Grazing Occultation of 621pB9 Magnitude 6.1 [Red = 6.1] v Date: 2022 Nov 09 23h 57m, to 2022 Nov 10 1h 24m Nominal site altitude 100m E. Longit. Latitude U.T. Sun Moon TanZ PA AA CA o ' " o ' " h m s Alt Alt Az o o o - 20 0 0 48 22 51.8 23 56 35 52 120 0.78 155.1 163.93 -10.11S - 19 45 0 48 32 4.5 23 57 8 52 121 0.78 155.2 163.98 -10.06S - 19 30 0 48 41 13.1 23 57 41 52 121 0.77 155.2 164.02 -10.02S - 19 15 0 48 50 17.6 23 58 15 52 122 0.77 155.2 164.06 -9.97S - 19 0 0 48 59 18.0 23 58 48 53 122 0.77 155.3 164.11 -9.93S - 18 45 0 49 8 14.2 23 59 21 53 123 0.76 155.3 164.16 -9.88S - 18 30 0 49 17 6.2 23 59 54 53 124 0.76 155.4 164.20 -9.84S - 18 15 0 49 25 54.1 0 0 27 53 124 0.76 155.4 164.25 -9.79S - 18 0 0 49 34 37.8 0 1 0 53 125 0.75 155.5 164.29 -9.75S - 17 45 0 49 43 17.3 0 1 33 53 126 0.75 155.5 164.34 -9.70S - 17 30 0 49 51 52.6 0 2 5 53 126 0.75 155.6 164.39 -9.65S - 17 15 0 50 0 23.7 0 2 38 53 127 0.74 155.6 164.43 -9.60S - 17 0 0 50 8 50.7 0 3 10 53 128 0.74 155.7 164.48 -9.56S - 16 45 0 50 17 13.4 0 3 42 54 128 0.74 155.7 164.53 -9.51S - 16 30 0 50 25 32.0 0 4 15 54 129 0.73 155.8 164.58 -9.46S - 16 15 0 50 33 46.3 0 4 47 54 130 0.73 155.8 164.63 -9.41S - 16 0 0 50 41 56.5 0 5 19 54 130 0.73 155.9 164.68 -9.36S - 15 45 0 50 50 2.5 0 5 51 54 131 0.73 155.9 164.73 -9.31S - 15 30 0 50 58 4.3 0 6 22 54 131 0.72 156.0 164.78 -9.26S - 15 15 0 51 6 1.9 0 6 54 54 132 0.72 156.0 164.82 -9.21S - 15 0 0 51 13 55.4 0 7 26 54 133 0.72 156.1 164.87 -9.16S - 14 45 0 51 21 44.7 0 7 57 54 133 0.72 156.1 164.92 -9.11S - 14 30 0 51 29 29.9 0 8 28 54 134 0.71 156.2 164.97 -9.06S - 14 15 0 51 37 11.0 0 9 0 55 135 0.71 156.2 165.03 -9.01S - 14 0 0 51 44 47.9 0 9 31 55 135 0.71 156.3 165.08 -8.96S - 13 45 0 51 52 20.8 0 10 2 55 136 0.71 156.3 165.13 -8.91S - 13 30 0 51 59 49.6 0 10 32 55 137 0.71 156.4 165.18 -8.86S - 13 15 0 52 7 14.3 0 11 3 55 137 0.70 156.4 165.23 -8.81S - 13 0 0 52 14 34.9 0 11 34 55 138 0.70 156.5 165.28 -8.75S - 12 45 0 52 21 51.5 0 12 4 55 139 0.70 156.5 165.33 -8.70S - 12 30 0 52 29 4.0 0 12 35 55 139 0.70 156.6 165.38 -8.65S - 12 15 0 52 36 12.6 0 13 5 55 140 0.70 156.6 165.44 -8.60S - 12 0 0 52 43 17.1 0 13 35 55 141 0.70 156.7 165.49 -8.55S - 11 45 0 52 50 17.7 0 14 5 55 141 0.70 156.7 165.54 -8.49S - 11 30 0 52 57 14.3 0 14 35 55 142 0.69 156.8 165.59 -8.44S - 11 15 0 53 4 7.0 0 15 4 55 143 0.69 156.8 165.64 -8.39S - 11 0 0 53 10 55.7 0 15 34 55 143 0.69 156.9 165.70 -8.34S - 10 45 0 53 17 40.6 0 16 3 55 144 0.69 156.9 165.75 -8.28S - 10 30 0 53 24 21.5 0 16 33 55 145 0.69 157.0 165.80 -8.23S - 10 15 0 53 30 58.6 0 17 2 55 145 0.69 157.0 165.85 -8.18S - 10 0 0 53 37 31.9 0 17 31 55 146 0.69 157.1 165.91 -8.13S - 9 45 0 53 44 1.3 0 18 0 56 147 0.69 157.1 165.96 -8.07S - 9 30 0 53 50 27.0 0 18 29 56 147 0.69 157.2 166.01 -8.02S - 9 15 0 53 56 48.8 0 18 57 56 148 0.69 157.3 166.06 -7.97S - 9 0 0 54 3 6.9 0 19 26 56 149 0.68 157.3 166.12 -7.91S - 8 45 0 54 9 21.3 0 19 54 56 149 0.68 157.4 166.17 -7.86S - 8 30 0 54 15 32.0 0 20 23 56 150 0.68 157.4 166.22 -7.81S - 8 15 0 54 21 39.0 0 20 51 56 151 0.68 157.5 166.28 -7.75S - 8 0 0 54 27 42.3 0 21 19 56 151 0.68 157.5 166.33 -7.70S - 7 45 0 54 33 41.9 0 21 47 56 152 0.68 157.6 166.38 -7.65S - 7 30 0 54 39 38.0 0 22 15 56 152 0.68 157.6 166.44 -7.60S - 7 15 0 54 45 30.4 0 22 42 56 153 0.68 157.7 166.49 -7.54S - 7 0 0 54 51 19.3 0 23 10 56 154 0.68 157.7 166.54 -7.49S - 6 45 0 54 57 4.6 0 23 37 56 154 0.68 157.8 166.59 -7.44S - 6 30 0 55 2 46.4 0 24 5 56 155 0.68 157.8 166.65 -7.38S - 6 15 0 55 8 24.7 0 24 32 56 156 0.68 157.9 166.70 -7.33S - 6 0 0 55 13 59.5 0 24 59 56 156 0.68 157.9 166.75 -7.28S - 5 45 0 55 19 30.8 0 25 26 56 157 0.68 158.0 166.81 -7.22S - 5 30 0 55 24 58.8 0 25 53 56 158 0.68 158.0 166.86 -7.17S - 5 15 0 55 30 23.3 0 26 19 56 158 0.68 158.1 166.91 -7.12S - 5 0 0 55 35 44.4 0 26 46 56 159 0.68 158.2 166.97 -7.06S - 4 45 0 55 41 2.1 0 27 12 56 159 0.68 158.2 167.02 -7.01S - 4 30 0 55 46 16.5 0 27 38 56 160 0.68 158.3 167.07 -6.96S - 4 15 0 55 51 27.6 0 28 5 56 161 0.68 158.3 167.12 -6.90S - 4 0 0 55 56 35.4 0 28 31 56 161 0.68 158.4 167.18 -6.85S - 3 45 0 56 1 39.9 0 28 57 56 162 0.68 158.4 167.23 -6.80S - 3 30 0 56 6 41.2 0 29 23 56 163 0.68 158.5 167.28 -6.75S - 3 15 0 56 11 39.2 0 29 48 56 163 0.68 158.5 167.34 -6.69S - 3 0 0 56 16 34.1 0 30 14 56 164 0.68 158.6 167.39 -6.64S - 2 45 0 56 21 25.8 0 30 39 56 164 0.69 158.6 