Log. Tangent of Obliquity of Ecliptic. Tang. 23 27 0 9.63726 1 9.63727 2 9.63728 3 9.63728 49.63729 5 9.63729 6 9.63730 7 9.63730 8 9.63731 9 9.63732 10 9.63732 11 9.63733 12 9.63733 13 9.63734 14 9.63735 15 9.63735 27 28 11 9.8432 9.8556 9.9876 0.0124 49 9.8433 9.8555 9.9879 0.0121 48 9.8435 9.8553 9.9881 0.0119 47 14 9.8436 9.8552 9.9884 0.0116 46 15 9.8437 9.8551 9.9886 0.0114 45 16 9.8439 9.8550 9.9889 0.0111 44 17 9.8440 9.8548 9.9891 0.0109 43 18 9.8441 9.8547 9.9894 0.0106 42 19 9.8442 9.8546 9.9896 0.0104 41 20 9.8444 9.8545 9.9899 0.0101 40 21 9.8445 9.8544 9.9901 0.0099 39 22 9.8446 9.8542 9.9904| 0.0096| 38 23 9.8448 9.8541 9.9907 0.0093 37 24 9.8449 9.8540 9.9909 0.0091 36 25 9.8450 9.8539 9.9912 0.0088 35 26 9.8451 9.8537 9.9914 0.0086 34 9.8453 9.8536 9.9917 0.0083 33 9.8454 9.8535 9.9919 0.0081 32 29 9.8455 9.8534 9.9922 0.0078 31 30 9.8457 9.8532 9.9924 0.0076 30 31 29 9.63743 9.8458 9.8531 9.9927 0.0073 29 32 9.8459 9.8530 9.9929 0.0071 28 33 9.8460 9.8529 9.9932 0.0068 27 30 9.63744 31 9.63744 329.63745 33 9.63745 34 9.63746 38 9.8467 9.8522 9.9944 0.0056 22 39 9.8468 9.8521 9.9947 0.0053 21 40 9.8469 9.8520 9.9949 0.0051 20 41 9.8471 9.8519 9.9952 0.0048 19 42 9.8472 9.8517 9.9955 0.0045 18 43 9.8473 9.8516 9.9957 0.0043 17 44 9.8475 9.8515 9.9960 0.0040 16 45 9.8476 9.8514 9.9962 0.0038 15 46 9.8477 9.8512 9.9965 0.0035 14 47 9.8478 9.8511 9.9967 0.0033 13 48 9.8480 9.8510 9.9970 0.0030 12 47 9.63754 48 9.63754 49 9.63755 50 9.63755 51 9.63756 52 9.63756 53 9.63757 54 9.63758 57 9.8491 9.8499 9.9992 0.0008 3 55 9.63758 58 9.8492 9.8497 9.9995 0.0005 2 56 9.63759 57 9.63759 58 9.63760 ARGUMENT. Moon's Equatorial Parallax. Par. Log. A Log. B Par. Log. A Log. B Par. Log. A Log. B 53 50 0.45449 5.80640 54 50 0.44647 5.79838 55 50 0.43860 5.79052 54 10 0.45180 5.80371 55 10 0.44383 5.79575 56 10 0.43601 5.78792 54 15 0.45113 5.80304 55 15 0.44318 5.79509 56 15 0.43536 5.78728 54 25 0.44980 5.80171 55 25 0.44187 5.79378 56 25 0.43408 5.78599 54 30 0.44913 5.80104 55 30 0.44121 5.79312 56 30 0.43343 5.78535 54 35 0.44846 5.80037 55 35 0.44056 5.79247 56 35 0.43279 5.78471 42 0.43190 5.78381 41 0.44767 5.79958 42 0.44753 5.79944 54 40 0.44780 5.79971 55 40 0.43991 5.79182 56 40 0.43215 5.78407 41 0.43202 5.78394 41 0.43978 5.79169, 42 0.43964 5.79156 43 0.44740 5.79931 43 0.43951 5.79143, 44 0.44727 5.79918 44 0.43938 5.79130 43 0.43177 5.78368 44 0.43164 5.78355 54 45 0.44714 5.79905 55 45 0.43925 5.79117 56 45 0.43151 5.78343 46 0.44700 5.79891 47 0.44687 5.79878 48 