Ephemeris for P/ Churyumov-Gerasimenko 67 Omega= 12.7973 OMEGA= 50.1345 i= 7.0401 q= 1.243268 a= 3.461908 e=0.640872 P= 6.441 T= 2015 August 13.0851 Equinox= 2000 Magnitudes calculated from m= 7.5+5.0*Log(d)+ 0.0250*Abs(Date-T- 40.0) Station: 50N Latitude: 50.000 Longitude: 0.000 Magnetic variation: 0.0 Observing constraints: Sun below -13. deg Object above***** deg February 2015 Positions for 00:00 ET, Times in UT Elong Moon Comet Day R.A. B1950 Dec R.A. J2000 Dec Mag D R Trans Observable Sun Moon Phase Tail pA d RA dDec 1/ 2 21 22.1 -20.40 21 24.9 -20.27 16.0 3.39 2.41 12.38 Not Observable 7 153 97 0 119 0 0 2/ 3 21 23.9 -20.31 21 26.8 -20.18 15.9 3.38 2.40 12.36 Not Observable 6 163 100 0 123 10 3 3/ 4 21 25.8 -20.22 21 28.6 -20.09 15.9 3.37 2.40 12.34 Not Observable 6 170 100 0 127 11 3 4/ 5 21 27.7 -20.13 21 30.5 -19.60 15.9 3.37 2.39 12.32 Not Observable 6 167 100 0 131 11 3 5/ 6 21 29.6 -20.04 21 32.4 -19.51 15.8 3.36 2.38 12.30 Not Observable 6 158 97 0 136 11 3 6/ 7 21 31.5 -19.55 21 34.3 -19.41 15.8 3.35 2.37 12.28 Not Observable 5 147 92 0 141 11 3 7/ 8 21 33.4 -19.45 21 36.2 -19.32 15.8 3.35 2.37 12.26 Not Observable 5 136 87 0 146 11 3 8/ 9 21 35.3 -19.36 21 38.1 -19.22 15.7 3.34 2.36 12.24 Not Observable 5 125 79 0 152 11 3 9/10 21 37.2 -19.26 21 40.0 -19.13 15.7 3.33 2.35 12.22 Not Observable 5 114 71 0 158 11 3 10/11 21 39.1 -19.17 21 41.9 -19.03 15.7 3.33 2.34 12.20 Not Observable 5 102 62 0 164 11 4 11/12 21 41.0 -19.07 21 43.8 -18.53 15.7 3.32 2.34 12.18 Not Observable 5 90 52 0 170 11 4 12/13 21 43.0 -18.57 21 45.8 -18.43 15.6 3.31 2.33 12.16 Not Observable 5 78 41 0 176 11 4 13/14 21 44.9 -18.47 21 47.7 -18.33 15.6 3.30 2.32 12.14 Not Observable 5 66 31 0 181 11 4 14/15 21 46.8 -18.37 21 49.6 -18.23 15.6 3.29 2.31 12.12 Not Observable 5 53 21 0 186 11 4 15/16 21 48.8 -18.27 21 51.6 -18.13 15.5 3.29 2.31 12.10 Not Observable 6 39 12 0 191 11 4 16/17 21 50.7 -18.16 21 53.5 -18.02 15.5 3.28 2.30 12.08 Not Observable 6 26 5 0 195 11 4 17/18 21 52.7 -18.06 21 55.5 -17.52 15.5 3.27 2.29 12.06 Not Observable 6 13 1 0 199 11 4 18/19 21 54.7 -17.56 21 57.4 -17.41 15.4 3.26 2.28 12.04 Not Observable 7 10 0 0 202 11 4 19/20 21 56.6 -17.45 21 59.4 -17.31 15.4 3.25 2.28 12.02 Not Observable 7 21 1 0 205 11 4 20/21 21 58.6 -17.35 22 1.3 -17.20 15.4 3.24 2.27 11.60 Not Observable 7 35 6 0 208 11 4 21/22 22 0.6 -17.24 22 3.3 -17.09 15.4 3.24 2.26 11.58 Not Observable 8 49 13 0 210 11 4 22/23 22 2.6 -17.13 22 5.3 -16.58 15.3 3.23 2.25 11.56 Not Observable 8 63 22 0 212 11 4 23/24 22 4.5 -17.02 22 7.3 -16.47 15.3 3.22 2.24 11.54 Not Observable 8 76 32 0 214 11 4 24/25 22 6.5 -16.51 22 9.3 -16.36 15.3 3.21 2.24 11.52 Not Observable 9 89 43 0 216 11 4 25/26 22 8.5 -16.40 22 11.2 -16.25 15.2 3.20 2.23 11.50 Not Observable 9 102 53 0 218 11 4 26/27 22 10.5 -16.29 22 13.2 -16.14 15.2 3.19 2.22 11.48 Not Observable 10 114 63 0 219 12 4 27/28 22 12.5 -16.17 22 15.3 -16.02 15.2 3.18 2.21 11.46 Not Observable 10 126 73 0 221 12 4 28/29 22 14.6 -16.06 22 17.3 -15.51 15.1 3.17 2.21 11.44 Not Observable 11 137 81 0 222 12 4 Ephemeris for P/ Churyumov-Gerasimenko 67 Omega= 12.7973 OMEGA= 50.1345 i= 7.0401 q= 1.243268 a= 3.461908 e=0.640872 P= 6.441 T= 2015 August 13.0851 Equinox= 2000 Magnitudes calculated from m= 7.5+5.0*Log(d)+ 0.0250*Abs(Date-T- 40.0) Station: 50N Latitude: 50.000 Longitude: 0.000 Magnetic variation: 0.0 Observing constraints: Sun below -13. deg Object above***** deg March 2015 Positions for 00:00 ET, Times in UT Elong Moon Comet Day R.A. B1950 Dec R.A. J2000 Dec Mag D R Trans Observable Sun Moon Phase Tail pA d RA dDec 1/ 2 22 16.6 -15.55 22 19.3 -15.39 15.1 3.16 2.20 11.42 Not Observable 11 148 88 0 223 12 4 2/ 3 22 18.6 -15.43 22 21.3 -15.28 15.1 3.15 2.19 11.40 Not Observable 11 159 94 0 224 12 4 3/ 4 22 20.6 -15.31 22 23.3 -15.16 15.0 3.14 2.18 11.38 Not Observable 12 169 98 0 225 12 4 4/ 5 22 22.7 -15.19 22 25.4 -15.04 15.0 3.13 2.18 11.36 Not Observable 12 171 100 0 226 12 4 5/ 6 22 24.7 -15.08 22 27.4 -14.52 15.0 3.12 2.17 11.35 Not Observable 13 163 100 0 226 12 4 6/ 7 22 26.8 -14.56 22 29.4 -14.40 14.9 3.11 2.16 11.33 Not Observable 13 153 99 0 227 12 5 7/ 8 22 28.8 -14.43 22 31.5 -14.28 14.9 3.10 2.15 11.31 Not Observable 14 142 96 0 228 12 5 8/ 9 22 30.9 -14.31 22 33.5 -14.16 14.9 3.09 2.14 11.29 Not Observable 14 131 91 0 228 12 5 9/10 22 32.9 -14.19 22 35.6 -14.03 14.8 3.08 2.14 11.27 Not Observable 14 119 85 0 229 12 5 10/11 22 35.0 -14.07 22 37.7 -13.51 14.8 3.07 2.13 11.25 Not Observable 15 108 77 0 230 12 5 11/12 22 37.1 -13.54 22 39.7 -13.38 14.8 3.06 2.12 11.23 Not Observable 15 96 68 0 230 12 5 12/13 22 39.2 -13.41 22 41.8 -13.26 14.8 3.05 2.11 11.21 Not Observable 16 84 58 0 231 12 5 13/14 22 41.3 -13.29 22 43.9 -13.13 14.7 3.04 2.11 11.20 Not Observable 16 71 47 0 231 12 5 14/15 22 43.4 -13.16 22 46.0 -13.00 14.7 3.03 2.10 11.18 Not Observable 17 58 36 0 231 12 5 15/16 22 45.5 -13.03 22 48.1 -12.47 14.7 3.02 2.09 11.16 Not Observable 17 45 26 0 232 12 5 16/17 22 47.6 -12.50 22 50.2 -12.34 14.6 3.01 2.08 11.14 Not Observable 17 31 16 0 232 12 5 17/18 22 49.7 -12.37 22 52.3 -12.21 14.6 3.00 2.08 11.12 Not Observable 18 18 8 0 232 12 5 18/19 22 51.8 -12.24 22 54.4 -12.08 14.6 2.99 2.07 11.10 Not Observable 18 8 2 0 233 12 5 19/20 22 53.9 -12.10 22 56.6 -11.54 14.5 2.98 2.06 11.09 Not Observable 19 15 0 0 233 13 5 20/21 22 56.1 -11.57 22 58.7 -11.41 14.5 2.97 2.05 11.07 Not Observable 19 28 0 0 233 13 5 21/22 22 58.2 -11.44 23 0.8 -11.27 14.5 2.96 2.04 11.05 Not Observable 19 42 3 0 234 13 5 22/23 23 0.4 -11.30 23 3.0 -11.14 14.4 2.95 2.04 11.03 Not Observable 20 56 9 0 234 13 5 23/24 23 2.5 -11.16 23 5.1 -11.00 14.4 2.93 2.03 11.01 Not Observable 20 70 17 0 234 13 5 24/25 23 4.7 -11.02 23 7.3 -10.46 14.4 2.92 2.02 10.60 Not Observable 21 83 27 0 234 13 5 25/26 23 6.8 -10.49 23 9.5 -10.32 14.3 2.91 2.01 10.58 Not Observable 21 95 37 0 235 13 5 26/27 23 9.0 -10.35 23 11.6 -10.18 14.3 2.90 2.01 10.56 Not Observable 21 107 47 0 235 13 5 27/28 23 11.2 -10.20 23 13.8 -10.04 14.3 2.89 2.00 10.54 Not Observable 22 119 57 0 235 13 5 28/29 23 13.4 -10.06 23 16.0 -9.50 14.2 2.88 1.99 10.52 Not Observable 22 131 67 0 235 13 5 29/30 23 15.6 -9.52 23 18.2 -9.35 14.2 2.87 1.98 10.51 Not Observable 23 142 75 0 236 13 5 30/31 23 17.8 -9.38 23 20.4 -9.21 14.2 2.86 1.98 10.49 Not Observable 23 153 83 0 236 13 6 31/32 23 20.0 -9.23 23 22.6 -9.07 14.1 2.84 1.97 10.47 Not Observable 23 164 90 0 236 13 6 Ephemeris for P/ Churyumov-Gerasimenko 67 Omega= 12.7973 OMEGA= 50.1345 i= 7.0401 q= 1.243268 a= 3.461908 e=0.640872 P= 6.441 T= 2015 August 13.0851 Equinox= 2000 Magnitudes calculated from m= 7.5+5.0*Log(d)+ 0.0250*Abs(Date-T- 40.0) Station: 50N Latitude: 50.000 Longitude: 0.000 Magnetic variation: 0.0 Observing constraints: Sun below -13. deg Object above***** deg April 2015 Positions for 00:00 ET, Times in UT Elong Moon Comet Day R.A. B1950 Dec R.A. J2000 Dec Mag D R Trans Observable Sun Moon Phase Tail pA d RA dDec 1/ 2 23 22.2 -9.08 23 24.8 -8.52 14.1 2.83 1.96 10.46 Not Observable 24 172 95 0 236 13 6 2/ 3 23 24.5 -8.54 23 27.1 -8.37 14.1 2.82 1.95 10.44 Not Observable 24 170 98 0 236 13 6 3/ 4 23 26.7 -8.39 23 29.3 -8.22 14.0 2.81 1.94 10.42 Not Observable 24 160 100 0 236 13 6 4/ 5 23 28.9 -8.24 23 31.5 -8.07 14.0 2.80 1.94 10.40 Not Observable 25 149 100 0 237 13 6 5/ 6 23 31.2 -8.09 23 33.8 -7.52 14.0 2.79 1.93 10.39 Not Observable 25 138 98 0 237 13 6 6/ 7 23 33.5 -7.54 23 36.0 -7.37 13.9 2.77 1.92 10.37 Not Observable 26 126 95 0 237 14 6 7/ 8 23 35.7 -7.39 23 38.3 -7.22 13.9 2.76 1.91 10.35 Not Observable 26 114 89 0 237 14 6 8/ 9 23 38.0 -7.23 23 40.6 -7.07 13.9 2.75 1.91 10.34 Not Observable 26 102 82 0 237 14 6 9/10 23 40.3 -7.08 23 42.9 -6.51 13.8 2.74 1.90 10.32 Not Observable 27 90 73 0 237 14 6 10/11 23 42.6 -6.53 23 45.2 -6.36 13.8 2.73 1.89 10.30 Not Observable 27 78 63 0 237 14 6 11/12 23 44.9 -6.37 23 47.5 -6.20 13.7 2.72 1.88 10.29 Not Observable 27 65 52 0 238 14 6 12/13 23 47.2 -6.21 23 49.8 -6.05 13.7 2.70 1.88 10.27 Not Observable 28 52 41 0 238 14 6 13/14 23 49.6 -6.05 23 52.1 -5.49 13.7 2.69 1.87 10.26 Not Observable 28 38 30 0 238 14 6 14/15 23 51.9 -5.50 23 54.5 -5.33 13.6 2.68 1.86 10.24 Not Observable 28 25 19 0 238 14 6 15/16 23 54.2 -5.34 23 56.8 -5.17 13.6 2.67 1.85 10.22 Not Observable 29 11 11 0 238 14 6 16/17 23 56.6 -5.17 23 59.2 -5.01 13.6 2.66 1.84 10.21 Not Observable 29 7 4 0 238 14 6 17/18 23 59.0 -5.01 24 1.5 -4.45 13.5 2.65 1.84 10.19 Not Observable 29 19 0 0 238 14 6 18/19 0 1.3 -4.45 0 3.9 -4.28 13.5 2.63 1.83 10.18 Not Observable 30 33 0 0 239-8954 6 19/20 0 3.7 -4.29 0 6.3 -4.12 13.5 2.62 1.82 10.16 Not Observable 30 47 2 0 239 14 6 20/21 0 6.1 -4.12 0 8.7 -3.56 13.4 2.61 1.81 10.14 Not Observable 30 60 6 0 239 14 6 21/22 0 8.5 -3.56 0 11.1 -3.39 13.4 2.60 1.81 10.13 Not Observable 31 73 13 1 239 15 6 22/23 0 11.0 -3.39 0 13.5 -3.22 13.4 2.59 1.80 10.11 Not Observable 31 86 21 1 239 15 6 23/24 0 13.4 -3.22 0 15.9 -3.06 13.3 2.58 1.79 10.10 Not Observable 31 98 31 1 239 15 6 24/25 0 15.8 -3.05 0 18.4 -2.49 13.3 2.56 1.78 10.08 Not Observable 31 110 40 1 239 15 7 25/26 0 18.3 -2.49 0 20.8 -2.32 13.3 2.55 1.78 10.07 Not Observable 32 122 50 1 239 15 7 26/27 0 20.8 -2.32 0 23.3 -2.15 13.2 2.54 1.77 10.05 Not Observable 32 133 60 1 240 15 7 27/28 0 23.2 -2.14 0 25.8 -1.58 13.2 2.53 1.76 10.04 Not Observable 32 144 69 1 240 15 7 28/29 0 25.7 -1.57 0 28.3 -1.41 13.2 2.52 1.75 10.03 Not Observable 33 155 77 1 240 15 7 29/30 0 28.2 -1.40 0 30.8 -1.23 13.1 2.50 1.75 10.01 Not Observable 33 166 85 1 240 15 7 30/31 0 30.7 -1.23 0 33.3 -1.06 13.1 2.49 1.74 9.60 Not Observable 33 175 91 1 240 15 7 Ephemeris for P/ Churyumov-Gerasimenko 67 Omega= 12.7973 OMEGA= 50.1345 i= 7.0401 q= 1.243268 a= 3.461908 e=0.640872 P= 6.441 T= 2015 August 13.0851 Equinox= 2000 Magnitudes calculated from m= 7.5+5.0*Log(d)+ 0.0250*Abs(Date-T- 40.0) Station: 50N Latitude: 50.000 Longitude: 0.000 Magnetic variation: 0.0 Observing constraints: Sun below -13. deg Object above***** deg May 2015 Positions for 00:00 ET, Times in UT Elong Moon Comet Day R.A. B1950 Dec R.A. J2000 Dec Mag D R Trans Observable Sun Moon Phase Tail pA d RA dDec 1/ 2 0 33.3 -1.05 0 35.8 -0.49 13.1 2.48 1.73 9.58 Not Observable 33 170 96 1 240 15 7 2/ 3 0 35.8 -0.48 0 38.4 -0.31 13.0 2.47 1.72 9.57 Not Observable 34 159 99 1 240 15 7 3/ 4 0 38.3 -0.30 0 40.9 -0.14 13.0 2.46 1.72 9.55 Not Observable 34 147 100 1 241 15 7 4/ 5 0 40.9 -0.12 0 43.5 0.04 12.9 2.45 1.71 9.54 Not Observable 34 135 100 1 241 16 7 5/ 6 0 43.5 0.05 0 46.0 0.22 12.9 2.44 1.70 9.53 Not Observable 34 123 97 1 241 16 7 6/ 7 0 46.1 0.23 0 48.6 0.39 12.9 2.42 1.70 9.51 Not Observable 35 111 92 1 241 16 7 7/ 8 0 48.7 0.41 0 51.2 0.57 12.8 2.41 1.69 9.50 Not Observable 35 99 85 1 241 16 7 8/ 9 0 51.3 0.59 0 53.9 1.15 12.8 2.40 1.68 9.49 Not Observable 35 86 76 1 241 16 7 9/10 0 53.9 1.17 0 56.5 1.33 12.8 2.39 1.67 9.47 Not Observable 35 73 66 1 241 16 7 10/11 0 56.6 1.35 0 59.2 1.51 12.7 2.38 1.67 9.46 Not Observable 36 60 55 1 242 16 7 11/12 0 59.3 1.53 1 1.8 2.09 12.7 2.37 1.66 9.45 Not Observable 36 47 44 1 242 16 7 12/13 1 1.9 2.12 1 4.5 2.28 12.7 2.36 1.65 9.44 Not Observable 36 33 32 1 242 16 7 13/14 1 4.6 2.30 1 7.2 2.46 12.6 2.35 1.64 9.42 Not Observable 36 20 22 1 242 16 7 14/15 1 7.3 2.48 1 9.9 3.04 12.6 2.33 1.64 9.41 Not Observable 37 7 13 1 242 16 7 15/16 1 10.1 3.07 1 12.6 3.23 12.6 2.32 1.63 9.40 Not Observable 37 9 6 1 242 17 7 16/17 1 12.8 3.25 1 15.4 3.41 12.5 2.31 1.62 9.39 Not Observable 37 22 1 1 243 17 7 17/18 1 15.6 3.44 1 18.1 3.60 12.5 2.30 1.62 9.37 Not Observable 37 36 0 1 243 17 7 18/19 1 18.3 4.02 1 20.9 4.18 12.5 2.29 1.61 9.36 Not Observable 37 49 0 1 243 17 7 19/20 1 21.1 4.21 1 23.7 4.37 12.4 2.28 1.60 9.35 Not Observable 38 62 4 1 243 17 7 20/21 1 23.9 4.40 1 26.5 4.55 12.4 2.27 1.60 9.34 Not Observable 38 74 9 1 243 17 7 21/22 1 26.7 4.59 1 29.3 5.14 12.3 2.26 1.59 9.33 Not Observable 38 86 16 1 243 17 7 22/23 1 29.6 5.17 1 32.2 5.33 12.3 2.25 1.58 9.32 Not Observable 38 98 25 1 244 