the fourth and fifth Columns (under South Declination) contain the Points, and each Quarter of a Point of the Compafs, of both Rifing and Setting :Thus, EaU, Weji, under which is i, 2, 3;that is Eajl or Weji IQuarter, 2Quarters, 3/Quarters, Northerly or Southerly ; then E. by N. W. by N. under which is i, 2, 3;that is E. by N. or W. by N. iQuarter, 2Quarters Northerly, &c. Thefe Tables are ready Helps for finding the Variation of the Compafs with Eafe, and fufficient Exadfnefs, as is evident from the following Explanation. To find the Point of the Compafs that the Sun rifetb or fetteth with, at any Time of the Year. p' IRST, feek the Sun’s Declination in the Table of Declination for the Time propofed ;with which enter the foregoing Table, finding the Latitude in the Head of the Table, and the Declination in the third Column ;againft which, on the Left-hand, if it be North Declination, but on the Right-hand if it be South Declination, is the Point of the Compafs that the Sun rifes or fets at, according tp theTitles at the Head of the Table. Note, Thefe Tables Ibew the true Points of the Sun’s Rifing and Setting; fo that you may readily know at any Time, feeing the Sun rife or fet, the Variation by an ordinary Meridian Compafs. There are fome Compaffes not touched fo well as they ought to be; others in Tirne will grow weak, or lofe their magnetic Virtue. Now by thefe foregoing Tables you may very readily difcover any of thefe DefeSis. It may indeed be objedled, they cannot fee the Sun by an ordinary Meridian Compafs, fo near as is required I2To 1^2 The Mariner's Compafs ReSiiJied. To this Ianfwer, it’s as eafy to fet the'Sun by the Compafs, as to fleer a.Ship by it •, for expert Seamen can fet the Sun, or Headland, to near aQuarter of aPoint by their Hand, (but with Sights much nearer the Truth.) The Poflure to obferve in fuch Cafe, Iadvife, is thus : Set the Compafs about two Feet high, and diredling your Hand towards the Sun, note what Point, Half Point, or Quarter Point, the Sun rifeth or fetteth on ;then in that Table belonging to the Latitude, fee whether the Sun rifeth or fets that Day upon the fame Point, found by Obfervation ;if they agree, there is no Variation ;but if they do not agree, the Compafs is hot true, or there is Variation ;and the Variation is fo much, as is the Difference between the Obfervation and the Table. Example i. Admit fn Latitude 30 Degrees North, tlie Sun having 9’ Degrees 44 Minutes North Declination jI ©bferve the Sun that.Day to rife upon the E.N.E. Point of the Compafs. .Idemand the Variation. Jn the Head of the foregoing Tables, look for the Latitude 30 Degrees ;and in the third Column for 9deg. 44 min. North Declination ;and againft it (under ©rife) is E. by N. which fheweth that there is one Point Variation. For it appears by the Table, that the E. N. E. Point on the Compafs is the true E. by N. Point ;and'the E. by N. (as it is upon the Compafs) is the true E. Point ;the Eaft Point is the true E. by S. the S.E. is the S.E. by S. and the South is the S. by W. the W. is the W. by N. arnd This plainly appears by the ReSlifer, if you bring the E. by N. on the outward Circle, fight againft the E.N.E. on the inward Circle. No'w fuppofe we were to obferve the Sun at his feting, in the Latitude of 30 deg. with. Declination 9deg. 44 min. North as abovefaid, we fhould find the Sun to fet exadlly at Weft by the Compafs, although in the Morning ^he Mariner's Compafs Re5lified 133 Morning we did find the Sun to rife at E. N. E. Iknow this will appear aContradidiion to fome ;but if you caft.your Eye upon the ReEiiJier, you may fee it’s acertain Truth. Example 2. In Latitude 37 deg. North, the Sun’s Declination 8deg. 58 min. North, Iobferve the Sun to rife E. by N. by the Compafs ;Idemand the Variation In the Table that belongs to 37 deg. againft 8deg. 58 min. North Declination, and under ©rife is E. by N. which jfheweth there is no Variation, becaufe the Obfervation agrees with the Tables. Note,'\i the Declination for the Day propofed be not the fame with the Declination in the Tables, then have Regard to the neareft, allowing for the Difference, by the Rule of Proportion. Example 3. In the Latitude 37 deg. North, fuppofe the Sun’s Declination 10 deg. 15 min. North, Idemand the Point of the Compafs the Sun then rifeth upon ? In the Tables neareft to 10 deg. 15 min. is 11deg, 12 min. againft which the Sun rifeth E. by N. aQiiarter N. and fets W. by N. aQuarter N. but in the Tables for 37 deg Latitude, the Declination propofed is near about the middle, between 8deg. 58 min. and ix deg. 12 min. Therefore the Sun rifeth E. by N. half aQuarter N. and fetteth W. by N. half aQuarter N. Underftand the like in any Cafe, let the Declination be what it will, and in any. other Latitude. .Example Admit in Latitude 38 deg, aotn. North, and Declinationigd. 