Τ Α Β L Ε 11. 2216 2116 235 2 56 196 18 617 aaaaa ܘ ܘ ܤ. 817 8 4917 9'6 1016 116 9 47 - ܘ ܘ 1017 1117 1217 The Sun's Mean Motion in Months and Days. AUGUST. Longit. O Anom. O Com. Bil.S. D. M.S. D. M. Com. Bif.S. D. M.S. D. M. C15 29 566 29 56 316 o 2 O 22 21 55 216 3 1 I 21 3 I 54 316 2 2 41 20 41 2 5417 53 416 2016 5! 3 19 51 417 3 5217 3 52 6 4 4 517 4 5217 4 52 7 616 5 5 5117 5 51 8 716 6 1713 6 17 77 6 6 5017 50 816 91 7 7 597 7 49 10 8 8 48 II 9 II 9 4817 12 10 10 13 10 4717 12 10 46 126 1.) 13 II 12 13 11 45 141 136. 12 12 14 12 45 15 I 2 13 11 13. 147_134417 44 16 14 14 10 16 1517 14 447 14 43 17 1 66 15 15 2 17 15 43,7 15 42 18 176 16 16 16 8) 18 177 16 427. 16 41 19 1816 E16 17 7. 19 1817 17 417 17 40 20 1916 18 6 18 39 21 €16 19 5 21 207 19 3917 19 39 22! 23 516 20 S 2117 20 387 20 38 23 21 21 41 23! 227 21 387 21 37 24 236 22 316 22 3 1416 1316 126 116 146 15 241 237 22 3717 22 36 25 6 22 35 261 24 ) 26 257 24 357 24:34 27 25 27 267 25 3417 25 33 28 2715 26 28 277 26 337 26 33 29 2&16 26 5946 26 59 251 287 27 327 27 32 30 296 27 586 27 581 30 29.7 28 317 28 31 311 306 28 576 28 571 311 307 29 377 29 30 TABLE 2516 2616 C/S 18 NW 29/8 218 29 19 268 410 5. 2518 59 6/8 241 58 7 2418 719 6 589 88 22 819 22/8 8 5619 TABLE II. OCTOBER Longit. O Anom. O Com. BiS. D. MS. D. M lom. Bil.S. D. M.S.D. M. 1) O 308 O 25 1 019 0 419 O 3 2 I 1 28 2. 19 I 219 I 2 2& 2 2 4 3 I 19 4 5 5 4 59 7 619 5 5519 5 7 23 6 57 9 8 23 9 7 5719 7 56 10! 8 55 II 10 8 11 1019 9 559 9 54 201 JO 54 13 II 5419 II 53 13 198 13 18 1 312 5319 I 2 52 15) 148 14 188 14 17) 1419 13 5219 13 51 16 158 15 178 15 161 1519 14 5119 14 50 16 17 5019 15 15 49 18 178 17 17 15 18 15 4919 16 18 191 1E19 17 4819 17 8 20 18 489 18 47 20 211 2019 19 4719 19 46 21 45 231 22 10) 23 21 459 21 44 241 23 2319 22 25. 2419 23 439 23 42 25 81 429 24 42 26 271 2019 25 429 27 41 28/ 2718 27 27 6 28 2719 26 412 27 39 3019 28 3! 309 O 49 o 3) 311 3012 3019 29.-389 -29 37 208 198 II 1 2 14 I 2 13/8 191 148 138 13/8 208 2118 22'8 22 222 23;8 24/8 98 TABLE II. TABLE III. The Sun's 1 35 2 351 Mi. Mi. 5 6 611 8 291 8 511 The Sun's Mean Motion in Months and Days. M DECEMBER Longit. Q dnom. O : Co. Bi.'s. D. M.Ş. D. M. 0,10 o 3710 o 36 On O Dil Ο 1ο 2! 110 I 3610 2) III I IIII I JO 31 210 2 3610 3 211 2 IOII 2 9 41 310 3 35 10 3 34 4 II 3 911 3 8 51 410 4 3410 4 33 4 7 61 5110 5 3310 5 32 6 5ir 5 711 71 610 6 3210 6 31 7) 611 6 5 81 711 7 511 7 4) 9 8.10 8 3010 91 811 8 41 19 910 9 30 10 929 10! 911 9 410 9 3 11|10 10 10 29/10 10 28 I11011 10 II JO 2 12 11 10 11 28 10 11 27 12IIII II 2 11 11 1 131210 12 27.10 12 26 131211 12 1 II I2 O 141310 13 26 10 13 25 141311 13 1 2 2 2 55 3! 7 7 41 10 10 51 12 12 6 151 15 71 171 17 8 201 20 91 22 22 10 25 25 Il 271 27 12 301 30 13 321 32 141 341 34 151 371 37 IO 391 39 171 421 42 18] 44 44 19 47 47 20 491 49 211 52 52 22 54 54 231 571 57 24 591 59 qui 12 59 151410 14 25 10 14 24 1314,11 14 U 13:58 161510 15 24 10 15 23 161511 14 5811 14 57 17116 10 16 23 10 16 23. 