90 SCHÜLTZ-STEINHEIL, ON THE ELEMENTS OF THE SUNS ROTATION. 

 Tal). II. (Continued.) 



f^W 



1889 Mav 24 



+ 0.417 r 



-f 0.832 s 



— 0.363 t 



+ 0.488 = 





■ 24 



+ 0.417 



+ 0.832 



— 0.366 



+ 0.318 





25 



+ 0.403 



+ 0.840 



— 0.363 



— 0.040 





June 1 



+ 0.301 



+ 0.879 



— 0.373 



+ 0.480 





2 



+ 0.286 



+ 0.885 



— 0.368 



+ 0.140 





2 



+ 0.286 



+ 0.885 



— 0.372 



+ 0.310 





3 



+ 0.271 



+ 0.887 



— 0.378 



+ 0.370 





3 



+ 0.272 



+ 0.889 



— 0.370 



+ 0.330 





4 



+ 0.256 



+ 0.893 



— 0.373 



+ 0.320 





5 



+ 0.241 



+ 0.893 



— 0.379 



+ 0.200 





6 



+ 0.226 



+ 0.900 



— 0.376 



+ 0.130 





7 



+ 0.213 



+ 0.906 



— 0.366 



+ 0.360 





7 



+ 0.212 



+ 0.904 



— 0.372 



+ 0.440 





8 



+ 0.196 



+ 0.908 



— 0.370 



+ 0.410 





11 



+ 0.150 



+ 0.912 



— 0.379 



+ 0.480 





13 



+ 0.119 



+ 0.918 



— 0.375 



+ 0.349 





14 



+ 0.105 



+ 0.925 



— 0.366 



+ 0.399 





14 



+ 0.105 



+ 0.920 



— 0.376 



+ 0.319 





15 



+ 0.089 



+ 0.927 



— 0.366 



+ 0.469 





15 



+ 0.089 



+ 0.927 



— 0.366 



+ 0.230 





17 



+ 0.058 



+ 0.920 



— 0.385 



+ 0.568 





18 



+ 0.044 



+ 0.927 



— 0.375 



— 0.199 



I have not yet determined r, s and t from these equations 

 of condition, but first united them by groups by adding all 

 equations in each latitud, where the coefficients of resp. r, s 

 and t have the same signs. Thus I have reduced the number 

 of equations of condition to following 22: 



"WeigtLt. 

 y = 0° + 1.6679 r + 5.314 s —49.673 t +99.90 =0 50 



— 0.1368 + 1.662 —15.906 +30.34 =0 16 



'— 1.8533 + 2.607 +40.873 —79.83 =0 41 



9^ = 15° 



y = 30" 



95 = 45° 



y = 60° 



75° 



+ 0.024 



• + 0.328 s 



+ 0.944 t 



+ 1.86 



= 



1 



+ 1.9510 



+ 6.098 



— 44.558 



+ 84.14 



= 



45 



— 0.2071 



+ 2.314 



— 14.821 



+ 25.33 



= 



15 



— 6.509 



+ 9.614 



+ 32.924 



+ 63.93 



= 



35 



+ 3.241 



■ + 8.252 s 



— 21.120 t 



+ 36.78 



= 



23 



— 0.617 



+ 6.406 



— 14.641 



+ 24.32 



= 



16 



— 13.914 



+ 17.264 



+ 33.065 



— 61.15 



= 



40 



+ 2.249 



+ 9.097 



+ 22.055 



— 39.42 



= 



24 



+ 0.143 1 



■ + 1.472 s 



+ 1.345 t 



— 1.86 



= 



2 



+ 9.315 



+ 27.535 



— 37.722 



+ 59.44 



= 



48 



— 1.109 



+ 12.621 



— 15.432 



+ 22.73 



= 



20 



— 15.542 



+ 21.987 



+ 23.207 



— 41.06 



= 



36 



+ 0.486 r + 3.565 s 



+ 1.701 t 



+ 2.529 



= 



4 



+ 11.882 



+ 36.563 



— 29.371 



+ 36.921 



= 



49 



— 1.387 



+ 15.985 



— 11.892 



+ 13.158 



= 



20 



— 17.416 



+ 24.885 



+ 14.330 



- 23.249 



= 



34 



+ 14.273 9 



■ + 45.129 s 



— 19.355 t 



+ 18.474 



= 



52 



— 1.581 



+ 18.466 



— 7.415 



+ 7.855 



= 



20 



— 20.164 



+ 27.547 



+ 5.875 



+ 10.948 



+ 



35 