50m. South :The Sun rifeth upon the E.SE. Point of the Compafs, ;Idemand the Variation ? In the Table for Latitude 38 deg. and againft 19 deg. 41 min. (the neareft to the given Declination) is ES.E. aQuarter S, w.hich Iheweth that there is aQuarter of a Point Variation. For the E.S.E. Point i? E.S E. aquarter S. and the North Point is N. aquarter E. For, if you bring ESE. aquarter S.on the outward Circle of the ReSiiJier right agamft E.S.E, ,on the inyyard Circle, then S.S.W. on the Compafs 134 'The Mariner's CompafsReBified. Comp&fs is SSW. aquarter W. and SEi is SE. aquarter S.,and E. is E. aquarter S. And fo for any other Point, Half point, or Quarter point, by calling your Eye upon the ReHifier. Note^ Thtk Tables fliew the true Points of Rifing and Setting, and the outward Circle on the ReSiifier doth the fame ;but the Compafs, when it dilFereth from the Tables, fhews afalfe Point ;and the inward Circle on the ReHifier doth the fame. Example 5. Admit in Latitude 47d. 24m. North, the Declination I5d. 2m. South, the Sun’s rifing E. by S. by theCompafsi; Idemand the Variation. By the Tables the Sun Ihould rife ESE, therefore there is one Point Variation :For if you bring ESE. on the outward Circle of the Refitjier, over againft the E. by S. on the inward Circle, then the N. by W. on the Compafs is the true North pointy the NW. is the NW. by N. and the S. by E. is the true South Point. By this Time Ifuppofe the Reader able to difcover how much the Variation is, and how to reckon it without any Geometric Demonftration, or Arithmetic Calculation. Note, If you have any odd minutes of Latitude, go to that Table neareft the Latitude you are in. Icome now to refolve aQuellion which fome are puzzled with ;and that is this : S^ueft. If the Sun rife at ENE. by any Compafs in any Latitude, Ihould not he fet the fame Day at WNW. by the fame Compafs, and in the fame Latitude ? Jnfwer. If there be no Variation he will ;but if there be Variation, he will not. The Reafon is evident by the ReSilfier. By thefe Tables you may know upon what Point of the Compafs any of the Stars rife and fet in any Latitude the Tables contain, either North or South, if the Declination doth nor exceed the Sun’s greateft Declination. Example 6. Let it be required to find the Points of the Compafs the Bull’s Eye rifes and fet's with, in the Latitude qf 50 Degrees North. -The The Mariner’s CompafsReElified. 135^ The Declination of this Star is 16 Deg. North ;in the Table that belongs to 50dt againft 16 Deg. North Declination, the true roint of Rifirig is E.N.E. aQuarter N. and the true Point of Setting W.N.W. aQuarter N. Underftand the like for any other Star, whofe Declination doth not exceed the Sun’s greateft Declination. TheUfeofthe RECTIFIER. '^HIS Inftrument, as before defcribed, (in Page 93, 94, and 95) containeth two Circles, or Compaffes, one within the other ;but as it is made of Wood, the one moves upon the other, and by it the Compafs, when it varies, may be rectified as follows ': Bring the true Point of Rifing or Setting (as the Table flieweth) on the outward or under Compafs, right againft the falfe Point of Rifing or Setting (as your Compafs flieweth) on the inward or upper Compafs jth.eh 'will the under Compafs rectify the upper. ^ Example 7. Adniit in Latitude 45d. N. the Sun’s Declination being 7d. 56m. South, the Sun fetting upon the W. by N. Point of the Compafs, Idemand the Variation ? The Sun, if there be no Variation, will fet at W,. by S. and rife at E. by S. as appears from the Table ;therefore it is plain that there are two Points Variation. Bring the W. by S. Point on the outward Compafs, right againft the W. by N. Point on the jnward Compafs ;then the Points upon the outward Compafs explain the Points that are upon the inward ;fo that according to the foregcyng Oblervation, the N.N.E. Point on the Compafs is the true North :The North is the true N.N.W.jhe W, by N. is the true W. by S. the S.E. by E. is the true E. by S. And fo for any other Point of the Compafs by only looking on the ReSlijier. And thus you may redlify the Compafs, without reckoning which Way the Variation is, either Eaftward or Weftr ward :The Reififier doing it fo plain, that you can’t by miftaken. I4 A 4-2 The Manner's Compafs ReSiified. -ATABLiE of Amplitudes, fitting all Places from the Equator, to So Degrees of Latitude either North or South. The Degrees of Latitude. Sun’s Decli 37 3«39 40 41 42 D.MDMDMDMDMDM o00 00 00 00 00 00- 00 00 00 00 00 00 I01 15 01 16 01 17 01 18 oi 20 01 21 202 30 '02 32 02 34 02 36 02 39 02 41 303 45 03 48 03 .51 03 54 0-3 58 04 02 405 OD 04 05 08: 05 13 05 18 °5 23 506 16 06 21 o_6 26 06 32 06 38 06 44 607 ,31 07 37 07 .43. °7 50 07 57 08 05 708 47. 