G I O V E
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| Punto | |
Posiz.Appar.ORE 00 TU Istante del Transito al Magnitudine Angolo Difetto | Sub-Terr. | Punto Sub-Solare | Polo Nord
DATA AR DECL. Delta Luce r Elong. Meridiano di Greenwich Sor AZS Pass hPas Tran AZT Vis. Sup. Diam. Fase di fase Illum. | Long. Lat. | Long. Lat. Dist. PA | Dist. PA Theta
GA Mes GM ø ' " ø ' " UA Min UA ø GG h m s h m ø h m ø h m ø " ø " ø ø ø ø " " " ø ø
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182 Lug 1 16 21 40 - 20 46 46 4.43765 36.91 5.330081 148.4 9900.405 21 43 26 17 13 118 21 56 27 s 2 38 242 -2.5 5.4 44.37 0.997 5.7 0.11 166.71 -3.37 160.97 -3.22 2.22 281 -20.72 10 101
183 Lug 2 16 21 17 - 20 46 3 4.44559 36.97 5.329773 147.3 9901.402 21 39 7 17 8 118 21 51 27 s 2 34 242 -2.5 5.4 44.29 0.997 5.9 0.12 317.30 -3.36 311.38 -3.22 2.28 281 -20.68 10 101
184 Lug 3 16 20 54 - 20 45 22 4.45377 37.04 5.329466 146.3 9902.399 21 34 49 17 4 118 21 47 27 s 2 30 242 -2.5 5.4 44.21 0.997 6.1 0.12 107.88 -3.36 101.80 -3.21 2.34 281 -20.64 10 101
185 Lug 4 16 20 32 - 20 44 41 4.46219 37.11 5.329158 145.2 9903.396 21 30 32 17 0 118 21 43 27 s 2 26 242 -2.5 5.4 44.13 0.997 6.2 0.13 258.46 -3.36 252.21 -3.21 2.40 281 -20.61 10 101
186 Lug 5 16 20 11 - 20 44 3 4.47084 37.18 5.328849 144.2 9904.393 21 26 16 16 55 118 21 38 27 s 2 21 242 -2.5 5.4 44.04 0.997 6.4 0.14 49.04 -3.35 42.63 -3.21 2.46 281 -20.57 10 101
187 Lug 6 16 19 50 - 20 43 25 4.47972 37.25 5.328541 143.2 9905.390 21 21 60 16 51 118 21 34 27 s 2 17 242 -2.5 5.4 43.95 0.997 6.6 0.14 199.61 -3.35 193.04 -3.21 2.51 281 -20.53 10 101
188 Lug 7 16 19 30 - 20 42 49 4.48883 37.33 5.328232 142.1 9906.387 21 17 44 16 47 118 21 30 27 s 2 13 242 -2.5 5.4 43.86 0.997 6.7 0.15 350.18 -3.34 343.45 -3.21 2.57 281 -20.48 10 101
189 Lug 8 16 19 11 - 20 42 15 4.49816 37.41 5.327923 141.1 9907.384 21 13 30 16 43 118 21 26 27 s 2 9 242 -2.5 5.4 43.77 0.996 6.9 0.16 140.74 -3.34 133.86 -3.20 2.62 281 -20.44 10 101
190 Lug 9 16 18 52 - 20 41 42 4.50771 37.49 5.327614 140.1 9908.381 21 9 16 16 38 118 21 21 27 s 2 5 242 -2.5 5.4 43.68 0.996 7.0 0.16 291.31 -3.34 284.27 -3.20 2.67 281 -20.40 10 101
191 Lug 10 16 18 34 - 20 41 11 4.51748 37.57 5.327304 139.1 9909.378 21 5 2 16 34 118 21 17 27 s 2 0 242 -2.5 5.4 43.59 0.996 7.2 0.17 81.86 -3.33 74.68 -3.20 2.72 281 -20.35 10 101
192 Lug 11 16 18 16 - 20 40 41 4.52745 37.65 5.326994 138.0 9910.376 21 0 50 16 30 118 21 13 27 s 1 56 242 -2.5 5.4 43.49 0.996 7.3 0.18 232.42 -3.33 225.08 -3.20 2.77 281 -20.31 10 101
193 Lug 12 16 17 60 - 20 40 13 4.53763 37.74 5.326684 137.0 9911.373 20 56 38 16 26 118 21 9 27 s 1 52 242 -2.4 5.4 43.39 0.996 7.5 0.18 22.97 -3.32 15.49 -3.19 2.82 281 -20.26 10 101
194 Lug 13 16 17 44 - 20 39 46 4.54802 37.82 5.326374 136.0 9912.370 20 52 26 16 21 118 21 5 27 s 1 48 242 -2.4 5.4 43.29 0.996 7.6 0.19 173.52 -3.32 165.89 -3.19 2.87 281 -20.22 10 101
195 Lug 14 16 17 28 - 20 39 22 4.55860 37.91 5.326063 135.0 9913.367 20 48 16 16 17 118 21 0 27 s 1 44 242 -2.4 5.4 43.19 0.995 7.8 0.20 324.06 -3.32 316.30 -3.19 2.91 281 -20.17 10 101