167.44 -6.59S - 2 30 0 56 26 14.3 0 31 5 56 165 0.69 158.7 167.49 -6.53S - 2 15 0 56 30 59.6 0 31 30 56 166 0.69 158.7 167.55 -6.48S - 2 0 0 56 35 41.9 0 31 55 55 166 0.69 158.8 167.60 -6.43S - 1 45 0 56 40 21.0 0 32 20 55 167 0.69 158.8 167.65 -6.38S - 1 30 0 56 44 57.1 0 32 45 55 167 0.69 158.9 167.70 -6.32S - 1 15 0 56 49 30.2 0 33 10 55 168 0.69 158.9 167.75 -6.27S - 1 0 0 56 54 0.2 0 33 34 55 169 0.69 159.0 167.81 -6.22S - 0 45 0 56 58 27.2 0 33 59 55 169 0.69 159.0 167.86 -6.17S - 0 30 0 57 2 51.2 0 34 23 55 170 0.69 159.1 167.91 -6.12S - 0 15 0 57 7 12.3 0 34 48 55 170 0.69 159.2 167.96 -6.06S 0 0 0 57 11 30.4 0 35 12 55 171 0.69 159.2 168.01 -6.01S 0 15 0 57 15 45.6 0 35 36 55 171 0.70 159.3 168.07 -5.96S 0 30 0 57 19 57.9 0 36 0 55 172 0.70 159.3 168.12 -5.91S 0 45 0 57 24 7.3 0 36 24 55 173 0.70 159.4 168.17 -5.86S 1 0 0 57 28 13.8 0 36 48 55 173 0.70 159.4 168.22 -5.80S 1 15 0 57 32 17.6 0 37 12 55 174 0.70 159.5 168.27 -5.75S 1 30 0 57 36 18.5 0 37 35 55 174 0.70 159.5 168.32 -5.70S 1 45 0 57 40 16.6 0 37 59 55 175 0.70 159.6 168.38 -5.65S 2 0 0 57 44 11.9 0 38 22 55 175 0.70 159.6 168.43 -5.60S 2 15 0 57 48 4.5 0 38 45 55 176 0.71 159.7 168.48 -5.55S 2 30 0 57 51 54.3 0 39 8 55 177 0.71 159.7 168.53 -5.50S 2 45 0 57 55 41.5 0 39 32 55 177 0.71 159.8 168.58 -5.45S 3 0 0 57 59 25.9 0 39 55 55 178 0.71 159.8 168.63 -5.39S 3 15 0 58 3 7.6 0 40 17 55 178 0.71 159.9 168.68 -5.34S 3 30 0 58 6 46.7 0 40 40 55 179 0.71 159.9 168.73 -5.29S 3 45 0 58 10 23.1 0 41 3 54 179 0.71 160.0 168.78 -5.24S 4 0 0 58 13 56.9 0 41 25 54 180 0.72 160.0 168.83 -5.19S 4 15 0 58 17 28.1 0 41 48 54 180 0.72 160.1 168.88 -5.14S 4 30 0 58 20 56.7 0 42 10 54 181 0.72 160.1 168.93 -5.09S 4 45 0 58 24 22.8 0 42 33 54 182 0.72 160.2 168.98 -5.04S 5 0 0 58 27 46.2 0 42 55 54 182 0.72 160.2 169.03 -4.99S 5 15 0 58 31 7.2 0 43 17 54 183 0.72 160.3 169.08 -4.94S 5 30 0 58 34 25.6 0 43 39 54 183 0.73 160.3 169.13 -4.89S 5 45 0 58 37 41.5 0 44 1 54 184 0.73 160.4 169.18 -4.84S 6 0 0 58 40 54.9 0 44 23 54 184 0.73 160.4 169.23 -4.79S 6 15 0 58 44 5.9 0 44 44 54 185 0.73 160.5 169.28 -4.74S 6 30 0 58 47 14.4 0 45 6 54 185 0.73 160.5 169.33 -4.69S 6 45 0 58 50 20.5 0 45 28 54 186 