08 S 4 °9 01 99 09 09 17 09 26 tJ 810 02 10 10 10 19 10 28 10 37 10 47 .“S 9II 17 11 27 IX 37 JI47 u58 12 09 CO d1° 12 32 12 .43 12 .5.4 ‘3 06 13 18 13 31 13 50 1.4 01 14 d,3’14 26 14 39 14 53 ro.I 2»5 061 '5 18 15 3‘, L45 i6 00 16 IS g;i 3.i6 22 16 35 16 49 17 04 17 20 17 37 17 38 17 .18 08 1.8 24 18 42 19 00 18 S.5 1119 28 <9 45 ao 04 20 23 >i6 20 11 io 28 20 46 21 05 21 25 21 46 21 28 21 4b ^2 06 22 26 22 48 23 10 22 48 .23 05 23 .25 23 47 24 10 24 34 *9 24 04 Z420 24 ,46 25 09 95 33 25 58 20 ZV 2i 25' 43 26 26 1° ?6 56 27 24 2t 26 39 27 02 27 .27 27 53 28 21 z8 50 22 ^7 .58 28 23 28 49 ?9 x6 29 45 30 i6 23 29 17 29 43 30 11 30' 40 31 II 31 43 23-29 29 58 I30 24 30 52 31 22 31 54 32 28 "The Mariner'iCompafs Rectified. ATABLE of Amplitudes, fitting all Places ifrom the Equator, to 6o Degrees of Latitude either North or South. The Degrees of Latitude. o 43 44 45 46 -4'748.. S3 pi cn DMDMDMDMDMd;. .M 06bob 00 00 00 00 00 00 00 00 00 00 101 22 01 23 01 25 01 26 01 28 01 29 202 ,44 02 47 02 50 02 53 02 56 02 59 304 06 04 10 04 •5 04 19 04 24 04 29 405 28 05 34 05 40 °5 46 05 52 05 59 5c6 51 06 58 07 05 07 12 °7 20 07 29 608 »3 08 21 08 30 08 39 08 49 08 59 709 35 09 45 09 s(> 10 06 10 18 LO 30 a810 5»I109 1 1 21 11 34 11 47 12 00 Oq 912 21 12 34 12 47 13 01 13 16 >3 31 a M. o10 >3 44 *3 58 »4 13 H28 14 14 r'S- 02 1107 >5 22 '5 38 '5 56 i6 JS 16 34 o12 16 3>16 48 '7 06 17 25 >7 45 18 06 13 >7 55 18 •3 i8 33 18 54 '9 16 >9 39 314 19 18 19 39 20 00 20 23 20 47 21 12 b s15 '20 43 21 05 21 28 21 5'22 18 22 45 16 22 08 22 32 22 56 23 23 23 50 24 20 17 23 34 23 59 24 25 24 53 25 23 25 55 18 24 59 26 25 54 26 25I 26 57 27 31 19 26 25 26 54 27 25 27 58 28 22 29 07 20 27 53 28 23 28 56 29 3'30 07 30 45 21 29 •00 29 23 30 27 31 03 3'42 32 23 22 30 48 3»22 31 58 32 37 33 18 34 03 23 32 16 32 S' 33 30 34 12 34 56 35 43 12329 33 03 33 40 34 20 35 03 ^5 48 36 35 144 Mariner's Cpmpafs Rectified. ATABLE of Amplitudes, fitting all Places from the Equator, to 6o Degrees of Latitude either North or South. The Degrees of Latitude. 49 SO' 15152 ‘:3 54 o§DMDMDMDMLMDM O00 00 00 00 00 00 00 00 00 00 00 00 I01 31 Of 33 01 35 01 37 01 39 01 42 203 03 03 06 03 10 03 15 03 20 °3 24 304 34 04 40 04 46 04 52 04 59 05 c6 406 06 06 14 06 22 06 30 06 39 06 49 507 38 07 48 07 58 08 08 oS 19 08 31 609 10 09 21 09 33 09 46 10 00 10 15 710 42 10 55 11 09 IZ 24 11 40 1I57 O812 14 12 29 12 45 13 02 13 21 >3 4» '3 ^»3 47 14 05 24 14 43 14 04 15 26 Q““ 03 010 15 21 '5 40 16 01 16 23 16 46 *7 1 1 16 54 17 16 17 39 18 03 18 29 18 57 ^12 18 2S 18 5*19 18 '9 .44 20 12 20 43 &' 3.20 03 20 29 .20 5'7 21 2i6 21 57 22 30 2-1 38 22 06 22 37 23 08 23 42 24 18 0 23 14 23 45 24 18 24 52 25 28 26 07 i6 24 51 25 24 25 59 26 36 27 16 27 58 17 26 28 27 03 27 4'28 21 29 04 29 5P 18 28 06 28 43 29 24 30 07 3° 53 3;J 4? 19 29 45 30 25 31 ..08 3*55 32 45 33 38 20 3*25 32 08 32 54 33 44 34 39 35 35 21 3-3 06 33 52 34 41 35 34 36 31 37 32 22 34 48 35 -37 36 ZP 37 27 '38 29 39 26 23 i6 33 37 26 38 23 39 24 40 29 4*40 23.29 37 26 I38 20 39 19 40 23 4‘29 42 46 'The Mariner's Compafs Rehlified. 145 ATABLE of AmplitudeSj fitting all Places from the Equator, to 60 Degrees of Latitude either North or South. The Degrees of Latitude. 00^ s55 50 57 58 59 60 nCO DMDiVl DMDMDMDM 000 00 00 00 00 00 00 00 00 00 00 00 101 45 01 47 Ol 50 01 01 56 02 00 203 29 03 34 03 40 03 46 03 S304 00 3OS 14 05 22 05 3«°5 40 05 S° 06 00 +06 59 °7 10 07 22 °7 34 07 47 08 01 s08 44 08 57 09 11 09 26 09 ^' 43 10 02 610 30 10 47 1 1 04 II22 1 1 42 12 04 712 »5 12 35 12 56 ‘3 18 ‘3 41 14 0,6 y814 02 H25 '4 48 •5 14 IS 41 i6 10 •-t 915 49 16 H16 45 17 10 17 4>18 14 0io n37 18 05 .18 33 '9 07 19 41 20 i8 ]1'9 26 '9 5^20 29 21 04 21 43 22 z6 0 rt> 12 21 »5 2149 22 25 23 04 23 47 24 34- 0'3 23 05 ^3 43 24 23 25 07 25 54 26 44 5 j24 5^^ ^5 37 26 21 27 09 28 01 28 55 0 ?15 26 49 27 34 28 22 29 14 30 12 31 09 16 28 43 ^'9 32 30 24 31 21 32 22 33 27. 17 30 39 3t31 32 27 33 28 34 32 35 47 18 32 35 33 33 34 34 35 40 36 S338 05 19 34 35 35 36 36 46 37 54 39 13 40 36 20 36 36 37 42 38 53 40 12 41 37 43 10 21 38 39 39 5»4»09 42 34 44 07 45 48 22 40 47 4Z. 04 43 27 44 59 46 40 48 32 23 -42 56 44 19 45 5°47 30 49 21 51 23 23 .29 144 CO 45 27 47 02 48 46 50 47 52 51 14^The Mariner's Com^qfs ReSifi'ed., The Ufe of the Tables of Amplitudes. Sim or Star’s Amplitude is the Diftance of the Rifing or Setting of the Sun or Star from the Eaft or Weft Point of the Horizon, .in Degrees and Minutes, reckbned in the Horizon ;either Northerly or Southerly. Note,, When the Sun or Star’s have North Declination, ; they rife to the Northward of the Eatt and let to the North- ; ward of the Weft; But if their Declination be^South, they rife to the