M E R C U R I O
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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 5 4 35 + 19 47 42 0.86374 7.18 0.388386 22.0 9899.938 10 30 25 3 23 62 10 42 68 18 2 298 0.4 3.6 7.79 0.398 101.8 4.69 62.19 6.35 164.04 -0.01 -3.81 77 3.87 348 257
183 Lug 2 5 8 59 + 20 4 27 0.88508 7.36 0.382680 21.8 9900.938 10 31 1 3 22 62 10 43 68 18 4 298 0.2 3.5 7.60 0.423 98.8 4.38 67.25 6.28 166.14 -0.01 -3.75 78 3.78 349 258
184 Lug 3 5 13 41 + 20 21 29 0.90679 7.54 0.376911 21.6 9901.939 10 31 55 3 22 61 10 44 68 18 7 299 0.1 3.4 7.42 0.449 95.8 4.09 72.24 6.21 168.12 -0.01 -3.69 79 3.69 349 259
185 Lug 4 5 18 42 + 20 38 38 0.92883 7.72 0.371107 21.4 9902.940 10 33 7 3 22 61 10 45 69 18 9 299 0.0 3.3 7.24 0.476 92.8 3.80 77.17 6.14 169.97 -0.01 -3.62 80 3.60 350 260
186 Lug 5 5 24 0 + 20 55 45 0.95114 7.91 0.365302 21.1 9903.941 10 34 37 3 22 61 10 47 69 18 12 300 -0.1 3.2 7.07 0.503 89.7 3.52 82.03 6.07 171.68 -0.01 3.54 81 3.52 351 261
187 Lug 6 5 29 37 + 21 12 40 0.97366 8.10 0.359530 20.7 9904.942 10 36 25 3 22 60 10 48 69 18 15 300 -0.2 3.1 6.91 0.531 86.5 3.24 86.82 6.00 173.25 -0.02 3.45 82 3.44 351 262
188 Lug 7 5 35 32 + 21 29 12 0.99633 8.29 0.353830 20.2 9905.943 10 38 31 3 23 60 10 50 70 18 19 300 -0.3 3.0 6.75 0.560 83.2 2.97 91.55 5.93 174.67 -0.02 3.35 83 3.36 352 263
189 Lug 8 5 41 44 + 21 45 10 1.01908 8.47 0.348243 19.7 9906.945 10 40 55 3 24 59 10 53 70 18 22 301 -0.4 2.9 6.60 0.589 79.8 2.72 96.21 5.86 175.94 -0.02 3.25 84 3.28 353 264
190 Lug 9 5 48 14 + 22 0 24 1.04182 8.66 0.342813 19.1 9907.947 10 43 37 3 26 59 10 56 70 18 26 301 -0.5 2.8 6.46 0.618 76.3 2.46 100.81 5.79 177.05 -0.02 3.14 85 3.21 353 265
191 Lug 10 5 55 2 + 22 14 40 1.06447 8.85 0.337589 18.5 9908.949 10 46 36 3 27 59 10 58 70 18 30 301 -0.6 2.7 6.32 0.648 72.7 2.22 105.36 5.73 178.01 -0.02 3.02 86 3.14 354 266
192 Lug 11 6 2 6 + 22 27 49 1.08693 9.04 0.332620 17.8 9909.951 10 49 51 3 30 58 11 2 71 18 34 302 -0.6 2.6 6.19 0.679 69.1 1.99 109.84 5.66 178.80 -0.02 2.89 87 3.08 355 267
193 Lug 12 6 9 27 + 22 39 36 1.10910 9.22 0.327957 17.0 9910.954 10 53 23 3 32 58 11 5 71 18 39 302 -0.7 2.5 6.06 0.709 65.3 1.77 114.26 5.60 179.44 -0.02 2.76 88 3.02 356 268
194 Lug 13 6 17 3 + 22 49 52 1.13086 9.40 0.323653 16.2 9911.956 10 57 11 3 35 58 11 9 71 18 43 302 -0.8 2.4 5.95 0.739 61.4 1.55 118.63 5.54 179.92 -0.02 2.61 90 2.96 357 270
195 Lug 14 6 24 55 + 22 58 23 1.15210 9.58 0.319760 15.4 9912.959 11 1 13 3 38 58 11 13 71 18 48 302 -0.9 2.4 5.84 0.769 57.5 1.35 122.94 5.49 180.26 -0.02 2.46 91 2.91 358 271
196 Lug 15 6 33 1 + 23 4 59 1.17270 9.75 0.316328 14.5 9913.962 11 5 29 3 42 58 11 17 71 18 53 303 -1.0 2.3 5.74 0.798 53.5 1.16 127.21 5.44 180.47 -0.02 2.30 93 2.86 359 273