0.73 160.6 169.38 -4.64S 7 0 0 58 53 24.1 0 45 49 54 186 0.74 160.6 169.43 -4.59S 7 15 0 58 56 25.4 0 46 10 54 187 0.74 160.7 169.48 -4.54S 7 30 0 58 59 24.2 0 46 32 53 187 0.74 160.7 169.53 -4.50S 7 45 0 59 2 20.7 0 46 53 53 188 0.74 160.8 169.58 -4.45S 8 0 0 59 5 14.8 0 47 14 53 188 0.74 160.8 169.62 -4.40S 8 15 0 59 8 6.6 0 47 35 53 189 0.75 160.9 169.67 -4.35S 8 30 0 59 10 56.1 0 47 56 53 189 0.75 160.9 169.72 -4.30S 8 45 0 59 13 43.2 0 48 17 53 190 0.75 161.0 169.77 -4.25S 9 0 0 59 16 28.1 0 48 38 53 190 0.75 161.0 169.82 -4.20S 9 15 0 59 19 10.6 0 48 58 53 191 0.75 161.1 169.87 -4.15S 9 30 0 59 21 50.9 0 49 19 53 191 0.76 161.1 169.91 -4.11S 9 45 0 59 24 28.9 0 49 39 53 192 0.76 161.2 169.96 -4.06S 10 0 0 59 27 4.7 0 50 0 53 192 0.76 161.2 170.01 -4.01S 10 15 0 59 29 38.3 0 50 20 53 193 0.76 161.3 170.06 -3.96S 10 30 0 59 32 9.6 0 50 41 53 193 0.77 161.3 170.11 -3.91S 10 45 0 59 34 38.7 0 51 1 52 194 0.77 161.3 170.15 -3.87S 11 0 0 59 37 5.7 0 51 21 52 194 0.77 161.4 170.20 -3.82S 11 15 0 59 39 30.5 0 51 41 52 195 0.77 161.4 170.25 -3.77S 11 30 0 59 41 53.1 0 52 1 52 195 0.77 161.5 170.30 -3.72S 11 45 0 59 44 13.5 0 52 21 52 196 0.78 161.5 170.34 -3.68S 12 0 0 59 46 31.8 0 52 41 52 196 0.78 161.6 170.39 -3.63S 12 15 0 59 48 48.0 0 53 0 52 197 0.78 161.6 170.44 -3.58S 12 30 0 59 51 2.1 0 53 20 52 197 0.78 161.7 170.48 -3.54S 12 45 0 59 53 14.1 0 53 40 52 198 0.79 161.7 170.53 -3.49S 13 0 0 59 55 23.9 0 53 59 52 198 0.79 161.8 170.58 -3.44S 13 15 0 59 57 31.7 0 54 19 52 199 0.79 161.8 170.62 -3.40S 13 30 0 59 59 37.4 0 54 38 52 199 0.79 161.9 170.67 -3.35S 13 45 0 60 1 41.1 0 54 57 51 200 0.80 161.9 170.72 -3.30S 14 0 0 60 3 42.7 0 55 17 51 200 0.80 162.0 170.76 -3.26S 14 15 0 60 5 42.3 0 55 36 51 201 0.80 162.0 170.81 -3.21S 14 30 0 60 7 39.8 0 55 55 51 201 0.80 162.0 170.85 -3.17S 14 45 0 60 9 35.4 0 56 14 51 202 0.81 162.1 170.90 -3.12S 15 0 0 60 11 28.9 0 56 33 51 202 0.81 162.1 170.95 -3.07S 15 15 0 60 13 20.4 0 56 52 51 202 0.81 162.2 170.99 -3.03S 15 30 0 60 15 10.0 0 57 11 51 203 0.81 162.2 171.04 -2.98S 15 45 0 60 16 57.5 0 57 30 51 203 0.82 162.3 171.08 -2.94S 16 0 0 60 18 43.1 0 57 48 51 204 0.82 162.3 171.13 -2.89S 16 15 0 60 20 26.8 