17 7 23/24 1 32.4 5.36 1 35.0 5.51 12.3 2.24 1.57 9.31 Not Observable 38 110 34 1 244 17 7 24/25 1 35.3 5.55 1 37.9 6.10 12.2 2.23 1.57 9.30 Not Observable 38 121 43 1 244 17 7 25/26 1 38.2 6.14 1 40.8 6.29 12.2 2.22 1.56 9.29 Not Observable 39 132 53 1 244 17 7 26/27 1 41.1 6.33 1 43.7 6.48 12.2 2.21 1.55 9.28 Not Observable 39 143 62 1 244 18 7 27/28 1 44.0 6.52 1 46.7 7.07 12.1 2.20 1.55 9.27 Not Observable 39 154 71 1 245 18 7 28/29 1 47.0 7.11 1 49.6 7.25 12.1 2.19 1.54 9.26 Not Observable 39 165 80 2 245 18 7 29/30 1 50.0 7.30 1 52.6 7.44 12.1 2.18 1.53 9.25 Not Observable 39 176 87 2 245 18 7 30/31 1 52.9 7.49 1 55.6 8.03 12.0 2.17 1.53 9.24 Not Observable 39 172 93 2 245 18 7 31/32 1 55.9 8.08 1 58.6 8.22 12.0 2.16 1.52 9.23 Not Observable 40 160 97 2 246 18 7 Ephemeris for P/ Churyumov-Gerasimenko 67 Omega= 12.7973 OMEGA= 50.1345 i= 7.0401 q= 1.243268 a= 3.461908 e=0.640872 P= 6.441 T= 2015 August 13.0851 Equinox= 2000 Magnitudes calculated from m= 7.5+5.0*Log(d)+ 0.0250*Abs(Date-T- 40.0) Station: 50N Latitude: 50.000 Longitude: 0.000 Magnetic variation: 0.0 Observing constraints: Sun below -13. deg Object above***** deg June 2015 Positions for 00:00 ET, Times in UT Elong Moon Comet Day R.A. B1950 Dec R.A. J2000 Dec Mag D R Trans Observable Sun Moon Phase Tail pA d RA dDec 1/ 2 1 59.0 8.26 2 1.6 8.41 12.0 2.15 1.51 9.22 Not Observable 40 148 100 2 246 18 7 2/ 3 2 2.0 8.45 2 4.7 8.60 11.9 2.14 1.51 9.21 Not Observable 40 136 100 2 246 18 7 3/ 4 2 5.1 9.04 2 7.7 9.19 11.9 2.13 1.50 9.20 Not Observable 40 123 98 2 246 18 7 4/ 5 2 8.2 9.23 2 10.8 9.37 11.9 2.12 1.50 9.19 Not Observable 40 110 94 2 246 19 7 5/ 6 2 11.3 9.42 2 13.9 9.56 11.8 2.11 1.49 9.18 Not Observable 40 97 88 2 247 19 7 6/ 7 2 14.4 10.01 2 17.0 10.15 11.8 2.10 1.48 9.18 Not Observable 40 84 79 2 247 19 7 7/ 8 2 17.5 10.20 2 20.2 10.34 11.8 2.09 1.48 9.17 Not Observable 41 71 69 2 247 19 7 8/ 9 2 20.7 10.39 2 23.4 10.52 11.7 2.08 1.47 9.16 Not Observable 41 57 58 2 247 19 7 9/10 2 23.9 10.58 2 26.6 11.11 11.7 2.07 1.46 9.15 Not Observable 41 44 46 2 248 19 7 10/11 2 27.1 11.17 2 29.8 11.30 11.7 2.07 1.46 9.15 Not Observable 41 31 35 2 248 19 7 11/12 2 30.3 11.35 2 33.0 11.48 11.6 2.06 1.45 9.14 Not Observable 41 17 24 2 248 19 7 12/13 2 33.5 11.54 2 36.2 12.07 11.6 2.05 1.45 9.13 Not Observable 41 4 15 2 249 19 7 13/14 2 36.8 12.13 2 39.5 12.25 11.6 2.04 1.44 9.12 Not Observable 41 9 8 2 249 19 7 14/15 2 40.1 12.31 2 42.8 12.44 11.5 2.03 1.43 9.12 Not Observable 41 22 3 2 249 20 7 15/16 2 43.4 12.50 2 46.1 13.02 11.5 2.02 1.43 9.11 Not Observable 41 35 0 2 249 20 7 16/17 2 46.7 13.08 2 49.5 13.20 11.4 2.02 1.42 9.11 Not Observable 41 47 0 3 250 20 7 17/18 2 50.1 13.26 2 52.8 13.38 11.4 2.01 1.42 9.10 Not Observable 41 60 2 3 250 20 7 18/19 2 53.5 13.44 2 56.2 13.56 11.4 2.00 1.41 9.09 Not Observable 42 71 6 3 250 20 7 19/20 2 56.9 14.02 2 59.6 14.14 11.3 1.99 1.41 9.09 Not Observable 42 83 12 3 251 20 7 20/21 3 0.3 14.20 3 3.0 14.32 11.3 1.98 1.40 9.08 Not Observable 42 95 19 3 251 20 7 21/22 3 3.7 14.38 3 6.5 14.50 11.3 1.98 1.40 9.08 Not Observable 42 106 27 3 251 20 7 22/23 3 7.2 14.56 3 10.0 15.07 11.2 1.97 1.39 9.07 Not Observable 42 117 36 3 252 20 7 23/24 3 10.7 15.14 3 13.5 15.25 11.2 1.96 1.38 9.07 Not Observable 42 128 46 3 252 21 7 24/25 3 14.2 15.31 3 17.0 15.42 11.2 1.96 1.38 9.07 Not Observable 42 139 55 3 252 21 7 25/26 3 17.7 15.48 3 20.5 15.59 11.2 1.95 1.37 9.06 Not Observable 42 150 65 3 253 21 7 26/27 3 21.2 16.06 3 24.1 16.16 11.1 1.94 1.37 9.06 Not Observable 42 161 74 3 253 21 7 27/28 3 24.8 16.23 3 27.6 16.33 11.1 1.94 1.36 9.05 Not Observable 42 172 82 3 253 21 7 28/29 3 28.4 16.39 3 31.2 16.49 11.1 1.93 1.36 9.05 Not Observable 42 175 89 3 254 21 7 29/30 3 32.0 16.56 3 34.9 17.06 11.0 1.92 1.35 9.05 Not Observable 42 163 95 3 254 21 6 30/31 3 35.7 17.12 3 38.5 17.22 11.0 1.92 1.35 9.04 Not Observable 42 151 99 3 255 21 6 Ephemeris for P/ Churyumov-Gerasimenko 67 Omega= 12.7973 OMEGA= 50.1345 i= 7.0401 q= 1.243268 a= 3.461908 e=0.640872 P= 6.441 T= 2015 August 13.0851 Equinox= 2000 Magnitudes calculated from m= 7.5+5.0*Log(d)+ 0.0250*Abs(Date-T- 40.0) Station: 50N Latitude: 50.000 Longitude: 0.000 Magnetic variation: 0.0 Observing constraints: Sun below -13. deg Object above***** deg July 2015 Positions for 00:00 ET, Times in UT Elong Moon Comet Day R.A. B1950 Dec R.A. J2000 Dec Mag D R Trans Observable Sun Moon Phase Tail pA d RA dDec 1/ 2 3 39.3 17.29 3 42.2 17.38 11.0 1.91 1.35 9.04 Not Observable 42 138 100 4 255 21 6 2/ 3 3 43.0 17.45 3 45.8 17.54 10.9 1.90 1.34 9.04 Not Observable 42 125 99 4 255 21 6 3/ 4 3 46.7 18.01 3 49.5 18.10 10.9 1.90 1.34 9.04 Not Observable 42 112 96 4 256 21 6 4/ 5 3 50.4 18.16 3 53.3 18.25 10.9 1.89 1.33 9.03 Not Observable 42 98 90 4 256 22 6 5/ 6 3 54.1 18.32 3 57.0 18.40 10.8 1.89 1.33 9.03 Not Observable 42 85 81 4 256 22 6 6/ 7 3 57.9 18.47 4 0.8 18.55 10.8 1.88 1.32 9.03 Not Observable 42 71 71 4 257 22 6 7/ 8 4 1.7 19.02 4 4.6 19.10 10.8 1.88 1.32 9.03 Not Observable 42 58 60 4 257 22 6 8/ 9 4 5.5 19.17 4 8.4 19.24 10.7 1.87 1.32 9.03 Not Observable 43 45 48 4 258 22 6 9/10 4 9.3 19.31 4 12.2 19.39 10.7 1.87 1.31 9.03 Not Observable 43 32 37 4 258 22 6 10/11 4 13.1 19.45 4 16.0 19.52 10.7 1.86 1.31 9.03 Not Observable 43 19 27 4 259 22 5 11/12 4 17.0 19.59 4 19.9 20.06 10.6 1.86 1.30 9.03 Not Observable 43 7 17 4 259 22 5 12/13 4 20.8 20.13 4 23.8 20.19 10.6 1.85 1.30 9.02 Not Observable 43 7 10 4 259 22 5 13/14 4 24.7 20.26 4 27.7 20.33 10.6 1.85 1.30 9.02 Not Observable 43 19 4 5 260 22 5 14/15 4 28.6 20.39 4 31.6 20.45 10.6 1.84 1.29 9.02 Not Observable 43 31 1 5 260 22 5 15/16 4 32.5 20.52 4 35.5 20.58 10.5 1.84 1.29 9.02 Not Observable 43 43 0 5 261 22 5 16/17 4 36.5 21.04 4 39.4 21.10 10.5 1.83 1.29 9.02 Not Observable 43 55 0 5 261 22 5 17/18 4 40.4 21.16 4 43.4 21.22 10.5 1.83 1.28 9.02 Not Observable 43 66 3 5 262 23 5 18/19 4 44.4 21.28 4 47.4 21.33 10.4 1.83 1.28 9.02 Not Observable 43 77 8 5 262 23 4 19/20 4 48.4 21.40 4 51.4 21.44 10.4 1.82 