cclxii 



FUNDAMENTAL EQUATIONS. 

 Fundamental Equations for Mars I Continued. 



Greenwich Meridian 

 Alb*** Meridian . 



17.000x4- 9. 944 y 4- 9.015s + 19. 000 1, 

 0.0001+ 0.097y 9.405 z 4- 38. 000 1. 



10. 854 w 4. 6. BO 



0.033 w 70.70 



Baotiafo Equatorial 



65.86914- 16.342 y- 17.888 a 



+ 448.187 T- 80.490 w -390.49 



Santiago Equatorial .... 

 Washington Equatorial . . 

 Cape of Good Hope Equatorial 

 Cape of Good Hope Meridian 

 Greenwich Equatorial . . . 

 Greenwich Meridian . . . 

 Cambridge Equatorial . . . 

 Athnu Meridian . . '. . 



323.309x4- .760y4. BO.SMs 



- 36. 292X4- 39.342y- 40.998m 

 221 .511 x 169.990 y 4- 106.999 s 



C4.7BJX 43.93174- 30.783s 



- 16.548x4- 5.911 y 4.388 s 

 -14.584x4- 0.894 y 14.74* s 10.854 t, 



- 37.968x4- 41.064 y 31.783s 



- 11.854x4- a.379y 6509z- 0.0321, 



- 90.490 T 4- 497.058 w 4-344.76 =0 



4. 14.915 w 135.85 =0 



4- 314.688 w 4- 738.93 =0 



4- 91.590 w 4-191.60 



4- 14.103W 1.7S =0 



4- 9.150W 3.41 =0 



4- 35.01 lw 190.94 =0 



4. 3.758 w 85.77 .0 



Santiago Equatorial . . . 

 Washington Equatorial . . 

 Cpe of Good Hope Equatorial 

 Cape or Good Hope Meridian 

 Greenwich Equatorial . . 

 Greenwich Mcridinn . . 

 Cambridge Equatorial . . 



[im] =9074. 59 

 [iw] = 3136.65 

 [m]= 734.81 

 [imj = 51.77 

 [n]= 399.63 

 [nn]= 796.07 



Atheni Meridian [m] = 2543. 61 6 



B. FINAL EfiVATIONS FOR MM!- II. 



Santiago Equatorial. 



388.780 X 10.810 y 4- 989.436 1 39.190 t- 52.755 m + 43.496 v 4. 428.443 w 4. 983.85 =0 



- 10. 810x4- 706.048 y n.993s4-73.77St4-9.189n4. 66.939ir 30.833 w 3533.39 =0 



989. 436 x 17. 993 y 4. 351.3031 55. 780 t 74. 910 n 4. 76.240 T 4. 994.189 vr 6.06 =0 



-39.190x4- 73.779y 55.780 z 4. 39.190 t 4. 53.755 a 0.161V 41. 534 w 95666 =0 



-59.755x4- 99.189y 74. 910 4. 59.755 t 4- 71.039 n 0.650v 55.938 w 345.77 =0 



43.496x4- C6.999y4- 76.940s 0.161t 0.650 a 4. 798.415 v 4. 38.430W 596.79 =0 



498.443X 30.833y 4-994. 189z- z 41.534t 55.938a4. 38.430 v 4. 483.588 w 4- 493.46 =0 



[mi] = 10950.67 



313.630 t 4- 497.593 a 310.36 = 

 497.593 1 + 588.809 n 498.79 = 



[] = 351.76 



Santiago Meridian. 



79.000x4- 8.531 y 4. 50.059 s 4- 5.000 t 4- 6.807 n 4. 90.340 w- 3.790 =0 



8.531 x 4- 135. 139 y 4-15.168x4- 29.83914- 99.414 a 4. 4.037 w 516. 87< =0 



S0.053X+ 15. 168 y 4- 57. 164 m 4.786t 6. 765 n 4. 62. 975 w 50.617 =0 



5.000x4- 99.B39y 4.786x4- 79.000 1 4. 108.983 a 4. 0.160 w 165.798 =0 



6.807x4- 99.414y B. 765 z + 108.283 t + 149.787 n 4. 8.501 w 917.846 =0 



90.340X4- 4.037 y 4- 59.975 s 4- 6.160t4- 8.501 a 4. 104.174 w 4. 91.056 =0 

 [nn]= 3675. 7(1 



N- r/ .!, nit ,-/-////. 



97.000X 3.648 y 4- 19.715 s l.OOOt 0.765 n 4. 30.768 w 4. 11.900 =0 



- 3.648 x 4- 49.986 y 4- 0.118z+ 8.346 t 4. 11.133 n 5.949 w 170. Mi =0 

 19.715x4- 0. 118 y 4- 95.951s 6.6691 8.887 n 4. 90.674 w 19.874 =0 



-1.000x4- 8.346y 6.689x4.97.00014.37 051 n 0.494W 96.800 =0 



- 0.765 x 4- 11. 133 y 8.887s 4- 37.051 t 4. 51.333 n + O.lMw 34.196 =0 

 30.768X 5.949 y 4. 90.674 s 0.49414- 0.153 n 4- 35.383 vr 4- 91904 =0 



[nn] = 793.80 