1716 1 15 5811 15 57 18117 10 17 23 10 17 22 1817 11 16 57 11 16 56 19|1810 18 22 10 18 21 1918 11 17 561 17 55 20 1910 19 2110 19 20 201911 18 5511 18 54) 2 120 10 20 20 10 20 19 2 1.201 19 54/11 19 53 22 21 10 21 19210 21 18 22,2111 20 53 11 20 52 23/22 10 22 18 10 22 17 232211 21 5211 21 51 24/2310 23 19 10 23 16 24 23 11 2 2 5211 22 511 252410 24 17 10 24 16 252411 23 51 11 23 50 26 2510 25 1610 25 15 26 25 11 24 511 24 49 27 2610 26 15 10 26 14 27 2611 25 4911 25 48 28/2710 27 1410 27 13 28 27 11 26 48 u 26 47 29/2810 28 13 10 28 12 29 28/11 27 47 11 27 46 3012910 29 12 10 29 11 u 30 291 28 4611 .28 45 3113011 01111 1313011 29 4 11 29 451 ܐܘܐ ܘ TABLE M.D. 4310 4210 41 4110 31 4010 8 I 571 Ο Ο Ο 141 471 3410 4522 910 181 1311 4120 3310 3210 390 29 2710 37118 TABLE IV. A Table of the Sun's Æquation. M. 030 58 29 25 IL 56281 310 61 44/1 55127 53/26 61 51125 47 1 3610 49241 57 1 47123 481 571 491 561 43121 151 501 561 3919 191 3517 33116 3115 54 I 541 2713 54 1 5211 2016 2512 190 381 551 231 ! 2 II: 12 10 411 301 561 511 150 191:21 561 120 15) 7 240 4711 341 5711 481 iolo 9o. . 10 70 8 .4 2710, 521 : 381 • 5711 4001 510 63 280 391 571 450 310 412 - 129056 16:40 i 500$..441 11 20 581 4111 571 421 Olo The To , The Use of the Tables. O find the Sun's true Place in the Ecliptick at any time, by these Tables, this is the RUL - E. From the several Tables, collet the lears, Month, and Day of the Month, and also the odd Hours, if any be, and set them down, one under another, with the respective Longitudes and Anomalies answering thereto: Then add the several Longitudes and Anomalies together, and with the Sum of the Anomalies, enter (Table IV.) of Æquations, which Æquation, Add to, or Substract from, the Sum of the Longitudes, and the Sum or Remainder, shall be the Sun's true Place in the Ecliptick for the time proposed. How Time is to be computed. 1. Any Day begins upon its own Noon; so that the First Day of January, at 12 at Noon, is the common Term of the Old and New Years. Examples Let the true Place of the Sun in the Ecliptick be required, for the 16th Day of May, in the Year of our Lord 1703. at 5 in the Afternoon. First, Set down the Year 1703. then the Month and Day, May 16; and lastly, the Hours, 5, as is here dye. Secondly, Look for 1703. (in Table I.) a Long. 0 | Anom. O gainft which stands SS. 9 S.D. M. I S. D. M. 10 D. 14 M. for the Year 1703. 9 20 14 06 12 46 o Longitude; and 6 S. May, Day 19. ' May, Day 19. 1 4 14 03 | 04 12 02 12 D.46 M. for the 4. Hour 5 nomaly; both which set down as here you see. , O Mean Lon. l 1 04.29.110 25.00 Thirdly, Look for May #quat. Add. OI 06 16. (in Table II.) againit which stands 4S. 14 D. O true Place. O true Place. 12.05 35 o Gemini. 3 M. for the Long. And 4 S. 12 D. 2 M. for the Anomaly; both which set under the for. mer, as you fee. Fourthly, Look for 5 Hours (in Table III.) against which stands 12 Minutes, both for the Longit. and Anomal, both fet down, as Fifthly, 12 12 you fce. |
0 Reviews Reviews aren't verified, but Google checks for and removes fake content when it's identified Write review |