0 58 7 51 204 0.82 162.4 171.17 -2.85S 16 30 0 60 22 8.5 0 58 25 50 205 0.83 162.4 171.22 -2.80S 16 45 0 60 23 48.3 0 58 44 50 205 0.83 162.5 171.26 -2.76S 17 0 0 60 25 26.1 0 59 2 50 206 0.83 162.5 171.31 -2.71S 17 15 0 60 27 2.0 0 59 21 50 206 0.83 162.5 171.35 -2.66S 17 30 0 60 28 36.1 0 59 39 50 207 0.84 162.6 171.40 -2.62S 17 45 0 60 30 8.2 0 59 57 50 207 0.84 162.6 171.44 -2.58S 18 0 0 60 31 38.4 1 0 16 50 207 0.84 162.7 171.49 -2.53S 18 15 0 60 33 6.7 1 0 34 50 208 0.84 162.7 171.53 -2.49S 18 30 0 60 34 33.2 1 0 52 50 208 0.85 162.8 171.58 -2.44S 18 45 0 60 35 57.7 1 1 10 50 209 0.85 162.8 171.62 -2.40S 19 0 0 60 37 20.5 1 1 28 50 209 0.85 162.9 171.66 -2.35S 19 15 0 60 38 41.3 1 1 46 49 210 0.86 162.9 171.71 -2.31S 19 30 0 60 40 0.4 1 2 4 49 210 0.86 162.9 171.75 -2.27S 19 45 0 60 41 17.6 1 2 21 49 210 0.86 163.0 171.80 -2.22S 20 0 0 60 42 32.9 1 2 39 49 211 0.87 163.0 171.84 -2.18S 20 15 0 60 43 46.5 1 2 57 49 211 0.87 163.1 171.88 -2.13S 20 30 0 60 44 58.2 1 3 14 49 212 0.87 163.1 171.93 -2.09S 20 45 0 60 46 8.1 1 3 32 49 212 0.88 163.2 171.97 -2.05S 21 0 0 60 47 16.2 1 3 50 49 213 0.88 163.2 172.01 -2.00S 21 15 0 60 48 22.5 1 4 7 49 213 0.88 163.3 172.06 -1.96S 21 30 0 60 49 27.0 1 4 24 49 213 0.88 163.3 172.10 -1.92S 21 45 0 60 50 29.8 1 4 42 48 214 0.89 163.3 172.14 -1.87S 22 0 0 60 51 30.7 1 4 59 48 214 0.89 163.4 172.19 -1.83S 22 15 0 60 52 29.9 1 5 16 48 215 0.89 163.4 172.23 -1.79S 22 30 0 60 53 27.4 1 5 33 48 215 0.90 163.5 172.27 -1.75S 22 45 0 60 54 23.0 1 5 51 48 216 0.90 163.5 172.31 -1.70S 23 0 0 60 55 17.0 1 6 8 48 216 0.90 163.6 172.36 -1.66S 23 15 0 60 56 9.1 1 6 25 48 216 0.91 163.6 172.40 -1.62S 23 30 0 60 56 59.6 1 6 42 48 217 0.91 163.6 172.44 -1.58S 23 45 0 60 57 48.3 1 6 59 48 217 0.91 163.7 172.48 -1.53S 24 0 0 60 58 35.3 1 7 16 47 218 0.92 163.7 172.53 -1.49S 24 15 0 60 59 20.5 1 7 32 47 218 0.92 163.8 172.57 -1.45S 24 30 0 61 0 4.1 1 7 49 47 218 0.92 163.8 172.61 -1.41S 24 45 0 61 0 45.9 1 8 6 47 219 0.93 163.9 172.65 -1.36S 25 0 0 61 1 26.0 1 8 23 47 219 0.93 163.9 172.69 -1.32S 25 15 0 61 2 4.4 1 8 39 47 220 0.93 163.9 172.74 -1.28S 25 30 0 61 2 41.2 1 8 56 47 220 0.94 164.0 172.78 -1.24S 25 45 0 61 3 16.2 1 9 12 