1.28 9.02 Not Observable 43 88 14 5 263 23 4 20/21 4 52.4 21.51 4 55.3 21.55 10.4 1.82 1.28 9.03 Not Observable 43 99 21 5 263 23 4 21/22 4 56.4 22.01 4 59.4 22.06 10.3 1.82 1.27 9.03 Not Observable 43 110 30 5 263 23 4 22/23 5 0.4 22.12 5 3.4 22.16 10.3 1.81 1.27 9.03 Not Observable 43 121 39 5 264 23 4 23/24 5 4.4 22.22 5 7.4 22.26 10.3 1.81 1.27 9.03 Not Observable 43 132 48 6 264 23 4 24/25 5 8.4 22.32 5 11.5 22.35 10.3 1.81 1.27 9.03 Not Observable 43 143 58 6 265 23 4 25/26 5 12.5 22.41 5 15.5 22.44 10.2 1.80 1.26 9.03 Not Observable 43 154 68 6 265 23 3 26/27 5 16.5 22.50 5 19.6 22.53 10.2 1.80 1.26 9.03 Not Observable 43 166 77 6 266 23 3 27/28 5 20.6 22.58 5 23.6 23.01 10.2 1.80 1.26 9.03 Not Observable 43 175 86 6 266 23 3 28/29 5 24.7 23.07 5 27.7 23.09 10.1 1.80 1.26 9.03 Not Observable 43 168 93 6 267 23 3 29/30 5 28.8 23.15 5 31.8 23.17 10.1 1.79 1.26 9.03 Not Observable 43 155 98 6 267 23 3 30/31 5 32.8 23.22 5 35.9 23.24 10.1 1.79 1.25 9.04 Not Observable 43 142 100 6 268 23 3 31/32 5 36.9 23.29 5 40.0 23.31 10.1 1.79 1.25 9.04 2.47 to 2.49 43 129 100 6 268 23 2 Ephemeris for P/ Churyumov-Gerasimenko 67 Omega= 12.7973 OMEGA= 50.1345 i= 7.0401 q= 1.243268 a= 3.461908 e=0.640872 P= 6.441 T= 2015 August 13.0851 Equinox= 2000 Magnitudes calculated from m= 7.5+5.0*Log(d)+ 0.0250*Abs(Date-T- 40.0) Station: 50N Latitude: 50.000 Longitude: 0.000 Magnetic variation: 0.0 Observing constraints: Sun below -13. deg Object above***** deg August 2015 Positions for 00:00 ET, Times in UT Elong Moon Comet Day R.A. B1950 Dec R.A. J2000 Dec Mag D R Trans Observable Sun Moon Phase Tail pA d RA dDec 1/ 2 5 41.0 23.36 5 44.1 23.37 10.0 1.79 1.25 9.04 2.46 to 2.51 43 115 97 7 269 23 2 2/ 3 5 45.1 23.42 5 48.2 23.43 10.0 1.79 1.25 9.04 2.45 to 2.53 43 101 91 7 269 23 2 3/ 4 5 49.2 23.48 5 52.3 23.48 10.0 1.78 1.25 9.04 2.44 to 2.55 43 87 83 7 270 23 2 4/ 5 5 53.3 23.53 5 56.4 23.54 10.0 1.78 1.25 9.04 2.43 to 2.58 43 74 73 7 270 23 2 5/ 6 5 57.4 23.59 6 0.5 23.58 9.9 1.78 1.25 9.05 2.43 to 2.60 43 60 62 7 271 23 2 6/ 7 6 1.5 24.03 6 4.6 24.03 9.9 1.78 1.25 9.05 2.42 to 3.02 43 47 51 7 271 23 1 7/ 8 6 5.6 24.07 6 8.7 24.07 9.9 1.78 1.24 9.05 2.41 to 3.04 43 35 40 7 272 23 1 8/ 9 6 9.7 24.11 6 12.8 24.10 9.8 1.78 1.24 9.05 2.40 to 3.06 43 23 29 7 272 23 1 9/10 6 13.8 24.15 6 16.9 24.14 9.8 1.77 1.24 9.05 2.40 to 3.08 43 11 20 7 273 23 1 10/11 6 17.9 24.18 6 20.9 24.16 9.8 1.77 1.24 9.05 2.39 to 3.10 43 6 12 8 273 23 1 11/12 6 22.0 24.21 6 25.0 24.19 9.8 1.77 1.24 9.05 2.38 to 3.12 43 15 6 8 274 23 1 12/13 6 26.0 24.23 6 29.1 24.21 9.7 1.77 1.24 9.06 2.38 to 3.14 43 26 2 8 274 23 0 13/14 6 30.1 24.25 6 33.2 24.23 9.7 1.77 1.24 9.06 2.37 to 3.17 43 37 0 8 275 23 0 14/15 6 34.2 24.26 6 37.2 24.24 9.7 1.77 1.24 9.06 2.37 to 3.19 43 49 0 8 275 23 0 15/16 6 38.2 24.28 6 41.3 24.25 9.7 1.77 1.24 9.06 2.36 to 3.21 43 60 1 8 276 23 0 16/17 6 42.3 24.28 6 45.3 24.25 9.6 1.77 1.24 9.06 2.36 to 3.23 43 70 5 8 276 23 0 17/18 6 46.3 24.29 6 49.4 24.25 9.6 1.77 1.24 9.06 2.35 to 3.25 43 81 10 9 277 22 0 18/19 6 50.3 24.29 6 53.4 24.25 9.6 1.77 1.25 9.06 2.35 to 3.27 43 92 16 9 277 22 0 19/20 6 54.3 24.28 6 57.4 24.24 9.6 1.77 1.25 9.06 2.34 to 3.29 43 103 24 9 277 22 0 20/21 6 58.3 24.27 7 1.4 24.23 9.5 1.77 1.25 9.06 2.34 to 3.31 44 114 33 9 278 22 0 21/22 7 2.3 24.26 7 5.4 24.22 9.5 1.77 1.25 9.06 2.34 to 3.33 44 125 42 9 278 22 0 22/23 7 6.3 24.25 7 9.3 24.20 9.5 1.77 1.25 9.06 2.33 to 3.35 44 136 52 9 279 22 0 23/24 7 10.3 24.23 7 13.3 24.18 9.5 1.77 1.25 9.06 2.33 to 3.37 44 148 62 9 279 22 0 24/25 7 14.2 24.21 7 17.2 24.15 9.4 1.77 1.25 9.06 2.33 to 3.39 44 159 72 9 280 22 0 25/26 7 18.1 24.18 7 21.2 24.12 9.4 1.77 1.25 9.06 2.32 to 3.41 44 170 82 10 280 22 -1 26/27 7 22.0 24.15 7 25.1 24.09 9.4 1.77 1.26 9.06 2.32 to 3.42 44 170 90 10 281 22 -1 27/28 7 25.9 24.12 7 28.9 24.06 9.4 1.77 1.26 9.06 2.32 to 3.44 44 159 96 10 281 22 -1 28/29 7 29.8 24.08 7 32.8 24.02 9.3 1.77 1.26 9.06 2.32 to 3.46 44 146 100 10 281 22 -1 29/30 7 33.6 24.04 7 36.6 23.58 9.3 1.77 1.26 9.06 2.31 to 3.48 44 132 100 10 282 21 -1 30/31 7 37.5 24.00 7 40.5 23.53 9.3 1.77 1.26 9.06 2.31 to 3.50 44 118 98 10 282 21 -1 31/32 7 41.3 23.56 7 44.3 23.48 9.3 1.77 1.26 9.06 2.31 to 3.52 44 103 93 10 283 21 -1 Ephemeris for P/ Churyumov-Gerasimenko 67 Omega= 12.7973 OMEGA= 50.1345 i= 7.0401 q= 1.243268 a= 3.461908 e=0.640872 P= 6.441 T= 2015 August 13.0851 Equinox= 2000 Magnitudes calculated from m= 7.5+5.0*Log(d)+ 0.0250*Abs(Date-T- 40.0) Station: 50N Latitude: 50.000 Longitude: 0.000 Magnetic variation: 0.0 Observing constraints: Sun below -13. deg Object above***** deg September 2015 Positions for 00:00 ET, Times in UT Elong Moon Comet Day R.A. B1950 Dec R.A. J2000 Dec Mag D R Trans Observable Sun Moon Phase Tail pA d RA dDec 1/ 2 7 45.1 23.51 7 48.1 23.43 9.2 1.77 1.27 9.06 2.31 to 3.54 44 90 86 11 283 21 -2 2/ 3 7 48.8 23.46 7 51.8 23.38 9.2 1.77 1.27 9.05 2.31 to 3.56 45 76 76 11 284 21 -2 3/ 4 7 52.6 23.40 7 55.6 23.32 9.2 1.77 1.27 9.05 2.30 to 3.57 45 63 66 11 284 21 -2 4/ 5 7 56.3 23.34 7 59.3 23.26 9.2 1.77 1.27 9.05 2.30 to 3.59 45 50 55 11 284 21 -2 5/ 6 7 60.0 23.28 8 3.0 23.20 9.1 1.77 1.28 9.05 2.30 to 4.01 45 38 44 11 285 21 -2 6/ 7 8 3.7 23.22 8 6.6 23.13 9.1 1.78 1.28 9.05 2.30 to 4.03 45 26 33 11 285 21 -2 7/ 8 8 7.3 23.16 8 10.3 23.07 9.1 1.78 1.28 9.04 2.30 to 4.05 45 15 24 12 285 20 -2 8/ 9 8 11.0 23.09 8 13.9 22.60 9.1 1.78 1.29 9.04 2.30 to 4.06 45 8 16 12 286 20 -2 9/10 8 14.6 23.02 8 17.5 22.52 9.1 1.78 1.29 9.04 2.29 to 4.08 45 12 9 12 286 20 -2 10/11 8 18.1 22.55 8 21.1 22.45 9.0 1.78 1.29 9.03 2.29 to 4.10 46 22 4 12 286 20 -3 11/12 8 21.7 22.47 8 24.6 22.37 9.0 1.78 1.30 9.03 2.29 to 4.12 46 33 1 12 287 20 -3 12/13 8 25.2 22.39 8 28.2 22.29 9.0 1.78 1.30 9.02 2.29 to 4.13 46 44 0 12 287 20 -3 13/14 8 28.7 22.31 8 31.7 22.21 9.0 1.78 1.30 9.02 2.29 to 4.15 46 55 0 13 287 20 -3 14/15 8 32.2 22.23 8 35.1 22.13 8.9 1.78 1.31 9.01 2.28 to 4.17 46 66 2 13 288 20 -3 15/16 8 35.7 22.15 8 38.6 22.04 8.9 1.78 1.31 9.01 2.28 