Southward of the Eaft, and fet to the Southward of the Weft ;And by thefe Tables the Amplitude is thus found, viz. Lbolc the Latitude in the Head of the Tables, the Declination in the firft Column on the Left-Hand ;and in the cominon Angle of Meeting is the Amplitude required. Ekqmple i. In the Latitudeof qodeg. the Sun’s Declination-being ^d. om. North, Idemand the Amplitude ? Anjw. The Amplitude is 8deg. 6min. For under.Latitude 3od. in Page 140, and agairift Declination jd. you will 'find 8d. 6m. which is the Amplitude from the Eaft Northward'at Sun-riling, and froin the Weft Northward at Sun-fettmg, But if the Declination had been yd. om. South in Latitude 30'd. as aforefaid, then the Amplitude would have been 8L 6m, from the Eaft Southward at Sun-^rifing, and 8d. 6'm. from the Weft-Southward, at Sun-fetting. If there be any odd Minutes of Declination, take the Proportional Parcs. Example!.,. In the Latitude of 42d. 30m. the Sun’s Declination being izd, 15m, Idemand the Amplitude f Afijw. The Ampi. is i6d. 43m. found as follows ;According to^he former Diredtions, for the Lat, of 4-2d. and Declin. being JJ. |d. the Ampl. is |^ 5™- Subftradl:, and their Difference is —' .id. aim. f 'Tffen Mariner^sCom-pafs Re5iified. Then fay, as id. or 6om. is to id. 22m. or Sam* fo is l-5m. to 2om. found as hereunder : If 6om. give— 82m. what (hall 15m.'? 15 410 82 6io)i23[o(2om. Proportional Parts. 030 Reihainder. > Lat. 42d. and Declin. i2d. the Amplit. is i6d, :1501, To it add the Proportional Parts above ood. ;20m.- Gives Amplitude for Declin. lad 15m. to be 16d.' :* 35m.' Again, for Lat. 43d. f12 Tdeg. Ampl. Ci6d. :31m. and Declin. \13 y——is (i7d. ;5501. Subftrafted makes the Difference to be id. ;2403. Then fay. As 60m. is to id. 24m. or 84m. fo is 15m, to 2im. found as hereunder : If 60m. give- 84m. what lhall 15m.. *5 420 84 6io)i26{o(2imin. Proportional Parts. 06 00 Remainder. D. M. Lat. 43d. and Declin. lad. Amplitude is 16 :31 To it add the Proportional Parts above ^00. :21 Gives for Declination i2d. 15m. the Amplitude is 16 :52 Now becaufe the given Latitude 42d. 30m. is in the middle between 42d. and 43d. therefore the Medium of the Amplitude before found, is the Amplitude required, and is thus ; 148 ^hs Mariner’s Compafs Rectified'.. LatiSm.the Ampl. is J:||J”; Added together, is^ i...— ... 33d. :2701. The half is the Amplitude required i6d. :430!. Thus may the Amplitude be found for any odd Minutes of Latitude or Declination, though the Table is calculated for whole Degrees only. By this Table the Variation of the Compafs is moft readily found for by the Azimuth or Amplitude Compafs find the Sun or Star’s Magnetic Amplitude, at their Rifing or Setting iand their true Amplitude (according to the Latitude of, the Place, and their Declination) by this Table; the Difference of thefe Amplitudes (when both are North or both-South,) but their Sum (if one be North the other South') is the Variation of the Compafs. Blit by the Re£iifier it is taiofl: eafily done thus : Bring the Magnetic Amplitude (on the upper' or innermoll, Compafs) right againft the true Amplitude (on the lower or outermoll Compafs) then doth the North Point in the upper Hand againlt the Variation in the lower; and | the upper Compafs is explained in all its Parts by the ^lower Compafs. Example i. Suppofe the Magnetic Amplitude at 'Sunrifing (found by the Azimuth or Amplitude Compafs) be Eaft Southerly (ifd. gam. and the.true Amplitude (according to the Latitude of the Place, and the Declination of the Obje<£t obferved) be Eaft Southerly 26d. 4Sm. Idemand the Variation of the Compafs ? By the ReSiifier. Bring i5d. 30m. Eaft Southerly on the upper Compafs, againft’ l&d. 45m. Eaft Southerly on the lower Compafs. Then doth the North Point on the firft Hand right againft ^ lid. r5m. North Eafterly on the, latter; fo that-the Compafs doth vary iid. 15m. or one Point Eaft. .y Example /[! The Mariner's Compafs Re0fied. Magn. I 149 True 7.,Coyd. 00m. Eaft Northerly. Magn. yIi,5d. 30m. Eaft Southerly. Idemand the Variation of the Compafs ? By the Rectifier. Bring i5d. 30m. Eaft Southerly on the upper Compafs, right againft 7deg. Eaft Northerly on the lower Compafs, then the North Point on the firft ftands againft 22 deg. 30 min. on the laft, North Wefterly, that is two Points Weft Variation. In like Manner for any other ;and thus the Variation is moft readily found. Thxs RECTIFIER is made of Wood The APPENDIX contains the Defcription of fuch Instruments as are moft ufeful in Navigation. The Defcription and life of the Fore-ftaff, or Crofs-ftaff. 