47 220 0.94 164.0 172.82 -1.20S 26 0 0 61 3 49.5 1 9 29 47 221 0.95 164.1 172.86 -1.16S 26 15 0 61 4 21.2 1 9 45 46 221 0.95 164.1 172.90 -1.11S 26 30 0 61 4 51.2 1 10 2 46 222 0.95 164.1 172.94 -1.07S 26 45 0 61 5 19.5 1 10 18 46 222 0.96 164.2 172.99 -1.03S 27 0 0 61 5 46.1 1 10 35 46 222 0.96 164.2 173.03 -0.99S 27 15 0 61 6 11.0 1 10 51 46 223 0.96 164.3 173.07 -0.95S 27 30 0 61 6 34.3 1 11 7 46 223 0.97 164.3 173.11 -0.91S 27 45 0 61 6 56.0 1 11 23 46 224 0.97 164.3 173.15 -0.87S 28 0 0 61 7 15.9 1 11 39 46 224 0.97 164.4 173.19 -0.83S 28 15 0 61 7 34.2 1 11 55 46 224 0.98 164.4 173.23 -0.79S 28 30 0 61 7 50.9 1 12 12 46 225 0.98 164.5 173.27 -0.75S 28 45 0 61 8 5.9 1 12 28 45 225 0.99 164.5 173.31 -0.70S 29 0 0 61 8 19.3 1 12 44 45 225 0.99 164.6 173.35 -0.66S 29 15 0 61 8 31.0 1 12 59 45 226 0.99 164.6 173.39 -0.62S 29 30 0 61 8 41.1 1 13 15 45 226 1.00 164.6 173.43 -0.58S 29 45 0 61 8 49.6 1 13 31 45 227 1.00 164.7 173.47 -0.54S 30 0 0 61 8 56.4 1 13 47 45 227 1.01 164.7 173.51 -0.50S 30 15 0 61 9 1.6 1 14 3 45 227 1.01 164.8 173.55 -0.46S 30 30 0 61 9 5.2 1 14 19 45 228 1.01 164.8 173.59 -0.42S 30 45 0 61 9 7.2 1 14 34 44 228 1.02 164.8 173.63 -0.38S 31 0 0 61 9 7.5 1 14 50 44 229 1.02 164.9 173.67 -0.34S 31 15 0 61 9 6.2 1 15 5 44 229 1.03 164.9 173.71 -0.30S 31 30 0 61 9 3.4 1 15 21 44 229 1.03 165.0 173.75 -0.26S 31 45 0 61 8 58.8 1 15 37 44 230 1.03 165.0 173.79 -0.22S 32 0 0 61 8 52.7 1 15 52 44 230 1.04 165.0 173.83 -0.18S 32 15 0 61 8 45.0 1 16 8 44 230 1.04 165.1 173.87 -0.14S 32 30 0 61 8 35.7 1 16 23 44 231 1.05 165.1 173.91 -0.11S 32 45 0 61 8 24.7 1 16 38 44 231 1.05 165.2 173.95 -0.07S 33 0 0 61 8 12.2 1 16 54 43 231 1.06 165.2 173.99 -0.03S 33 15 0 61 7 58.0 1 17 9 43 232 1.06 165.2 174.03 0.01S 33 30 0 61 7 42.3 1 17 24 43 232 1.06 165.3 174.07 0.05S 33 45 0 61 7 24.9 1 17 39 43 233 1.07 165.3 174.11 0.09S 34 0 0 61 7 6.0 1 17 55 43 233 1.07 165.3 174.15 0.13S 34 15 0 61 6 45.4 1 18 10 43 233 1.08 165.4 174.18 0.17S 34 30 0 61 6 23.3 1 18 25 43 234 1.08 165.4 174.22 0.21S 34 45 0 61 5 59.6 1 18 40 43 234 1.09 165.5 174.26 0.25S 35 0 0 61 5 34.3 1 18 55 42 234 1.09 165.5 174.30 0.28S 35 15 0 61 5 7.4 1 19 10 42 235 1.10 165.5 