to 4.18 46 77 6 13 288 19 -3 16/17 8 39.1 22.06 8 42.0 21.55 8.9 1.78 1.31 9.00 2.28 to 4.20 47 88 12 13 288 19 -3 17/18 8 42.5 21.58 8 45.4 21.47 8.9 1.79 1.32 8.60 2.28 to 4.22 47 99 19 13 289 19 -3 18/19 8 45.9 21.49 8 48.8 21.37 8.8 1.79 1.32 8.59 2.28 to 4.23 47 110 27 13 289 19 -3 19/20 8 49.2 21.40 8 52.1 21.28 8.8 1.79 1.33 8.59 2.27 to 4.25 47 121 36 14 289 19 -3 20/21 8 52.5 21.30 8 55.4 21.19 8.8 1.79 1.33 8.58 2.27 to 4.27 47 133 46 14 290 19 -3 21/22 8 55.8 21.21 8 58.7 21.09 8.8 1.79 1.34 8.57 2.27 to 4.28 48 145 57 14 290 19 -3 22/23 8 59.1 21.11 9 2.0 20.59 8.8 1.79 1.34 8.57 2.27 to 4.30 48 157 67 14 290 19 -3 23/24 9 2.3 21.02 9 5.2 20.50 8.8 1.79 1.34 8.56 2.28 to 4.32 48 168 77 14 290 18 -4 24/25 9 5.5 20.52 9 8.4 20.40 8.8 1.79 1.35 8.55 2.28 to 4.33 48 171 86 13 291 18 -4 25/26 9 8.7 20.42 9 11.6 20.30 8.9 1.79 1.35 8.55 2.29 to 4.35 48 160 94 13 291 18 -4 26/27 9 11.9 20.32 9 14.7 20.19 8.9 1.79 1.36 8.54 2.30 to 4.37 49 146 99 13 291 18 -4 27/28 9 15.0 20.22 9 17.8 20.09 8.9 1.80 1.36 8.53 2.30 to 4.38 49 132 100 13 291 18 -4 28/29 9 18.1 20.11 9 20.9 19.59 8.9 1.80 1.37 8.52 2.31 to 4.40 49 118 99 13 292 18 -4 29/30 9 21.2 20.01 9 24.0 19.48 9.0 1.80 1.37 8.51 2.31 to 4.41 49 104 95 12 292 18 -4 30/31 9 24.2 19.51 9 27.0 19.37 9.0 1.80 1.38 8.50 2.31 to 4.43 50 90 89 12 292 17 -4 Ephemeris for P/ Churyumov-Gerasimenko 67 Omega= 12.7973 OMEGA= 50.1345 i= 7.0401 q= 1.243268 a= 3.461908 e=0.640872 P= 6.441 T= 2015 August 13.0851 Equinox= 2000 Magnitudes calculated from m= 7.5+5.0*Log(d)+ 0.0250*Abs(Date-T- 40.0) Station: 50N Latitude: 50.000 Longitude: 0.000 Magnetic variation: 0.0 Observing constraints: Sun below -13. deg Object above***** deg October 2015 Positions for 00:00 ET, Times in UT Elong Moon Comet Day R.A. B1950 Dec R.A. J2000 Dec Mag D R Trans Observable Sun Moon Phase Tail pA d RA dDec 1/ 2 9 27.3 19.40 9 30.1 19.27 9.0 1.80 1.38 8.49 2.32 to 4.44 50 76 80 12 292 17 -4 2/ 3 9 30.3 19.29 9 33.1 19.16 9.0 1.80 1.39 8.48 2.32 to 4.46 50 63 70 12 292 17 -4 3/ 4 9 33.2 19.19 9 36.0 19.05 9.1 1.80 1.39 8.47 2.33 to 4.48 50 50 59 12 293 17 -4 4/ 5 9 36.2 19.08 9 38.9 18.54 9.1 1.80 1.40 8.46 2.33 to 4.49 51 38 49 11 293 17 -4 5/ 6 9 39.1 18.57 9 41.9 18.43 9.1 1.80 1.40 8.45 2.33 to 4.51 51 27 39 11 293 17 -4 6/ 7 9 42.0 18.46 9 44.7 18.32 9.2 1.80 1.41 8.44 2.34 to 4.52 51 16 29 11 293 17 -4 7/ 8 9 44.8 18.35 9 47.6 18.21 9.2 1.80 1.42 8.43 2.34 to 4.54 51 8 21 11 293 16 -4 8/ 9 9 47.7 18.24 9 50.4 18.10 9.2 1.80 1.42 8.42 2.34 to 4.55 52 12 13 11 294 16 -4 9/10 9 50.5 18.13 9 53.2 17.59 9.2 1.81 1.43 8.41 2.34 to 4.57 52 21 7 11 294 16 -4 10/11 9 53.2 18.02 9 56.0 17.48 9.3 1.81 1.43 8.40 2.34 to 4.58 52 32 3 10 294 16 -4 11/12 9 56.0 17.51 9 58.7 17.37 9.3 1.81 1.44 8.39 2.35 to 5.00 53 43 0 10 294 16 -4 12/13 9 58.7 17.40 10 1.5 17.26 9.3 1.81 1.44 8.37 2.35 to 5.02 53 54 0 10 294 16 -4 13/14 10 1.4 17.29 10 4.2 17.14 9.3 1.81 1.45 8.36 2.35 to 5.03 53 65 0 10 294 16 -4 14/15 10 4.1 17.18 10 6.8 17.03 9.4 1.81 1.46 8.35 2.35 to 5.05 54 76 3 10 294 15 -4 15/16 10 6.8 17.07 10 9.5 16.52 9.4 1.81 1.46 8.34 2.35 to 5.06 54 87 8 10 295 15 -4 16/17 10 9.4 16.56 10 12.1 16.41 9.4 1.81 1.47 8.32 2.35 to 5.08 54 99 14 10 295 15 -4 17/18 10 12.0 16.45 10 14.7 16.30 9.4 1.81 1.48 8.31 2.35 to 5.09 55 110 22 9 295 15 -4 18/19 10 14.5 16.34 10 17.3 16.19 9.5 1.81 1.48 8.29 2.35 to 5.11 55 122 31 9 295 15 -4 19/20 10 17.1 16.23 10 19.8 16.08 9.5 1.81 1.49 8.28 2.35 to 5.12 55 134 41 9 295 15 -4 20/21 10 19.6 16.12 10 22.3 15.57 9.5 1.81 1.49 8.27 2.35 to 5.14 56 147 52 9 295 15 -4 21/22 10 22.1 16.01 10 24.8 15.45 9.5 1.81 1.50 8.25 2.35 to 5.15 56 159 63 9 295 14 -4 22/23 10 24.6 15.50 10 27.3 15.34 9.6 1.81 1.51 8.24 2.35 to 5.17 56 170 73 9 295 14 -4 23/24 10 27.0 15.39 10 29.7 15.23 9.6 1.81 1.51 8.22 2.35 to 5.18 57 169 83 9 295 14 -4 24/25 10 29.4 15.28 10 32.1 15.13 9.6 1.81 1.52 8.21 2.34 to 5.20 57 157 91 8 295 14 -4 25/26 10 31.8 15.17 10 34.5 15.02 9.6 1.81 1.53 8.19 2.34 to 5.21 58 143 97 8 295 14 -4 26/27 10 34.2 15.06 10 36.9 14.51 9.7 1.81 1.53 8.18 2.34 to 5.23 58 128 100 8 296 14 -4 27/28 10 36.5 14.56 10 39.2 14.40 9.7 1.81 1.54 8.16 2.34 to 5.24 58 114 100 8 296 14 -4 28/29 10 38.9 14.45 10 41.5 14.29 9.7 1.81 1.55 8.14 2.33 to 5.26 59 100 97 8 296 14 -4 29/30 10 41.2 14.34 10 43.8 14.19 9.7 1.81 1.55 8.13 2.33 to 5.27 59 86 92 8 296 13 -4 30/31 10 43.4 14.24 10 46.1 14.08 9.8 1.81 1.56 8.11 2.33 to 5.29 60 73 84 8 296 13 -4 31/32 10 45.7 14.13 10 48.3 13.58 9.8 1.81 1.57 8.09 2.32 to 5.30 60 60 75 8 296 13 -4 Ephemeris for P/ Churyumov-Gerasimenko 67 Omega= 12.7973 OMEGA= 50.1345 i= 7.0401 q= 1.243268 a= 3.461908 e=0.640872 P= 6.441 T= 2015 August 13.0851 Equinox= 2000 Magnitudes calculated from m= 7.5+5.0*Log(d)+ 0.0250*Abs(Date-T- 40.0) Station: 50N Latitude: 50.000 Longitude: 0.000 Magnetic variation: 0.0 Observing constraints: Sun below -13. deg Object above***** deg November 2015 Positions for 00:00 ET, Times in UT Elong Moon Comet Day R.A. B1950 Dec R.A. J2000 Dec Mag D R Trans Observable Sun Moon Phase Tail pA d RA dDec 1/ 2 10 47.9 14.03 10 50.5 13.47 9.8 1.80 1.57 8.08 2.32 to 5.32 60 48 65 8 296 13 -4 2/ 3 10 50.1 13.53 10 52.7 13.37 9.8 1.80 1.58 8.06 2.32 to 5.33 61 36 55 7 296 13 -4 3/ 4 10 52.3 13.43 10 54.9 13.27 9.9 1.80 1.59 8.04 2.31 to 5.35 61 24 45 7 296 13 -4 4/ 5 10 54.4 13.32 10 57.0 13.16 9.9 1.80 1.59 8.02 2.31 to 5.36 62 14 36 7 296 13 -4 5/ 6 10 56.5 13.22 10 59.2 13.06 9.9 1.80 1.60 8.00 2.30 to 5.38 62 8 27 7 296 12 -4 6/ 7 10 58.6 13.12 11 1.3 12.56 9.9 1.80 1.61 7.59 2.29 to 5.39 63 14 19 7 296 12 -4 7/ 8 11 0.7 13.03 11 3.3 12.46 9.9 1.80 1.61 7.57 2.29 to 5.41 63 24 12 7 296 12 -4 8/ 9 11 2.8 12.53 11 5.4 12.37 10.0 1.80 1.62 7.55 2.28 to 5.42 64 34 6 7 296 12 -4 9/10 11 4.8 12.43 11 7.4 12.27 10.0 1.80 1.63 7.53 2.28 to 5.43 64 46 2 7 296 12 -4 10/11 11 6.8 12.33 11 9.4 12.17 10.0 1.79 1.64 7.51 2.27 to 5.45 65 57 0 7 296 12 -3 11/12 11 8.8 12.24 11 11.4 12.08 10.0 1.79 1.64 7.49 2.26 to 5.46 65 69 0 6 296 12 -3 12/13 11 