V E N E R 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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244 Set 1 10 52 29 + 8 42 17 1.72454 14.34 0.719277 3.3 9962.010 12 14 4 5 51 78 12 26 56 19 0 282 -3.9 0.7 9.68 0.998 4.7 0.02 352.89 -0.61 357.16 -2.52 0.39 267 -4.84 21 87
245 Set 2 10 57 7 + 8 13 56 1.72374 14.34 0.719355 3.6 9963.010 12 14 46 5 54 79 12 27 56 18 59 281 -3.9 0.7 9.68 0.998 5.0 0.02 355.61 -0.59 0.26 -2.50 0.42 269 -4.84 22 89
246 Set 3 11 1 45 + 7 45 22 1.72288 14.33 0.719436 3.8 9964.011 12 15 26 5 56 79 12 27 56 18 58 280 -3.9 0.7 9.68 0.998 5.4 0.02 358.33 -0.57 3.36 -2.47 0.45 271 -4.84 22 91
247 Set 4 11 6 21 + 7 16 34 1.72198 14.32 0.719520 4.1 9965.011 12 16 6 5 59 80 12 28 55 18 56 280 -3.9 0.7 9.69 0.997 5.7 0.02 1.05 -0.55 6.47 -2.44 0.48 273 -4.84 22 93
248 Set 5 11 10 58 + 6 47 35 1.72102 14.31 0.719607 4.3 9966.012 12 16 46 6 1 80 12 29 55 18 55 279 -3.9 0.7 9.70 0.997 6.1 0.03 3.77 -0.53 9.57 -2.41 0.51 274 -4.85 22 94
249 Set 6 11 15 33 + 6 18 24 1.72001 14.30 0.719697 4.6 9967.012 12 17 25 6 4 81 12 29 54 18 54 279 -3.9 0.7 9.70 0.997 6.4 0.03 6.49 -0.51 12.67 -2.38 0.54 275 -4.85 22 95
250 Set 7 11 20 9 + 5 49 3 1.71895 14.30 0.719789 4.9 9968.013 12 18 3 6 6 82 12 30 54 18 53 278 -3.9 0.7 9.71 0.996 6.8 0.03 9.22 -0.48 15.77 -2.34 0.58 276 -4.85 22 96
251 Set 8 11 24 43 + 5 19 31 1.71784 14.29 0.719885 5.1 9969.013 12 18 41 6 9 82 12 31 53 18 52 277 -3.9 0.8 9.71 0.996 7.2 0.04 11.94 -0.46 18.87 -2.31 0.61 277 -4.86 22 97
252 Set 9 11 29 18 + 4 49 51 1.71669 14.28 0.719983 5.4 9970.013 12 19 19 6 11 83 12 31 53 18 51 277 -3.9 0.8 9.72 0.996 7.5 0.04 14.66 -0.44 21.97 -2.27 0.64 278 -4.86 22 98
253 Set 10 11 33 52 + 4 20 2 1.71548 14.27 0.720084 5.6 9971.014 12 19 56 6 13 84 12 32 52 18 49 276 -3.9 0.8 9.73 0.995 7.9 0.05 17.38 -0.41 25.07 -2.23 0.67 279 -4.86 22 99
254 Set 11 11 38 25 + 3 50 5 1.71422 14.26 0.720188 5.9 9972.014 12 20 33 6 16 84 12 33 52 18 48 275 -3.9 0.8 9.73 0.995 8.3 0.05 20.11 -0.38 28.17 -2.19 0.70 280 -4.87 23 100
255 Set 12 11 42 58 + 3 20 1 1.71292 14.25 0.720294 6.2 9973.015 12 21 9 6 18 85 12 33 51 18 47 274 -3.9 0.8 9.74 0.994 8.6 0.06 22.83 -0.36 31.26 -2.14 0.73 281 -4.87 23 101
256 Set 13 11 47 31 + 2 49 50 1.71157 14.23 0.720402 6.4 9974.015 12 21 45 6 21 86 12 34 51 18 46 274 -3.9 0.8 9.75 0.994 9.0 0.06 25.55 -0.33 34.36 -2.10 0.76 281 -4.87 23 101
257 Set 14 11 52 4 + 2 19 34 1.71017 14.22 0.720513 6.7 9975.016 12 22 22 6 23 87 12 34 50 18 45 273 -3.9 0.8 9.76 0.993 9.3 0.06 28.28 -0.30 37.46 -2.05 0.79 282 -4.88 23 102
258 Set 15 11 56 36 + 1 49 13 1.70872 14.21 0.720625 6.9 9976.016 12 22 57 6 26 87 12 35 50 18 43 272 -3.9 0.8 9.77 0.993 9.7 0.07 31.00 -0.27 40.55 -2.00 0.82 282 -4.88 23 102