0.44674 5.79865 49 0.44661 5.79852 46 0.43912 5.79104 47 0.43899 5.79091 48 0.43886 5.79078 49 0.43873 5.79065| 46 0.43138 5.78330 47 0.43126 5.78317 48 0.43113 5.78304 49 0.43100 5.78291 56 50 0.43087 5.78279 57 50 0.42328 5.77519 58 50 0.41581 5.76773 51 0.43075 5.78266 51 0.42315 5.77507 51 0.41569 5.76761 52 0.41557 5.76748 53 0.43049 5.78240 53 0.42290 5.77482 54 0.4303€ 5 78228 54 0.42278 5.77469 53 0.41544 5.76736 54 0.41532 5.76724 56 55 0.43024 5.78215 57 55 0.42265 5.77457 58 55 0.41520 5.76711 57 10 0.42833 5.78024 58 10 0.42078 5.77269 59 10 0.41335 5.76527 57 20 0.42706 5.77897 58 20 0.41953 5.77145 59 20 0.41213 5.76405 57 25 0.42643 5.77834 58 25 0.41891 5.77083 59 25 0.41152 5.76344 26 0.41140| 5.76331 27 0.411275.76319 28 0.41115 5.76307 29 0.41103 5.76295 29 0.42592 5.77784 29 0.41841 5.77033 57 30 0.42580 5.77771 58 30 0.41829 5.77020 59 30 0.41091 5.76283 31 0.42567 5.77758 31 0.41816 5.77008 31 0.41079 5.76270 32 0.41066 5.76258 33 0.41054 5.76246 34 0.410425.76234 57 35 0.42516 5.77708 58 35 0.41767 5.76959 59 35 0.41030 5.76222 57 40 0.42454 5.77645 58 40 0.41705 5.76897 59 40 0.40969 5.76161 41 0.42441 5.77632 41 0.41693 5.76884 41 0.40957 5.76149 57 45 0.42391 5.77582 58 45 0.41643 5.76835 59 45 0.40908 5.76100 46 0.42378 5.77570 47 0.42366 5.77557 48 0.42353 5.77544 49 0.42340 5.77532 46 0.41631 5.76822 47 0.41618 5.76810 48 0.41606 5.76798 46 0.40896 5.76088 47 0.40884 5.76076 48 0.40872 5.76064 49 0.40860 5.76052 59 0.40739 5.75930 60 00.40726 5.75918 61 10.407145.75906 60 50.40666 5.75858|| 61 11 0.40594 5.75786 12 0.40582 5.75773 13 0.40570 5.75761 14 0.40557 5.75749 60 15 0.40545 5.75737 16 0.40533 5.75725 17 0.40521 5.75713 18 0.40509 5.75701 19 0.40497 5.75689 60 20 0.40485 5.75677 210.404735.75665 22 0.40461 5.75653 23 0.40449 5.75641 24 0.40437 5.75629 8 0.39912 5.75104 16 0.39817 5.75009 19 0.39781 5.74973 10 7.67235 11 7.67280 23 0.39734 5.74926 12 7.67324 13 7.67369 60°25 0.40425 5.75617|| 61 25 0.39710 5.74902 26 0.40413 5.75605 27 0.40401 5.75593 28 0.40389 5.75581 29 0.40377 5.75569 60 30 0.40365) 5.75557 || 61 31 0.40353 5.75545 32 0.40341 5.75533 33 0.40329 5.75521 34 0.403175.75509 60 350.40305 5.75497 36 0.40293 5.75485 37 0.402815.75473 38 0.40269 5.75461 39 0.40257 5.75449 60 40 0.40245 5.75437 41 0.40233 5.75425 42 0.402215.75413 43 0.40210 5.75401 44 0.40198 5.75389 60 45 0.40186 5.75378 46 0.40174 5.75366 47 0.40162 5.75354 48 0.40150 5.75342 49 0.40138 5.75330 14 7.67414 15 7.67458 167.67503 17 7.67547 187.67592 197.67636 207.67680 |