10.7 12.15 11 13.3 11.58 10.1 1.79 1.65 7.47 2.25 to 5.48 66 80 1 6 296 11 -3 13/14 11 12.7 12.05 11 15.3 11.49 10.1 1.79 1.66 7.45 2.25 to 5.49 66 92 5 6 296 11 -3 14/15 11 14.6 11.56 11 17.2 11.40 10.1 1.79 1.66 7.43 2.24 to 5.51 67 104 10 6 296 11 -3 15/16 11 16.4 11.47 11 19.0 11.31 10.1 1.79 1.67 7.41 2.23 to 5.52 67 116 17 6 296 11 -3 16/17 11 18.3 11.38 11 20.9 11.22 10.2 1.78 1.68 7.39 2.22 to 5.53 68 129 26 6 296 11 -3 17/18 11 20.1 11.30 11 22.7 11.13 10.2 1.78 1.69 7.37 2.21 to 5.55 68 142 36 6 296 11 -3 18/19 11 21.9 11.21 11 24.5 11.05 10.2 1.78 1.69 7.35 2.20 to 5.56 69 154 47 6 296 11 -3 19/20 11 23.7 11.13 11 26.3 10.56 10.2 1.78 1.70 7.32 2.19 to 5.57 69 166 58 6 296 10 -3 20/21 11 25.5 11.04 11 28.1 10.48 10.2 1.77 1.71 7.30 2.18 to 5.59 70 172 70 6 296 10 -3 21/22 11 27.2 10.56 11 29.8 10.39 10.3 1.77 1.72 7.28 2.17 to 6.00 70 162 80 6 296 10 -3 22/23 11 28.9 10.48 11 31.5 10.31 10.3 1.77 1.72 7.26 2.16 to 6.01 71 148 89 6 296 10 -3 23/24 11 30.6 10.40 11 33.2 10.23 10.3 1.77 1.73 7.23 2.15 to 6.03 72 134 95 5 296 10 -3 24/25 11 32.3 10.32 11 34.9 10.16 10.3 1.76 1.74 7.21 2.14 to 6.04 72 120 99 5 296 10 -3 25/26 11 33.9 10.24 11 36.5 10.08 10.4 1.76 1.75 7.19 2.13 to 6.05 73 106 100 5 296 10 -3 26/27 11 35.5 10.17 11 38.1 10.00 10.4 1.76 1.75 7.17 2.11 to 6.06 73 92 99 5 296 9 -3 27/28 11 37.1 10.10 11 39.7 9.53 10.4 1.76 1.76 7.14 2.10 to 6.08 74 79 95 5 296 9 -3 28/29 11 38.7 10.02 11 41.3 9.46 10.4 1.75 1.77 7.12 2.09 to 6.09 75 66 89 5 296 9 -3 29/30 11 40.2 9.55 11 42.8 9.39 10.4 1.75 1.78 7.09 2.07 to 6.10 75 53 81 5 295 9 -2 30/31 11 41.7 9.48 11 44.3 9.32 10.5 1.75 1.78 7.07 2.06 to 6.11 76 41 72 5 295 9 -2 Ephemeris for P/ Churyumov-Gerasimenko 67 Omega= 12.7973 OMEGA= 50.1345 i= 7.0401 q= 1.243268 a= 3.461908 e=0.640872 P= 6.441 T= 2015 August 13.0851 Equinox= 2000 Magnitudes calculated from m= 7.5+5.0*Log(d)+ 0.0250*Abs(Date-T- 40.0) Station: 50N Latitude: 50.000 Longitude: 0.000 Magnetic variation: 0.0 Observing constraints: Sun below -13. deg Object above***** deg December 2015 Positions for 00:00 ET, Times in UT Elong Moon Comet Day R.A. B1950 Dec R.A. J2000 Dec Mag D R Trans Observable Sun Moon Phase Tail pA d RA dDec 1/ 2 11 43.2 9.42 11 45.8 9.25 10.5 1.74 1.79 7.05 2.05 to 6.12 76 29 63 5 295 9 -2 2/ 3 11 44.7 9.35 11 47.3 9.18 10.5 1.74 1.80 7.02 2.03 to 6.13 77 18 53 5 295 9 -2 3/ 4 11 46.1 9.28 11 48.7 9.12 10.5 1.74 1.81 6.60 2.02 to 6.15 78 9 44 5 295 8 -2 4/ 5 11 47.6 9.22 11 50.1 9.06 10.5 1.74 1.81 6.57 2.00 to 6.16 78 10 34 5 295 8 -2 5/ 6 11 48.9 9.16 11 51.5 8.59 10.6 1.73 1.82 6.54 1.59 to 6.17 79 20 26 5 295 8 -2 6/ 7 11 50.3 9.10 11 52.9 8.53 10.6 1.73 1.83 6.52 1.57 to 6.18 80 30 18 4 295 8 -2 7/ 8 11 51.6 9.04 11 54.2 8.48 10.6 1.72 1.84 6.49 1.55 to 6.19 80 42 11 4 295 8 -2 8/ 9 11 52.9 8.59 11 55.5 8.42 10.6 1.72 1.84 6.47 1.54 to 6.20 81 53 5 4 295 8 -2 9/10 11 54.2 8.53 11 56.8 8.37 10.6 1.72 1.85 6.44 1.52 to 6.21 82 65 2 4 295 7 -2 10/11 11 55.5 8.48 11 58.1 8.31 10.7 1.71 1.86 6.41 1.50 to 6.21 82 78 0 4 295 7 -2 11/12 11 56.7 8.43 11 59.3 8.26 10.7 1.71 1.87 6.39 1.49 to 6.22 83 90 0 4 295 7 -2 12/13 11 57.9 8.38 12 0.5 8.21 10.7 1.71 1.87 6.36 1.47 to 6.23 84 103 2 4 295 7 -2 13/14 11 59.1 8.33 12 1.7 8.17 10.7 1.70 1.88 6.33 1.45 to 6.24 84 115 7 4 294 7 -1 14/15 12 0.2 8.29 12 2.8 8.12 10.7 1.70 1.89 6.30 1.43 to 6.25 85 128 13 4 294 7 -1 15/16 12 1.4 8.25 12 3.9 8.08 10.8 1.69 1.90 6.27 1.41 to 6.26 86 141 22 4 294 6 -1 16/17 12 2.5 8.20 12 5.0 8.04 10.8 1.69 1.90 6.25 1.39 to 6.26 87 154 32 4 294 6 -1 17/18 12 3.5 8.16 12 6.1 7.60 10.8 1.69 1.91 6.22 1.37 to 6.27 87 167 43 4 294 6 -1 18/19 12 4.6 8.13 12 7.1 7.56 10.8 1.68 1.92 6.19 1.35 to 6.28 88 172 54 4 294 6 -1 19/20 12 5.6 8.09 12 8.1 7.52 10.8 1.68 1.93 6.16 1.33 to 6.28 89 161 66 4 294 6 -1 20/21 12 6.5 8.06 12 9.1 7.49 10.9 1.67 1.94 6.13 1.30 to 6.29 90 148 76 4 294 6 -1 21/22 12 7.5 8.03 12 10.0 7.46 10.9 1.67 1.94 6.10 1.28 to 6.29 90 134 86 4 294 5 -1 22/23 12 8.4 7.60 12 11.0 7.43 10.9 1.66 1.95 6.07 1.26 to 6.30 91 121 93 3 293 5 -1 23/24 12 9.3 7.57 12 11.8 7.40 10.9 1.66 1.96 6.04 1.24 to 6.30 92 107 98 3 293 5 -1 24/25 12 10.2 7.54 12 12.7 7.37 10.9 1.66 1.97 6.01 1.21 to 6.31 93 93 100 3 293 5 -1 25/26 12 11.0 7.52 12 13.5 7.35 11.0 1.65 1.97 5.58 1.19 to 6.31 94 80 100 3 293 5 -1 26/27 12 11.8 7.49 12 14.3 7.33 11.0 1.65 1.98 5.55 1.17 to 6.31 94 66 98 3 293 4 0 27/28 12 12.6 7.47 12 15.1 7.31 11.0 1.64 1.99 5.51 1.14 to 6.32 95 54 93 3 293 4 0 28/29 12 13.3 7.46 12 15.9 7.29 11.0 1.64 2.00 5.48 1.12 to 6.32 96 41 87 3 293 4 0 29/30 12 14.0 7.44 12 16.6 7.27 11.0 1.63 2.00 5.45 1.09 to 6.32 97 29 79 3 293 4 0 30/31 12 14.7 7.43 12 17.2 7.26 11.1 1.63 2.01 5.42 1.06 to 6.32 98 18 71 3 292 4 0 31/32 12 15.3 7.41 12 17.9 7.25 11.1 1.62 2.02 5.38 1.04 to 6.32 99 9 62 3 292 4 0 Ephemeris for P/ Churyumov-Gerasimenko 67 Omega= 12.7973 OMEGA= 50.1345 i= 7.0401 q= 1.243268 a= 3.461908 e=0.640872 P= 6.441 T= 2015 August 13.0851 Equinox= 2000 Magnitudes calculated from m= 7.5+5.0*Log(d)+ 0.0250*Abs(Date-T- 40.0) Station: 50N Latitude: 50.000 Longitude: 0.000 Magnetic variation: 0.0 Observing constraints: Sun below -13. deg Object above***** deg January 2016 Positions for 00:00 ET, Times in UT Elong Moon Comet Day R.A. B1950 Dec R.A. J2000 Dec Mag D R Trans Observable Sun Moon Phase Tail pA d RA dDec 1/ 2 12 15.9 7.40 12 18.5 7.24 11.1 1.62 2.03 5.35 1.01 to 6.32 99 11 52 3 292 3 0 2/ 3 12 16.5 7.40 12 19.1 7.23 11.1 1.62 2.04 5.32 0.58 to 6.32 100 21 43 3 292 3 0 3/ 4 12 17.1 7.39 12 19.6 7.22 11.1 1.61 2.04 5.28 0.55 to 6.32 101 32 34 3 292 3 0 4/ 5 12 17.6 7.39 12 20.2 7.22 11.2 1.61 2.05 5.25 0.53 to 6.32 102 43 25 3 292 3 0 5/ 6 12 18.1 7.39 12 20.6 7.22 11.2 1.60 2.06 5.21 0.50 to 6.32 103 55 17 3 292 3 0 6/ 7 12 18.5 7.39 12 21.1 7.22 11.2 1.60 2.07 5.18 0.47 to 6.32 104 67 10 3 291 2 0 7/ 8 12 19.0 7.39 12 21.5 7.22 11.2 1.59 2.07 5.14 0.44 to 6.32 105 80 4 3 291 2 0 8/ 9 12 19.3 7.39 12 21.9 7.23 11.2 1.59 2.08 5.11 0.41 to 6.32 106 93 1 3 291 2 0 9/10 12 