'T HEFore-faff^ fo called from the Pofture of the Obferver in ufing it^' whofe Face is towards the Objedf obferved ;though for the Sun it is fo contrived (for preferving the Eye) to be ufed backward. It is called alfo aCrofs-Staff from its Form ;being aSquare Staff" with three or four Pieces of Wood acrofs it, which are called CrolTes, or Vanes. K3The SjO ne Mariner’s Compass ReSiiJied. The Staff is ufually about 36 Inches, or 3'Feet long, and more than half an Inch Square, having four Sides, each graduated unequally like a-.Sca!e of Tangents. To each of them belongs adiftinft Crofs ;though fometimes' the Ihorteft Grofs is ma4.e to ferve two Sides of the Staff ; that is, the Breadth is for the Tenth-Crofs, and the Length for the Thirty-Crofs. Befides this, it hath two Ctoffes more ;the longeft is the Ninety-Crofs, and the other is the Sixty-Crofs. The four Crolles are thus to be underftood, viz. jo' r Crofs belongs to that J10 Side beginning at h20-- »and ending at .90- I30- The Figure of the Fore-Staff. “The Mariner’s Comfits ReSiiJied. 15* The Ufe of the Fore- Staff. T> EFOREthe Invention of Hadley’s Quadrant it was common and ordinary at Sea, to take the Meridian Altitude of the Sun or Star with this Inftrument, and by it to-find the Latitude the Ship is in. To perform which obferve the Precepts following ; 1. Note.* The 1o, 30, 60, and 90 Crofs, are to be ufed according as the Meridian Altitude is more or lefs ;that is, if iefs than lod. ufe the 10 Crofs :if between 10 and 3od. ufe the 30 Crofs ;if between 30 and 6od. the 60 Crofs, more than. 60, ufe the 90 Crofs, 2. Having confidered which Crofs (according to the judged Altitude of the Obje£l: intended to be obferved) is fuitable, put it on the Staff, fo that the flat Side of the Crofs may be towards the flat or Square End of the Staff j. Then. 3. Hold the flat End of the Staff (as at A) to the Corner of your Eye; there let it reft upon your Eye Bone, as near the Corner of your Eye as you can, fo it doth not hinder your Sight. 4. Then look to {he upper End of your Crofs (as at C) for the Sun or Star, and at the lower End (at B) for the Horizon. -. 5. But if at the lower End of the Crofs you fee all Sky and no Water, then draw^the- Crofs alit.ie nearer to your Eye. 6. ifon the contrary,'- you fee all Water and no Sky, then Aide the Crofs alittle farther from you, 7. Then, if you fee the Center of the Sun or Star at the uiiper End of th» Crofs, and the Horizon at the lower End,' the Crofs ftands as it ought. 8. Wait till the Sun or Star be on the Meridian, making Obfervations often ;and as the Sun or Star rifeth, draw the Crofs alittle nearer to your Eye. g. If the Sun or Star be fallen, you will not fee the Horizon, for the Water will hide it from you, and then Ob-' fefving is over at that Time. Stir not the Crofs out of its Place, only fee at ^what deg. fsfc. it refteth on that Side 254 Compqfs ReSitfied. The Sea-Coafts of France. Names-of Places. Alderney — Calkets- Guernfey — Jerfey St. Maloes — Morla'ix Ifland de Bafs Ufliant Conquer Breft - Camarita Bay Seams Weft Penmark- Bell Ifle Nantz ' Eieys file Ille de Rey the Middle Ifles of Oleron —— Rochel- Bourdeau City St. Sebaftian - Bilboa ; Cape Pinas Cape Ortegal Cape Corunna, or Groin Cape Finifterre Ifles ofBojona— — Oporto . Burlings Rock of Lifbon Lifbon Cape St Vincent- Oape St. Maria - Cadiz - Latitude D. M. Longitude D. -M. 49 50 02 12 49 5°02 20 49 33 02 40 49 05 02 26 4«39 01 57 48 33 03 49 48 5°04 00 48 30 05 02 48 27 05 oe 48 23 04 26 48 25 04 28 48 02 05 00 47 .48 04 24 47 21 * 2.03 16 47 I4§OI 59 % 46 24 02 14 gM 46 01 30 § 45 c6 P. 01 oo«2. 46 log. 01 ^ I i 44 50 "00 30 ft 43 24 or 27 43 29 02 58 - 43 56 06 00 43 47 08 32 43 z8 09 20 43 15 09 40 42 29 09 ^7 40 50 09 35 39 35 09 48 38 42 09 50 38 42 08 53 36 53 09 06 36 58 08 30 33 g6 GO The Mariner's Com^a/s Rehiified. 255 The Coafts on the Main Continent within the Straits. ! \ Names of Places. Latitude D. M. Longitude D. M; 36 I'Z 36 48 04 SjW: 03 50W 02 05W 00 15W: 00 05W[ ao 40 :1 02 18 1 05 27 i 06 o'z <58 43 ; 10 25 ; 12 25 12- 45 S’’ '4 46 s 16 45 0 18 o5cg 43 S' 18 30g^ 14 20 12 101 35 20 00 19 17 20 05 20 15 22 02 2241 2,3 56 24 Q5 36 '30 38 15 38 35 38 46 41 26 4-3 18 43 07 44 25 Cape St. Martin —’ Marfeilles —- Toulon ^ 43 3^ 42 10 ' 4* Cape Spartevento . -- 40 51s 37 38 56 P 39 39 45 g- Cape St. Maria, or Lucia —^— Venetia, dr Venice —^—43 40 45 25 44 30 42 45 . 42 '47 40 4; 40 CO 38 20 36 33 36 32 37 58 Cape Matapan, or Caliga Cape St. Angelo, dr Angulo 56 ‘The Mariner’s Comfajs Rectified. The Coatts on the Main Continent within the Straits, Names of Places. Cape Martelo, South Point 1 ofNegropont •' ' j' Cape Colon, or Collonne Salonechi Cape Monte Sanfto Gallipoli ' Conftantinople Cape Barbador, or Baba SmyrnaSmyrna "——.