259 Set 16 12 1 9 + 1 18 48 1.70722 14.20 0.720740 7.2 9977.016 12 23 33 6 28 88 12 36 49 18 42 272 -3.9 0.8 9.77 0.992 10.1 0.08 33.72 -0.24 43.65 -1.95 0.85 283 -4.89 23 103
260 Set 17 12 5 41 + 0 48 20 1.70568 14.19 0.720857 7.5 9978.017 12 24 9 6 30 89 12 36 49 18 41 271 -3.9 0.8 9.78 0.992 10.4 0.08 36.45 -0.22 46.75 -1.90 0.89 283 -4.89 23 103
261 Set 18 12 10 13 + 0 17 48 1.70409 14.17 0.720976 7.7 9979.017 12 24 44 6 33 89 12 37 48 18 40 270 -3.9 0.8 9.79 0.991 10.8 0.09 39.17 -0.19 49.84 -1.85 0.92 284 -4.90 23 104
262 Set 19 12 14 45 - 0 12 45 1.70245 14.16 0.721097 8.0 9980.018 12 25 20 6 35 90 12 37 48 18 38 270 -3.9 0.8 9.80 0.991 11.2 0.09 41.89 -0.16 52.93 -1.79 0.95 284 -4.90 23 104
263 Set 20 12 19 17 - 0 43 20 1.70076 14.14 0.721219 8.2 9981.018 12 25 56 6 38 91 12 38 47 18 37 269 -3.9 0.8 9.81 0.990 11.5 0.10 44.62 -0.12 56.03 -1.73 0.98 285 -4.91 23 105
264 Set 21 12 23 49 - 1 13 55 1.69903 14.13 0.721343 8.5 9982.018 12 26 31 6 40 91 12 39 47 18 36 268 -3.9 0.8 9.82 0.989 11.9 0.11 47.34 -0.09 59.12 -1.68 1.01 285 -4.91 23 105
265 Set 22 12 28 22 - 1 44 30 1.69724 14.12 0.721469 8.8 9983.019 12 27 7 6 43 92 12 39 46 18 35 268 -3.9 0.8 9.83 0.989 12.2 0.11 50.07 -0.06 62.21 -1.62 1.04 285 -4.92 23 105
266 Set 23 12 32 54 - 2 15 4 1.69541 14.10 0.721596 9.0 9984.019 12 27 43 6 45 93 12 40 46 18 33 267 -3.9 0.8 9.84 0.988 12.6 0.12 52.79 -0.03 65.30 -1.56 1.07 286 -4.92 23 106
267 Set 24 12 37 27 - 2 45 36 1.69354 14.08 0.721724 9.3 9985.020 12 28 19 6 47 93 12 40 45 18 32 266 -3.9 0.8 9.85 0.987 13.0 0.13 55.52 0.00 68.39 -1.50 1.10 286 4.93 23 106
268 Set 25 12 41 60 - 3 16 6 1.69161 14.07 0.721854 9.5 9986.020 12 28 56 6 50 94 12 41 44 18 31 266 -3.9 0.8 9.86 0.987 13.3 0.13 58.24 0.04 71.48 -1.43 1.14 286 4.93 23 106
269 Set 26 12 46 33 - 3 46 32 1.68964 14.05 0.721985 9.8 9987.021 12 29 33 6 52 95 12 42 44 18 30 265 -3.9 0.8 9.88 0.986 13.7 0.14 60.97 0.07 74.57 -1.37 1.17 286 4.94 22 106
270 Set 27 12 51 6 - 4 16 55 1.68762 14.04 0.722116 10.1 9988.021 12 30 10 6 55 95 12 42 43 18 29 264 -3.9 0.8 9.89 0.985 14.0 0.15 63.69 0.10 77.66 -1.31 1.20 287 4.94 22 107
271 Set 28 12 55 40 - 4 47 13 1.68556 14.02 0.722249 10.3 9989.021 12 30 47 6 57 96 12 43 43 18 27 264 -3.9 0.8 9.90 0.984 14.4 0.16 66.42 0.14 80.75 -1.24 1.23 287 4.95 22 107
272 Set 29 13 0 14 - 5 17 25 1.68345 14.00 0.722383 10.6 9990.022 12 31 25 7 0 97 12 43 42 18 26 263 -3.9 0.8 9.91 0.984 14.8 0.16 69.14 0.17 83.83 -1.17 1.26 287 4.96 22 107
273 Set 30 13 4 49 - 5 47 31 1.68129 13.98 0.722517 10.8 9991.022 12 32 3 7 2 97 12 44 42 18 25 262 -3.9 0.8 9.92 0.983 15.1 0.17 71.87 0.21 86.92 -1.11 1.29 287 4.96 22 107
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