174.34 0.32S 35 30 0 61 4 38.9 1 19 25 42 235 1.10 165.6 174.38 0.36S 35 45 0 61 4 8.8 1 19 40 42 235 1.11 165.6 174.42 0.40S 36 0 0 61 3 37.1 1 19 55 42 236 1.11 165.7 174.45 0.44S 36 15 0 61 3 3.8 1 20 10 42 236 1.11 165.7 174.49 0.48S 36 30 0 61 2 29.0 1 20 25 42 237 1.12 165.7 174.53 0.51S 36 45 0 61 1 52.6 1 20 39 42 237 1.12 165.8 174.57 0.55S 37 0 0 61 1 14.5 1 20 54 42 237 1.13 165.8 174.61 0.59S 37 15 0 61 0 34.9 1 21 9 41 238 1.13 165.8 174.65 0.63S 37 30 0 60 59 53.7 1 21 24 41 238 1.14 165.9 174.68 0.67S 37 45 0 60 59 10.9 1 21 38 41 238 1.14 165.9 174.72 0.70S 38 0 0 60 58 26.5 1 21 53 41 239 1.15 166.0 174.76 0.74S 38 15 0 60 57 40.6 1 22 8 41 239 1.15 166.0 174.80 0.78S 38 30 0 60 56 53.0 1 22 22 41 239 1.16 166.0 174.83 0.82S 38 45 0 60 56 3.9 1 22 37 41 240 1.16 166.1 174.87 0.86S 39 0 0 60 55 13.2 1 22 51 41 240 1.17 166.1 174.91 0.89S 39 15 0 60 54 20.9 1 23 6 40 240 1.17 166.1 174.95 0.93S 39 30 0 60 53 27.1 1 23 20 40 241 1.18 166.2 174.98 0.97S 39 45 0 60 52 31.6 1 23 35 40 241 1.18 166.2 175.02 1.01S 40 0 0 60 51 34.6 1 23 49 40 241 1.19 166.3 175.06 1.04S Path coordinates are referred to WGS84 (as used by GPS), with the nominal site altitude being referenced to Mean Sea Level. The path is adjusted for the effects of refraction at low moon altitudes. 621 is variable: 621 = V1137 Tau, 6.18 to 6.22, Hp, Type ACV: 621 is in the Kepler2 program, ID= 210964459 621 is double: This next pair is not confirmed ** 7.0 7.0 0.050" 350.0 (OCc1227) Graze path of ? approximately 0.1 km south, and 0.0 secs later compared to the primary - refer to graze profile for exact distances Librations Long +3.69 Lat -2.08 P +169.91 D -1.15 Illumination of moon 98%- Elongation of Moon 162 Vertical Profile Scale approx. 2.25 km/arcsec at mean distance of moon Horizontal Scale Factor 1.52 deg/min At longitude 10.00: Limiting Magnitudes for various telescope apertures (in cm) CA\Tdia 5 10 15 20 25 30 35 -8.0 2.2 3.6 4.4 4.9 5.2 5.4 5.6 -6.0 2.2 3.6 4.4 4.9 5.2 5.4 5.6 -4.0 2.2 3.6 4.4 4.9 5.2 5.4 5.6 -2.0 2.2 3.6 4.4 4.9 5.2 5.4 5.6 0.0 2.2 3.6 4.4 4.9 5.2 5.4 5.6 ------------------------------------------------------------------------------ Double star catalogue