— Cape Barbernola, or Blane— Ephefus — ^ntiochettaVntiochetta —— Icandaroon, or Alexandretra intioch —: lleppo —_____ fortofa Pripoly Qppa, or Jaffa erufalem llexandrialape Rufato lape Mefurato riipoly —— ape Bona- 'uiiis — — nCapes ipe Tidelles, or Dellys Igier ipe Tenes —— pe Tres Farcas Latitude D. M. Longitude D. M. 38 07 . 37 45 40 41 40 26 40 33 40 59 39 30 38 28 38 09 38 00 36 30 36 34 36 1 1 35 45 35 34 38? 33 27 a 31 51 ^ 31 10 » 32 48 §' 3* 21 % 32 54 35 53 37 .»3 36 50 37 08 37 15 ?>1 37 ^ I36 50 36 45 36 02 J5 30 35 54 35 52 '4 5 25 03 24 42 23 >3 25 02 27 20 28 58 26 30 27 25 26 32 27 55 32 46 36 30 3^> 15 37 24 36 30 w 35 fr 35 20 ^ 35 25 g 30 19^. Z1 25 g. 16 17 (D 13 10 10 34 10 04 10 17 07 10 07 00 06 15 04 18 03 16 01 50 00 26 02 64w Q445W 05. 42W The Mariner’s Com^afs Re^ified. Iflands within the Straits. Names of Places. Formentura- Ivica Majorca Minorca C. Tolare, South C. Corfo, North Afinaria jEndofSardinia ^ Bonifacio, South 1 t? jrr- ^ C. Corfo, North Capri, or Captia — Lilboa, or Elba .— Planofa — ^ M. Chrifto Palmarolla, orPalmeria- Ponfa —.—. Ifcia, or Efohia -— Strombello— — Velcanello — Fellicur ' Allicur — Uftica ..——— Trapano Weft End of Palermo in / C. PalfaroEaft.End of '^ Sicilly Meflinain— qiracufa in - C. Molin in- Pantalaria — Limofa —~- Lampidofa •- I. Malta — > i Onvre Poel, aRock — Grande, or I. Long-o— Latitude D. M. 38 38 39 39 38 4< 41 41 42 43 42 42 42 4' 41 40 38 • 38 38 38 38 37 38 36 38 37 35 35 3? 35 44 33 46 51 46 10 03 24 5-G 03 45 30 in'Z 'o 03 5. 54 g 58 i' 27 g- •30 28 36 57 06 38 07 C' 3' 42 48 56 34 53 45 25 Longit. D. M. 01 01 02 03 09 cp 09 09 09 10 11 10 1 1 13 •3 16 15 15 14 13 13 13 . 15 16 15 5 12 >3 iz 14 16 16 55 40' 03 52 12 . 5^ 08 46 50 17 00 45 00 35 37 s 30^ 00 33 00 42 52 13 50 40 20 ‘'I 56 20 1 1 46 34. j6 18 p- Eaft Lo: 25'8 The Mariner^sComfajs Re£fiied^ Jflands within the Straits Names of Places. Latitude D. M. 43 10 43 12 4* 462 42 40^ 43 03^ 42 52w 'J9S°E 38 15 g- 37 46 36 40 riITt Longitude D. M. 16 08 16 26 18 dog’ j8 756 32 ^ 18 o6t^ 19 46 s' 2100. g- 21 30 21 45 Iflands in the Archipelago, 40 40 25 *7 .39 59 15 37 39 15 26 05 57 27 CO 39 22 23 S8 38 22 26 12 37 20 526 45 r 37 355. 25 36 17 37 ^24 CO tr .37 24 S24 58 3 .36 585 25 20 S' 3'^ 4°& 25 35 *5 24 00 35 .00 27 08 36 27 '28 38 36 01 28 28 34 57 32 23 35 31 35 00 34-30 33 -10 ailb — Lemnos ^ Siatto, or Schate Scio, or Xio Patmosrino Zio, or Sea Ferminia, Fermina, or Termine — F'erfante, or Sifanto — Millo, Mila, or Melo W. E Rliodes’i North-end ‘s.w lEaft S. ^•jend ofCaudia [C^p^ •3‘(C. bolomon ^South-end of C. Tranquill — fC. Baffa — endofC;,prus dC. St. Andr»a —^(. C. de Gaffe— Jt 259 The Sea-Coaft of Barbary and Guiney, from Tangier to Cape Bona Efperance, Names of Places. Cape Spartel' Salle Cape Cantin .... Cape de Geer Cape de Non Cape Bajadore — Cape Blanco ———— Cape de Verde —— — River Gambia’s Entrance Cape Roxo Cape de Monte, or Mount- River Seller, or Seftos > Cape de Palmas —; River sc. Andrea -— Cape Three Points -..... Cape Corfe River de Volta, or Acsara- Cape Forinofa New Calabar Entrance — • Old Calabar Entrance — River de Camarones Ifland Fernand Poo IHand de Prince, or Prince’s River de Anger, or Angra — ifland St Thomas —. — Ifland St. Matthews——— Ifland Afcenfion ——— — Ifland Anabona r-•— CapeLopas- Cape Negro - Ifland St. Helena Nova Ifland St, Helena River Congou Cape St. Thomas R2 Latitude D. M. Longit. D. M. 35 46 os 49 33 5^06 20 32 46 09 10 30 27 10 06 z8 IS 11 04 s 2b04 IS 3s| 20 4S17 2S1-. 14 43 17 ZOO 13 08 •s 3105. 1 1 SO ‘S °4'i 06 23 ?12 00 rt °s 24. 08 36 °s 23^ 06 00 05 os S04 IS 04 28 s01 so. 05 'IS 000 23 OS ss 03 04 15 06 4°^ 04 42 08 33 ^ 04 10 09 4Sg 03 2S10 lOCN! 02 40 10 30 I" 01 40 09 IS 0 00 so 10 01 00 00 08 00 Oi 30 06 oiW 07 SOw ‘4 oiW 02 log 07 27 E 00 SS 3-09 SSE 16 08 t“ 12 31 E 16 00 P06 04 E 16 06 1os 50W os 40 0‘S 25 E 24 SO ‘4 43 E z6o “The Mariner"sCompafs KeStified. The Sea-Coalt of Barbary and Guiney, from Tangier to .Cape Bona Efperance. Names of Places. Cape Secos, Sego, or Seca Cape Bona Efperance Cape Aguilhas, or Lagullas Ifland Triftian de Acunha — Latitude D. M 29 00 CO 34 07 34 54 £ 37 °5 Longitude D. M. 15 56E 18 40E 21 2oE 1350W The Sea-Coaft of Brazil. Ifland St. Paul Para Kiver — Cape St. Roque Rio Grande Pernambuco >— Cape St. Auguftin Ifland Ferdinande Lorenha- River St. Fran^ifco — Bay de Todos Sanftos Port Segura Cape de Abrolhos - Spirito Sanfto Cape St. Thomas Cape Frio Ifland St. Catherines —— - River Grande’s Entrance Cape St. Waria — River de laPlata, or Cape St. Antonio Cape de SCAndreas — - Bay. Sinfunda, or Sinfendo- Poini de los Leones - River Camerones Cape Blanco —— — Pepy’s Ifle Point of River St. Julian - Cape Virgin Mary of Magel, Straits Le Maire Strait .