196 Lug 15 16 17 13 - 20 38 59 4.56939 38.00 5.325752 134.0 9914.364 20 44 6 16 13 118 20 56 27 s 1 40 242 -2.4 5.4 43.09 0.995 7.9 0.20 114.60 -3.31 106.70 -3.19 2.96 281 -20.12 10 101
197 Lug 16 16 16 60 - 20 38 37 4.58036 38.09 5.325441 133.0 9915.361 20 39 57 16 9 118 20 52 27 s 1 35 242 -2.4 5.4 42.99 0.995 8.0 0.21 265.13 -3.31 257.10 -3.19 3.00 281 -20.08 10 101
198 Lug 17 16 16 46 - 20 38 18 4.59152 38.18 5.325130 132.0 9916.358 20 35 48 16 5 118 20 48 27 s 1 31 242 -2.4 5.4 42.88 0.995 8.2 0.22 55.67 -3.30 47.50 -3.18 3.04 281 -20.03 10 101
199 Lug 18 16 16 34 - 20 37 60 4.60287 38.28 5.324818 131.0 9917.355 20 31 41 16 0 118 20 44 27 s 1 27 242 -2.4 5.4 42.78 0.995 8.3 0.22 206.19 -3.30 197.90 -3.18 3.08 281 -19.98 10 101
200 Lug 19 16 16 22 - 20 37 44 4.61440 38.37 5.324506 130.0 9918.352 20 27 34 15 56 118 20 40 27 s 1 23 242 -2.4 5.4 42.67 0.995 8.4 0.23 356.72 -3.29 348.30 -3.18 3.12 281 -19.93 10 101
201 Lug 20 16 16 11 - 20 37 29 4.62611 38.47 5.324194 129.0 9919.350 20 23 27 15 52 118 20 36 27 s 1 19 242 -2.4 5.4 42.56 0.994 8.5 0.24 147.24 -3.29 138.70 -3.18 3.16 281 -19.88 10 101
202 Lug 21 16 16 1 - 20 37 17 4.63799 38.57 5.323881 128.0 9920.347 20 19 22 15 48 118 20 31 27 s 1 15 242 -2.4 5.4 42.45 0.994 8.7 0.24 297.75 -3.29 289.09 -3.17 3.19 281 -19.83 10 101
203 Lug 22 16 15 51 - 20 37 6 4.65004 38.67 5.323569 127.0 9921.344 20 15 17 15 44 118 20 27 27 s 1 11 242 -2.4 5.4 42.34 0.994 8.8 0.25 88.27 -3.28 79.49 -3.17 3.23 281 -19.77 10 101
204 Lug 23 16 15 42 - 20 36 57 4.66226 38.77 5.323256 126.0 9922.341 20 11 13 15 40 118 20 23 27 s 1 7 242 -2.4 5.4 42.23 0.994 8.9 0.25 238.78 -3.28 229.89 -3.17 3.26 281 -19.72 10 101
205 Lug 24 16 15 34 - 20 36 51 4.67464 38.87 5.322942 125.0 9923.338 20 7 10 15 36 118 20 19 27 s 1 3 242 -2.4 5.4 42.12 0.994 9.0 0.26 29.28 -3.27 20.28 -3.17 3.29 281 -19.67 10 101
206 Lug 25 16 15 27 - 20 36 46 4.68717 38.98 5.322629 124.0 9924.335 20 3 7 15 32 118 20 15 27 s 0 59 242 -2.4 5.4 42.01 0.994 9.1 0.26 179.78 -3.27 170.67 -3.17 3.32 281 -19.62 10 101
207 Lug 26 16 15 20 - 20 36 43 4.69986 39.08 5.322315 123.0 9925.333 19 59 5 15 28 118 20 11 27 s 0 55 242 -2.4 5.4 41.90 0.994 9.2 0.27 330.28 -3.27 321.07 -3.16 3.35 281 -19.57 10 101
208 Lug 27 16 15 15 - 20 36 41 4.71269 39.19 5.322001 122.1 9926.330 19 55 4 15 24 118 20 7 27 s 0 51 242 -2.4 5.4 41.78 0.993 9.3 0.27 120.77 -3.26 111.46 -3.16 3.38 281 -19.51 10 101
209 Lug 28 16 15 10 - 20 36 42 4.72567 39.30 5.321687 121.1 9927.327 19 51 4 15 20 118 20 3 27 s 0 47 242 -2.4 5.4 41.67 0.993 9.4 0.28 271.26 -3.26 261.85 -3.16 3.40 280 -19.46 10 100
210 Lug 29 16 15 5 - 20 36 45 4.73879 39.41 5.321372 120.1 9928.324 19 47 5 15 16 118 19 59 27 s 0 43 242 -2.3 5.4 41.55 0.993 9.5 0.28 61.75 -3.25 52.24 -3.16 3.43 280 -19.41 10 100
211 Lug 30 16 15 2 - 20 36 50 4.75204 39.52 5.321057 119.2 9929.322 19 43 6 15 12 118 19 55 27 s 0 39 242 -2.3 5.4 41.44 0.993 9.6 0.29 212.23 -3.25 202.63 -3.15 3.45 280 -19.35 10 100
212 Lug 31 16 14 59 - 20 36 56 4.76542 39.63 5.320742 118.2 9930.319 19 39 8 15 8 118 19 51 27 s 0 35 242 -2.3 5.4 41.32 0.993 9.7 0.29 2.71 -3.24 353.02 -3.15 3.47 280 -19.30 10 100
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