19.7 7.40 12 22.2 7.23 11.2 1.58 2.09 5.07 0.38 to 6.31 107 106 0 3 291 2 0 10/11 12 20.0 7.41 12 22.6 7.24 11.3 1.58 2.10 5.04 0.34 to 6.31 108 119 1 2 291 1 0 11/12 12 20.3 7.42 12 22.8 7.25 11.3 1.58 2.11 4.60 0.31 to 6.31 108 133 4 2 291 1 0 12/13 12 20.5 7.43 12 23.1 7.27 11.3 1.57 2.11 4.56 0.28 to 6.30 109 147 10 2 290 1 0 13/14 12 20.8 7.45 12 23.3 7.28 11.3 1.57 2.12 4.52 0.25 to 6.30 110 160 18 2 290 1 0 14/15 12 20.9 7.47 12 23.5 7.30 11.3 1.56 2.13 4.49 0.21 to 6.29 111 171 28 2 290 1 0 15/16 12 21.1 7.48 12 23.6 7.32 11.4 1.56 2.14 4.45 0.18 to 6.29 112 167 39 2 290 0 0 16/17 12 21.2 7.51 12 23.7 7.34 11.4 1.55 2.14 4.41 0.15 to 6.28 113 154 50 2 290 0 0 17/18 12 21.3 7.53 12 23.8 7.36 11.4 1.55 2.15 4.37 0.11 to 6.28 114 141 62 2 289 0 0 18/19 12 21.3 7.55 12 23.8 7.39 11.4 1.55 2.16 4.33 0.08 to 6.27 115 127 73 2 289 0 1 19/20 12 21.3 7.58 12 23.8 7.41 11.4 1.54 2.17 4.29 0.04 to 6.26 116 114 82 2 289 0 1 20/21 12 21.3 8.01 12 23.8 7.44 11.5 1.54 2.17 4.25 0.00 to 6.25 117 100 90 2 289 0 1 21/22 12 21.2 8.04 12 23.7 7.47 11.5 1.53 2.18 4.21 23.57 to 6.25 118 87 96 2 288 0 1 22/23 12 21.1 8.07 12 23.6 7.51 11.5 1.53 2.19 4.17 23.53 to 6.24 119 73 99 2 288 0 1 23/24 12 21.0 8.11 12 23.5 7.54 11.5 1.53 2.20 4.13 23.49 to 6.23 120 60 100 2 288 0 1 24/25 12 20.8 8.14 12 23.3 7.58 11.5 1.52 2.21 4.09 23.46 to 6.22 122 48 100 2 288 -1 1 25/26 12 20.6 8.18 12 23.1 8.02 11.6 1.52 2.21 4.05 23.42 to 6.21 123 35 97 2 287 -1 1 26/27 12 20.3 8.22 12 22.9 8.06 11.6 1.52 2.22 4.01 23.38 to 6.20 124 23 92 2 287 -1 1 27/28 12 20.1 8.26 12 22.6 8.10 11.6 1.51 2.23 3.57 23.34 to 6.19 125 13 86 2 287 -1 1 28/29 12 19.8 8.31 12 22.3 8.14 11.6 1.51 2.24 3.52 23.30 to 6.18 126 9 78 2 287 -1 1 29/30 12 19.4 8.35 12 22.0 8.19 11.6 1.51 2.24 3.48 23.26 to 6.17 127 17 70 2 286 -2 1 30/31 12 19.0 8.40 12 21.6 8.23 11.7 1.51 2.25 3.44 23.22 to 6.16 128 28 61 1 286 -2 1 31/32 12 18.6 8.45 12 21.2 8.28 11.7 1.50 2.26 3.39 23.18 to 6.15 129 39 52 1 286 -2 2 Ephemeris for P/ Churyumov-Gerasimenko 67 Omega= 12.7973 OMEGA= 50.1345 i= 7.0401 q= 1.243268 a= 3.461908 e=0.640872 P= 6.441 T= 2015 August 13.0851 Equinox= 2000 Magnitudes calculated from m= 7.5+5.0*Log(d)+ 0.0250*Abs(Date-T- 40.0) Station: 50N Latitude: 50.000 Longitude: 0.000 Magnetic variation: 0.0 Observing constraints: Sun below -13. deg Object above***** deg February 2016 Positions for 00:00 ET, Times in UT Elong Moon Comet Day R.A. B1950 Dec R.A. J2000 Dec Mag D R Trans Observable Sun Moon Phase Tail pA d RA dDec 1/ 2 12 18.2 8.50 12 20.7 8.33 11.7 1.50 2.27 3.35 23.14 to 6.13 130 51 42 1 285 -2 2 2/ 3 12 17.7 8.55 12 20.2 8.38 11.7 1.50 2.27 3.31 23.10 to 6.12 131 63 32 1 285 -2 2 3/ 4 12 17.2 9.00 12 19.7 8.43 11.7 1.50 2.28 3.26 23.06 to 6.11 133 76 23 1 284 -3 2 4/ 5 12 16.6 9.05 12 19.2 8.49 11.8 1.49 2.29 3.22 23.01 to 6.10 134 89 15 1 284 -3 2 5/ 6 12 16.0 9.11 12 18.6 8.54 11.8 1.49 2.30 3.17 22.57 to 6.08 135 102 8 1 284 -3 2 6/ 7 12 15.4 9.16 12 18.0 8.60 11.8 1.49 2.30 3.13 22.53 to 6.07 136 115 3 1 283 -3 2 7/ 8 12 14.8 9.22 12 17.3 9.06 11.8 1.49 2.31 3.08 22.49 to 6.05 137 129 0 1 283 -3 2 8/ 9 12 14.1 9.28 12 16.7 9.11 11.9 1.49 2.32 3.03 22.44 to 6.04 138 143 0 1 282 -4 2 9/10 12 13.4 9.34 12 16.0 9.17 11.9 1.49 2.33 2.59 22.40 to 6.02 139 157 2 1 282 -4 2 10/11 12 12.7 9.40 12 15.2 9.23 11.9 1.49 2.33 2.54 22.36 to 6.01 141 169 7 1 281 -4 2 11/12 12 11.9 9.46 12 14.5 9.29 11.9 1.49 2.34 2.49 22.31 to 5.59 142 167 15 1 281 -4 2 12/13 12 11.1 9.52 12 13.7 9.36 12.0 1.49 2.35 2.45 22.27 to 5.58 143 155 24 1 280 -4 2 13/14 12 10.3 9.58 12 12.8 9.42 12.0 1.48 2.36 2.40 22.22 to 5.56 144 141 35 1 279 -5 2 14/15 12 9.4 10.05 12 12.0 9.48 12.0 1.48 2.36 2.35 22.18 to 5.55 145 127 46 1 279 -5 2 15/16 12 8.6 10.11 12 11.1 9.54 12.0 1.48 2.37 2.30 22.13 to 5.53 147 113 58 1 278 -5 2 16/17 12 7.7 10.17 12 10.2 10.01 12.1 1.49 2.38 2.25 22.09 to 5.51 148 99 69 1 277 -5 2 17/18 12 6.8 10.24 12 9.3 10.07 12.1 1.49 2.39 2.21 22.05 to 5.50 149 86 78 1 276 -5 2 18/19 12 5.8 10.30 12 8.4 10.14 12.1 1.49 2.39 2.16 22.00 to 5.48 150 73 86 1 276 -5 2 19/20 12 4.9 10.37 12 7.4 10.20 12.1 1.49 2.40 2.11 21.56 to 5.46 151 60 93 1 275 -5 2 20/21 12 3.9 10.43 12 6.4 10.26 12.2 1.49 2.41 2.06 21.51 to 5.44 152 47 97 1 274 -6 2 21/22 12 2.9 10.50 12 5.5 10.33 12.2 1.49 2.42 2.01 21.47 to 5.42 154 35 100 1 273 -6 2 22/23 12 1.9 10.56 12 4.4 10.39 12.2 1.49 2.42 1.56 21.42 to 5.41 155 23 100 1 271 -6 2 23/24 12 0.8 11.02 12 3.4 10.46 12.2 1.50 2.43 1.51 21.38 to 5.39 156 13 99 0 270 -6 2 24/25 11 59.8 11.09 12 2.4 10.52 12.3 1.50 2.44 1.46 21.33 to 5.37 157 11 96 0 269 -6 2 25/26 11 58.7 11.15 12 1.3 10.58 12.3 1.50 2.45 1.41 21.29 to 5.35 158 19 91 0 267 -6 2 26/27 11 57.7 11.21 12 0.2 11.05 12.3 1.50 2.45 1.36 21.24 to 5.33 159 30 85 0 265 -6 2 27/28 11 56.6 11.27 11 59.1 11.11 12.4 1.51 2.46 1.31 21.20 to 5.31 161 42 77 0 263 -6 2 28/29 11 55.5 11.34 11 58.0 11.17 12.4 1.51 2.47 1.26 21.16 to 5.29 162 54 69 0 261 -6 2 29/30 11 54.4 11.40 11 56.9 11.23 12.4 1.51 2.48 1.21 21.11 to 5.27 163 66 60 0 259 -6 2 Ephemeris for P/ Churyumov-Gerasimenko 67 Omega= 12.7973 OMEGA= 50.1345 i= 7.0401 q= 1.243268 a= 3.461908 e=0.640872 P= 6.441 T= 2015 August 13.0851 Equinox= 2000 Magnitudes calculated from m= 7.5+5.0*Log(d)+ 0.0250*Abs(Date-T- 40.0) Station: 50N Latitude: 50.000 Longitude: 0.000 Magnetic variation: 0.0 Observing constraints: Sun below -13. deg Object above***** deg March 2016 Positions for 00:00 ET, Times in UT Elong Moon Comet Day R.A. B1950 Dec R.A. J2000 Dec Mag D R Trans Observable Sun Moon Phase Tail pA d RA dDec 1/ 2 11 53.2 11.46 11 55.8 11.29 12.5 1.52 2.48 1.16 21.07 to 5.25 164 78 50 0 256 -6 2 2/ 3 11 52.1 11.52 11 54.7 11.35 12.5 1.52 2.49 1.11 21.03 to 5.19 165 90 40 0 253 -6 2 3/ 4 11 51.0 11.57 11 53.6 11.41 12.5 1.53 2.50 1.06 20.58 to 5.13 166 103 30 0 250 -6 2 4/ 5 11 49.9 12.03 11 52.4 11.46 12.5 1.53 2.51 1.01 20.54 to 5.07 167 116 21 0 246 -6 2 5/ 6 11 48.7 12.09 11 51.3 11.52 12.6 1.54 2.51 0.56 20.50 to 5.01 167 130 12 0 241 -6 2 6/ 