—— 01 20 25 30 02 50 42 47 °5 00 35 47 05 20 35 57 08 30 35 07 08 48 35 10 03 50 31 10 10 5h36 40 •3 06 3a50 16 56 .40 00 18 IS 041 07^ 20 22 25 10 c40 42 00 m 15 ^ 23 00 42 20 gj 27 50 48 CO'S. 31 55 a00 & 34 30 5^40 35 40 67 36 3«40 63 05 42 35 68 00 44 00 70 40 45 30 73 00 46 50 72 07 47 20 66 40 48 40 74 34 52 00 75 05. 54 34 73 01 ‘The Mariner’s Compafs ReSiified. a6i The Sea-Coafts of Brazil. Names of Places. Latitude, D. M. Longitude D. M. C, Horn, the S. Part of Terra delP Fuego. SSS 22 1 22 30 19 301-' 19 40 g; 20 20 c 08 00 67 02 25 15 ^ 26 55 § 29 Jo'S. 30 ©oS 14 30" The Coafts on tSe Main Continent in the Eaft-Jndies. 2S 30 'zS 20 22 40 g’ 23 405 J502 10 175= 09 00 g' °4 5°^ 03 50 02 58 01 20 3'0.5 32 17 35 05 36 17 41 40 40 .10 39 20 38 59 38 30 w 39 .35 » 40 13 ^ a 45 20cr9 'ca* 47 38 s 51 20'g' 47 00 44 SO 52 10 55 35 . 59 45 57 45 49 20 56 40 6,3 34 ' 02 50 04 06 11 14^ 13 00 g 14 10 ^ 15 23 t-> 17 00 S 22 41 S 23 Iz0 29 45 27 20 25 50 262 The Sea-Coafts on the Main Continent in the Eaft-lndies Names of Places. Kiverde Sinda, or Cinde Dia Head —— Surat — — Deman —«—- Bombay Ifland ' St.John’s • Chaule, or Choale Dabul Rajapour Ifle Goa Carwar — Manquelore Tellecherry— Calecut Cannanon — Cochin '— Anjanga Cape Comarin -r Columbo in Zeylone *vyxaai. V/.1 v.-. DundreHead on the fame. Trinconomale- Great Baffos Shoals Jetrapatam — Negrapatam— — Tincumbar*— — Porto Nova Pondicherry Fort St. David, or 1 Conymere Palliakate Armegon Petapoli Due Point, or Mecha- Mafulipatam Latitude Longit. D. M. D. M. 45 67 35 21 02 69 50 -21 10 72 25 20 06 73 30 '9 i8 73 06 19 55 73 20 18 3*73 37 18 23 74 30 17 02 74 10 •S 31 73 50 *4 47 75 00 -12 53 75 25 -II42 75 25 'II16 75 39 -10 22 75 '35 ^ -09 54 ?75 55 -08 -07 5°r 76 77 25 ^ -07 07 79 3°cS le 06 80 !05^ —06 _C 02 Q- 80 45 1 -08 40 81 40 *06 23 81 45 -09 05 80 10 -I101 79 55 “II15 79 SO -I145 54 79 80 44 06 1205 80 55 12 35 80 0? 13 1 1 40 80 S'© 12 50 '3 14 16 80 12 ^iS 16 81 1f 16 08 81 3? —16 28 81 4Q The Marivers Com-pafs‘ Re^ified 263 rhe c.ea-Coaib on the Main Continent in the Eaft-Indies Names of Places. Maffipore — Vifagapatam Bir.-nlapatam Bondy — - acarnaut Pagod- 4tfepure C. Palmlras Balafore Road— Piply Hughly Dacca ^- Cafi mbazar River Bengal River Aracan — Pegu Melacca Fonnofa N. Point Point Romania — Point Cui — Siam Entiance Cambodia Entrance Cape Anarilla, or Avarilla 'ochin, or Cbinchen Tonqiiin — anton Amoye Ifland- [dockfew Latitude River Swadia -- uiainpo, Lingpo, orNingpo- IflandChufan Nankin .- ’ekin — D’ M. 16 30 17 43 ‘7 5> 18 49 >9 51 29 11 20 40 - 21 16 21 2-5 23 09 23 57 25 06 22 17 2010 z 05 1 ‘7 02 '"r 21 25 S 01 16 g- 12 '4 18 10 28 >3 25 ‘4 05 20 50 23 08 24 35 26 30 27 5» 29 59 32 06 32 07 =9 54 Longit. D. ^M. Si 57 83 57 84 09 8; IS 86 42 87 23 87 35 87 48 87 57 89 OS 90 55 88 45 92 21 93 40 96 56 102 10 121 26 103 IS 99 02 100 5s 10s 00 108 03 107 s^ 105 40 113 08 u6 so 118 2C 118 50 120 35 118 35 11831 116 zS lllands in the Ealt Indies. St. Paul Romeriuis de Caftelamaa- 5t. Joan de Lifbon Diego Roys 38 28 25 >9 20 , 45'^ 24 1“ 75 67 53 61 25 '7 3= 2C Ball Longitnde i 1 2^0 The Mariner’s Compafs ReSfijied. The Coafts on theain Conclneiit in the We/i lndie s. Names of Places. Entrance of Nicaragua — Porto Bello Darien, or Scotch Settlement ^ Carthagena Cape Couquiquaco, or Coquibaco • ffland Curafoa, or Quicafo—— — Ifland Margaritta ffland Trinidada - Mouth of Oronoque River- Cape Three Points] —- Cape Naffau N. Cape, the middle ofCaopory ffland Suranam — Cape Orange •— Mouth Amazones River Latitude D. M. Longit. D. M 1125 85 15 09 33 79 45 08 30 78 45 10 28 75 21 I240 z7°42 ^ 12 II 10 20 C68 63 I5SI 20 p 0 00 0 IS 15 60 59 17 0 /D 2£J(« 10 30 b* G_ 62 10 c 07 55 n57 55 " 02 05 49 5^ 06 25 56 50 04 25 50 55 00 00 49 5^ Iflands in the Well Indies. Tobago Weil-end — Barbadoes, at Bridge-Town Granada ^ Granadillos _ Boquia St. Vincent St. Lucia Marti nica — Dominica Marigal Ian ta —; — Guardalupa' ^ Defieada — Antegua Barbuda — Monferat Rodondo- II 20 59 13 08 S9 1 1 57 60 12 20 59 I25° S9 '3 13 12Z 0 45 T60 61 >4 43 ^60 15 23 S60 15 (j 8P60 16 log- 61 16 20 60 17 05 61 i806 6i 16 35. 62 655 6x 52 5° 20 55 53 iz 04 s. 541-' 30 § 20'-^ *5 E 10 45 40 13 15 ^he Mariner's Compafs Recti^ed. ^71 Iflands in the Weft-Indies. Names of Places, Andrews, or Andrgfs, or North-end Ladtude' Longitude D. M. D. M. ‘7 QO 62 42 17 «7 62 50 17 62. 20 W35 62 40 >7 52 6-2 q5 18 06 6r10 18 ‘7 62 «3 i8 35 62 30 18 47 62 46 17 55 65 52 18 30 63 25 t8 30 63 22 i8 30 6> 37 12 ot? 64 30^ iI. 10 3. .63 54 g. .1 i1-6 ^63 36 r* 11 5.0 p63 40 2 11 I I 35 s 45.S' 6z 64. 