details AAVSO Variable star entry Variable identifier Type Max Min Ph Epoch Period V1137 Tau ACV: 6.18 6.22 Hp ------------------------------------------------------------------------------ Results of Observer Scan UT Site Long. Lat. Dist. h m s Ähtäri 24.1 62.6 174km 1 7 21.9 Bergen Norway 5.3 60.4 189km 0 43 23.8 Gävle Sweden 17.1 60.7 26km 0 59 11.0 Hämeenlinna Vegan tähtitorni 24.4 61.0 0km 1 7 44.4 Hamina 27.2 60.6 59km 1 10 47.6 Hartola 26.0 61.6 57km 1 9 30.2 Helsinki Kaivopuisto 25.0 60.2 96km 1 8 19.6 Helsinki Pirkkolan urheilupuisto 24.9 60.2 87km 1 8 16.3 Ilomantsi 30.9 62.7 169km 1 14 44.4 Imatra 28.8 61.2 10km 1 12 29.1 Jämsä 25.2 61.9 93km 1 8 34.8 Järvenpää 25.1 60.5 61km 1 8 28.7 Joensuu Jakokoski 30.0 62.7 175km 1 13 46.5 Jyväskylä Rihlaperä 25.7 62.2 131km 1 9 9.3 Kangasala 24.0 61.4 47km 1 7 15.6 Karstad Sweden 13.5 59.4 64km 0 54 38.9 Kaskinen 21.2 62.4 173km 1 4 5.5 Kemiö 22.8 60.1 84km 1 5 52.5 Kouvola 26.7 60.9 24km 1 10 12.7 Kuopio Huuhanmäki 27.6 62.9 197km 1 11 16.5 Lahti Pirttiharju 25.6 61.0 7km 1 9 1.7 Laitila 21.7 60.9 4km 1 4 37.0 Lappeenranta Kirkko Kirkkok 11 28.2 61.1 7km 1 11 51.4 Loimaa 23.1 60.8 9km 1 6 11.2 Loviisa 26.2 60.5 68km 1 9 43.5 Maarianhamina Kirkko Storag 12 19.9 60.1 67km 1 2 34.5 Mänttä 24.6 62.0 113km 1 7 57.4 Mäntyharju 26.9 61.4 36km 1 10 26.9 Merikarvia 21.5 61.9 114km 1 4 24.6 Mikkeli Kiiskinmäki 27.2 61.7 64km 1 10 50.0 Mora Sweden 14.5 61.0 94km 0 55 57.8 Orimattila Artjärvi Tähtikallio 26.2 60.7 37km 1 9 42.9 Oslo Norway 10.8 59.9 35km 0 51 1.0 Parkano 23.0 62.0 120km 1 6 9.2 Pietari Russia 30.1 59.9 135km 1 13 51.5 Pori 21.8 61.5 71km 1 4 45.2 Porvoo 25.7 60.4 74km 1 9 8.9 Rautalampi 26.7 62.6 164km 1 10 14.9 Salo 23.1 60.4 60km 1 6 16.8 Savonlinna 28.9 61.9 81km 1 12 35.6 Siilinjärvi 27.7 63.1 219km 1 11 18.5 Siuntio 24.2 60.2 90km 1 7 28.7 Stockholm Sweden 18.1 59.3 130km 1 0 20.0 Tallinna Estonia 24.8 59.4 178km 1 8 5.9 Tampere Kauppi 23.8 61.5 60km 1 7 1.5 Turku Iso-Heikkilä 22.2 60.5 47km 1 5 14.9 Ulvila Vesitorni 21.9 61.4 64km 1 4 53.9 Vaasa Sundom 21.6 63.0 242km 1 4 29.8 Vantaa 25.0 60.3 78km 1 8 21.3 Varkaus 27.9 62.3 132km 1 11 31.5 Virsbo Gammelby Sweden 16.1 59.9 49km 0 57 54.6