197 Lug 16 6 41 20 + 23 9 28 1.19254 9.92 0.313404 13.5 9914.965 11 9 58 3 46 57 11 22 71 18 58 303 -1.1 2.2 5.64 0.826 49.4 0.98 131.42 5.39 180.55 -0.01 2.14 94 2.81 360 274
198 Lug 17 6 49 50 + 23 11 42 1.21150 10.07 0.311030 12.5 9915.968 11 14 38 3 51 57 11 26 71 19 2 303 -1.2 2.1 5.55 0.852 45.2 0.82 135.60 5.35 180.53 -0.01 1.97 96 2.76 1 276
199 Lug 18 6 58 31 + 23 11 30 1.22947 10.22 0.309243 11.5 9916.972 11 19 27 3 55 57 11 31 71 19 7 303 -1.3 2.0 5.47 0.877 41.0 0.67 139.73 5.31 180.43 -0.01 1.79 98 2.72 2 278
200 Lug 19 7 7 20 + 23 8 47 1.24634 10.36 0.308071 10.4 9917.975 11 24 25 4 1 57 11 36 71 19 12 302 -1.4 1.9 5.40 0.901 36.8 0.54 143.83 5.27 180.27 -0.01 1.62 100 2.69 3 280
201 Lug 20 7 16 17 + 23 3 26 1.26201 10.49 0.307531 9.4 9918.979 11 29 29 4 6 58 11 41 71 19 16 302 -1.5 1.8 5.33 0.921 32.5 0.42 147.90 5.24 180.07 -0.01 1.43 102 2.65 4 282
202 Lug 21 7 25 19 + 22 55 25 1.27641 10.61 0.307634 8.3 9919.982 11 34 37 4 12 58 11 46 71 19 21 302 -1.5 1.7 5.27 0.940 28.4 0.32 151.95 5.22 179.86 -0.01 1.25 105 2.62 5 285
203 Lug 22 7 34 24 + 22 44 40 1.28949 10.72 0.308378 7.1 9920.986 11 39 47 4 18 58 11 52 71 19 25 302 -1.6 1.6 5.22 0.956 24.2 0.23 155.98 5.20 179.67 -0.01 1.07 108 2.60 6 288
204 Lug 23 7 43 30 + 22 31 14 1.30118 10.82 0.309749 6.0 9921.990 11 44 59 4 24 58 11 57 70 19 29 301 -1.7 1.5 5.17 0.969 20.2 0.16 159.99 5.18 179.53 0.00 0.89 111 2.57 7 291
205 Lug 24 7 52 37 + 22 15 7 1.31148 10.91 0.311727 4.9 9922.993 11 50 9 4 31 59 12 2 70 19 33 301 -1.8 1.5 5.13 0.980 16.3 0.10 164.00 5.17 179.45 0.00 0.72 116 2.55 8 296
206 Lug 25 8 1 41 + 21 56 25 1.32037 10.98 0.314281 3.8 9923.997 11 55 17 4 37 59 12 7 70 19 36 300 -1.9 1.4 5.09 0.988 12.5 0.06 168.01 5.16 179.46 0.00 0.55 123 2.54 9 303
207 Lug 26 8 10 43 + 21 35 12 1.32787 11.04 0.317372 2.8 9925.000 12 0 20 4 44 60 12 12 69 19 39 300 -2.0 1.3 5.07 0.994 9.1 0.03 172.01 5.16 179.58 0.00 0.40 134 2.52 10 314
208 Lug 27 8 19 40 + 21 11 35 1.33400 11.09 0.320957 2.0 9926.004 12 5 19 4 51 60 12 17 69 19 42 299 -2.0 1.2 5.04 0.997 6.4 0.02 176.02 5.16 179.82 0.00 0.28 155 2.51 11 335
209 Lug 28 8 28 30 + 20 45 43 1.33881 11.13 0.324987 1.6 9927.007 12 10 11 4 58 61 12 22 69 19 45 299 -2.0 1.2 5.02 0.998 5.2 0.01 180.04 5.16 180.21 0.00 0.23 190 2.50 12 10
210 Lug 29 8 37 14 + 20 17 43 1.34234 11.16 0.329412 2.0 9928.010 12 14 55 5 4 62 12 27 68 19 48 298 -2.0 1.3 5.01 0.997 6.1 0.01 184.07 5.17 180.74 0.01 0.27 226 2.50 13 46
211 Lug 30 8 45 50 + 19 47 45 1.34467 11.18 0.334178 2.8 9929.014 12 19 31 5 11 62 12 31 68 19 50 297 -1.9 1.4 5.00 0.995 8.5 0.03 188.12 5.18 181.42 0.01 0.37 247 2.49 14 67
212 Lug 31 8 54 18 + 19 15 57 1.34584 11.19 0.339235 3.7 9930.017 12 23 59 5 18 63 12 36 67 19 52 296 -1.7 1.5 5.00 0.991 11.2 0.05 192.19 5.19 182.26 0.01 0.48 258 2.49 15 78
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