41'e. to C 12 22 66 28 ™ 12 50 68 28 [8 iS 69 15 J8 26 74 36 i8 00 75 4=> 17 50 76 32 18 08 79 OQ zo 15 74 53 23 lo 3i41 21 40 86 30 52 25 66 40 26 50 78 36 26 00 75 05 2; 10 .78- 40 2S 00 77 00 272 'The Mariner's Compafs Rehiified Illands in th.e Weft-Indies Names of Places. , 'Latitude Longit. JJ. M. u- M. Harbour Hland 25 37 76 47 Eleuthera South-End, or Hatliern — 24 40 75 5*5 Cat Ifland, the Middle 24 25 75 09 Watling’s Ifland ;23 43 74 25 Rum Key "23 45 ^74 5° Exuma 23 22 75 55 Crooked Ifland, North-End =- 22 56 74 12 Long Ifland, South-End 22 .41 74 52 . Atwood’s Key— 23 10 73 35 Mayag11 ana—22 35 72 46 French Keys -J—— 22. 40 _73 40 Merapervouz 21 58 ^74 45 Hogfties 21 17 gt 73- 5SS. Hineago, Weft-End 20 25 73 49 ^ Weft Caicos ———:21 ^8 »7‘58 §. Turk’s Ifland 21 35 'i' 70 OS'S- Abrollo Bank, the North-End — — 21 35 ^69 46 g. Plate Rack 2o'' 10 68 >5" Mucacres —21 30 76 35 Verd 21 17 76 16 Cajad.Zal —23 10 79 24^ Pinos 21 20 84 20 Great Camains -18 54 81 29 Little Camains "19. 30 80 24 St. Andero I233 81 27 Caimanub.ack :08 80 II Pedro Shoals, North Side — — '7 10 77 56 St, Milan '7 lO 81 28 Guayna ^16 53 88 30 Cozumelli -———'9 30 89 0? Zuna Qutta —01 89 48 Mexico —20 00 503 35 ; FI-NIS. ^he Mariner’s Compafs ReSiified. Thefe folldwirig were fettled from Obfefvations of the Moon’s Diftarice ffoni the Sun and Stars, made by MefTrs. W. WALES^ F. R. S. and W. BAYLY, AftronomerSj during Captain Cook’s Voyage towards the South Pole, and round the World, in His Majelly’s Ships the Refolution and Adventure, in the Years 1772, 1773, 1774, and 1775. Names of Places. Latitude D. M. Longit. fr. Lond. D. M. APEof Good Hope .3j55 18 25 Dulky Bay, New Zealand .4-S 47’- 166 20 Charlotte’s isoUnd, new Zealand- 141 06 174 22 Point Venus, Otaheits _____— _ 17 29 210 26 f. Ohitahoo, one of the Marquifas —^—C- 955 220 54 . I. Tanna, one of the New Hebrides 19 32 '*59 47 1Pudyoua, N^v Caledonia '—~~20 18 164 44 Chriftmas Sound, Terra del Fu'ego S5w290 00 w C. Defolation- —~55 13 g288 37 » York Minfter ^55 3*' 5-290 i8g' C. Horne ———— - 55 59 tr 292 37(^ 1.Uliatea 645 0. 208 26 S' I. Huaheine —''——^.‘6 45^ 208 51 |- [. Eaoowe; or Middleburg ^^21 21 re 185 '29 Tonga Tabu, or Amfterdam, friendly files 21 04 185 13 Pyleftaert Ifiahd ________ 22 23; 184 13 Tolago Bay ^^38 21 178 36 /Portland —7—- 39 35 178 15 1Mew Stone offVan Diemens Land 43 48 146 30 IAdventure Bay in Ditto :t323 147 33 [Cook’s Streights ———i. F48 '75 07 274 Mariner’s Compafs ReSiified. Names of Places. Latitude- D. M. JLt-ngit. ii .Lend. D. M. C. Palliflsr, N. Zealand "v — 4>35 «75 03 Eafter I. North-well Side 'zy 08 250 M Refolution Bay, Ohitahoo, one of Marquifas 955 220 57 16 32 208 1 1 Savage Ifland 19 02 190 32 Turtle Illand i« f—19 49 182 6 Annamocka, one of the friendly Illes — — 20 15 185 32 Mallicola, Sandwich Harbour —16 24 167 S3 Cape Quiros, Terra del Elpiritu Sandto —14 56 167 23 Botany Illand -—'22 26 167 20 Ball Cape of Staten Ifland———— 54 54 29s 16 South Thule -i. .,59 34 332 >8 GapeMontagu, N. 45 E. 58 33 333 *7 Harvey’s Iflands .19 16 201 16 Howe’s Ifland———... —16 46 205 56 Palmerlton’s Ifland- —18 00 197 06 Southern King George’s Ifland— >4 34 S’ 212 44 W Pallillfer’s Illes ——15 38S 213 33 » ^*4 53 0 Friendly Illes, fundfy, which extend from ‘9 37 s'8s '0^ to zo 32 s185 50 g- Aurora, North End ..>4 52^ 168 26 P- Whitfuntide Ille, N. End —15 28" 168 24 Malkelyne’s Iflands ———^16 30 168 00 Shepherd’s Iflands ——"16 56 168 44 Sandwich’s Ifland ,,1..,.. -ly 29 168 25 Hinchinbrook Ifland —17 25 168 38 Montagu Ifland '17 26 168 35 Traitor’s Head ''8 43 169 23 St. Bartholomew Ifland ->5 42 167 20 Cape Cumberland ^'4 39 166 50 Cape Colinet —_____ 20 30 164 59 Cape Coronation —. . 22 05 .167. I i Queen Charlotte’s Foreland 22 15 ‘67 15 Ifle of Pines 22 38 t6/ 41 Norfolk Illand .. ......... .29 02 168 13 Cape Difleada ;53 ,04 285 45 The Mariner's Compafs ReUified, 275 Latitude D. M. Longit, fr. Lond. D. M. 54 32 287 59 55 51 290 35 55 34 293 0+ 54 33 294 49 54 48 295 52 tn 54 47 296 16 p 54 00^ 321 33 54 54 0 0 0 > SJ \ Ti{jn 321 48° 323 os's. 54 17s 323 30 g. 54 32 s323 51 " 55 eS S' 325 21 59 02 333 07 58 00 333 05 57 10 332 50 IS 55 549 07 57 14 27 03 56 32 20 38 -32 z8 30 3^58 .16 22 32 332 17 8^ 28 36 117 57 » 27 42^ 18 6^^ 16 39 14 ^ 14 Is C«} 27 22 38 47 28 42 s. IS 123 7 '4 54 23 26 5^10 198 36 138 45 128 .35 Names of Places. Cape Noir a St. Ildefonfo’s Ifles- Evout’s Ifles Cape St Diego Sew Year’s Harbour, Cape St. Juan Willis’s Ifles Cape North Cape Saunders Cape George Cape Charlotte — — Clerke’s Ifles Friezland’s Peak—— Saunders Ifle Candlemas Ifles ~— St. Helena ^ — Staten Land Ifland Afcenfion ^ Ifl. Ferdinando de Noronha Fayal, Villa de Horta Porto Sanfto — Madeira, Fonchal Palma, middle Ferro Ifle, South End - Bonavifta, N. End Terceira —- St. George ~ . Mayo, South End —^ — St. Jago, Port Praya^— KamptfchatkaNos ? Per Krinfltonicieoff J Drake Point, Californiatr Ifthe Longitude be reckoned Eaftward and exceeds iSo, fubtrafl' it from 360, the Remainder is the Longitude Well, and vice verfa