7 11 47.6 12.14 11 50.2 11.57 12.6 1.54 2.52 0.50 20.46 to 4.55 168 144 6 0 236 -6 2 7/ 8 11 46.5 12.19 11 49.0 12.03 12.6 1.55 2.53 0.45 20.41 to 4.49 169 158 1 0 231 -6 2 8/ 9 11 45.3 12.25 11 47.9 12.08 12.7 1.55 2.54 0.40 20.37 to 4.43 169 169 0 0 225 -6 2 9/10 11 44.2 12.30 11 46.8 12.13 12.7 1.56 2.54 0.35 20.33 to 4.37 170 166 1 0 218 -6 2 10/11 11 43.1 12.34 11 45.6 12.18 12.7 1.57 2.55 0.30 20.29 to 4.31 170 152 5 0 210 -6 2 11/12 11 41.9 12.39 11 44.5 12.23 12.8 1.57 2.56 0.25 20.25 to 4.25 170 138 12 0 203 -6 1 12/13 11 40.8 12.44 11 43.4 12.27 12.8 1.58 2.57 0.20 20.21 to 4.19 170 123 21 0 195 -6 1 13/14 11 39.7 12.48 11 42.3 12.32 12.9 1.59 2.57 0.15 20.15 to 4.15 170 109 31 0 188 -6 1 14/15 11 38.6 12.53 11 41.2 12.36 12.9 1.60 2.58 0.10 20.10 to 4.10 170 95 42 0 181 -6 1 15/16 11 37.5 12.57 11 40.1 12.40 12.9 1.60 2.59 0.05 20.04 to 4.05 169 81 53 0 175 -6 1 16/17 11 36.5 13.01 11 39.0 12.44 13.0 1.61 2.59 23.60 19.59 to 4.01 168 68 64 0 169 -6 1 17/18 11 35.4 13.04 11 38.0 12.48 13.0 1.62 2.60 23.55 19.54 to 3.56 168 55 74 0 164 -6 1 18/19 11 34.3 13.08 11 36.9 12.51 13.0 1.63 2.61 23.50 19.49 to 3.51 167 42 82 0 160 -6 1 19/20 11 33.3 13.11 11 35.9 12.55 13.1 1.64 2.62 23.45 19.43 to 3.47 166 30 89 0 156 -6 1 20/21 11 32.3 13.14 11 34.9 12.58 13.1 1.65 2.62 23.40 19.38 to 3.42 165 19 95 0 152 -6 1 21/22 11 31.3 13.17 11 33.9 13.01 13.1 1.66 2.63 23.35 19.33 to 3.37 164 10 98 0 149 -6 1 22/23 11 30.3 13.20 11 32.9 13.04 13.2 1.67 2.64 23.30 19.34 to 3.32 163 13 100 0 147 -6 1 23/24 11 29.3 13.23 11 31.9 13.06 13.2 1.68 2.65 23.25 19.36 to 3.28 162 23 100 0 144 -5 1 24/25 11 28.4 13.25 11 31.0 13.09 13.3 1.69 2.65 23.20 19.38 to 3.23 161 34 98 0 142 -5 1 25/26 11 27.4 13.28 11 30.0 13.11 13.3 1.70 2.66 23.15 19.39 to 3.18 160 46 95 0 140 -5 0 26/27 11 26.5 13.30 11 29.1 13.13 13.3 1.71 2.67 23.11 19.41 to 3.14 159 58 90 0 138 -5 0 27/28 11 25.6 13.32 11 28.2 13.15 13.4 1.72 2.67 23.06 19.43 to 3.09 158 69 83 0 137 -5 0 28/29 11 24.8 13.33 11 27.4 13.17 13.4 1.73 2.68 23.01 19.45 to 3.04 157 81 75 0 135 -5 0 29/30 11 23.9 13.35 11 26.5 13.18 13.5 1.75 2.69 22.56 19.47 to 2.60 156 94 67 0 134 -5 0 30/31 11 23.1 13.36 11 25.7 13.20 13.5 1.76 2.70 22.51 19.48 to 2.55 155 106 57 0 133 -5 0 31/32 11 22.3 13.37 11 24.9 13.21 13.5 1.77 2.70 22.47 19.50 to 2.50 154 119 47 0 132 -4 0 Ephemeris for P/ Churyumov-Gerasimenko 67 Omega= 12.7973 OMEGA= 50.1345 i= 7.0401 q= 1.243268 a= 3.461908 e=0.640872 P= 6.441 T= 2015 August 13.0851 Equinox= 2000 Magnitudes calculated from m= 7.5+5.0*Log(d)+ 0.0250*Abs(Date-T- 40.0) Station: 50N Latitude: 50.000 Longitude: 0.000 Magnetic variation: 0.0 Observing constraints: Sun below -13. deg Object above***** deg April 2016 Positions for 00:00 ET, Times in UT Elong Moon Comet Day R.A. B1950 Dec R.A. J2000 Dec Mag D R Trans Observable Sun Moon Phase Tail pA d RA dDec 1/ 2 11 21.5 13.38 11 24.1 13.22 13.6 1.78 2.71 22.42 19.52 to 2.46 153 132 36 0 131 -4 0 2/ 3 11 20.7 13.39 11 23.4 13.23 13.6 1.80 2.72 22.37 19.54 to 2.41 152 145 26 0 130 -4 0 3/ 4 11 20.0 13.40 11 22.6 13.23 13.7 1.81 2.72 22.32 19.56 to 2.37 151 158 16 0 129 -4 0 4/ 5 11 19.3 13.40 11 21.9 13.24 13.7 1.82 2.73 22.28 19.58 to 2.32 149 170 8 0 128 -4 0 5/ 6 11 18.6 13.40 11 21.2 13.24 13.7 1.84 2.74 22.23 19.59 to 2.27 148 167 3 0 127 -4 0 6/ 7 11 18.0 13.40 11 20.6 13.24 13.8 1.85 2.75 22.19 20.01 to 2.23 147 153 0 0 127 -3 0 7/ 8 11 17.3 13.40 11 19.9 13.24 13.8 1.86 2.75 22.14 20.03 to 2.18 146 139 0 0 126 -3 0 8/ 9 11 16.7 13.40 11 19.3 13.24 13.9 1.88 2.76 22.10 20.05 to 2.14 145 124 3 0 125 -3 0 9/10 11 16.1 13.40 11 18.8 13.23 13.9 1.89 2.77 22.05 20.07 to 2.09 144 109 9 0 125 -3 0 10/11 11 15.6 13.39 11 18.2 13.23 13.9 1.91 2.77 22.00 20.09 to 2.04 143 94 17 0 124 -3 0 11/12 11 15.1 13.38 11 17.7 13.22 14.0 1.92 2.78 21.56 20.11 to 1.60 142 80 27 0 124 -3 0 12/13 11 14.6 13.37 11 17.2 13.21 14.0 1.94 2.79 21.52 20.13 to 1.55 141 66 38 0 123 -3 0 13/14 11 14.1 13.36 11 16.7 13.20 14.1 1.95 2.79 21.47 20.15 to 1.51 140 53 48 0 123 -2 0 14/15 11 13.6 13.35 11 16.2 13.18 14.1 1.97 2.80 21.43 20.17 to 1.46 139 40 59 0 122 -2 0 15/16 11 13.2 13.33 11 15.8 13.17 14.2 1.98 2.81 21.38 20.19 to 1.42 138 28 69 0 122 -2 0 16/17 11 12.8 13.32 11 15.4 13.16 14.2 2.00 2.82 21.34 20.21 to 1.37 137 17 77 0 122 -2 0 17/18 11 12.4 13.30 11 15.0 13.14 14.2 2.01 2.82 21.30 20.23 to 1.33 136 9 85 0 121 -2 0 18/19 11 12.1 13.28 11 14.7 13.12 14.3 2.03 2.83 21.25 20.25 to 1.29 135 13 91 0 121 -2 0 19/20 11 11.7 13.26 11 14.4 13.10 14.3 2.05 2.84 21.21 20.27 to 1.24 134 23 96 0 121 -1 0 20/21 11 11.4 13.24 11 14.1 13.08 14.4 2.06 2.84 21.17 20.29 to 1.20 133 35 99 0 120 -1 0 21/22 11 11.2 13.22 11 13.8 13.05 14.4 2.08 2.85 21.13 20.31 to 1.15 132 46 100 0 120 -1 0 22/23 11 10.9 13.19 11 13.5 13.03 14.5 2.10 2.86 21.09 20.33 to 1.11 131 58 100 0 120 -1 -1 23/24 11 10.7 13.17 11 13.3 13.01 14.5 2.11 2.86 21.04 20.35 to 1.07 130 70 98 0 119 -1 -1 24/25 11 10.5 13.14 11 13.1 12.58 14.5 2.13 2.87 21.00 20.37 to 1.02 129 82 94 0 119 -1 -1 25/26 11 10.3 13.11 11 12.9 12.55 14.6 2.15 2.88 20.56 20.39 to 0.58 128 94 88 0 119 -1 -1 26/27 11 10.2 13.08 11 12.8 12.52 14.6 2.17 2.88 20.52 20.41 to 0.53 127 106 81 0 119 0 -1 27/28 11 10.0 13.05 11 12.7 12.49 14.7 2.18 2.89 20.48 20.44 to 0.49 126 118 72 0 118 0 -1 28/29 11 9.9 13.02 11 12.6 12.46 14.7 2.20 2.90 20.44 20.46 to 0.45 125 131 62 0 118 0 -1 29/30 11 9.9 12.59 11 12.5 12.43 14.8 2.22 2.91 20.40 20.48 to 0.41 124 143 52 0 118 0 -1 30/31 11 9.8 12.56 11 12.4 12.39 14.8 2.24 2.91 20.36 20.50 to 0.36 123 156 41 0 118 0 -1 Ephemeris for P/ Churyumov-Gerasimenko 67 Omega= 12.7973 OMEGA= 50.1345 i= 7.0401 q= 1.243268 a= 3.461908 e=0.640872 P= 6.441 T= 2015 August 13.0851 Equinox= 2000 Magnitudes calculated from m= 7.5+5.0*Log(d)+ 0.0250*Abs(Date-T- 40.0) Station: 50N Latitude: 50.000 Longitude: 0.000 Magnetic variation: 0.0 Observing constraints: Sun below -13. deg Object above***** deg May 2016 Positions for 00:00 ET, Times in UT Elong Moon Comet Day R.A. B1950 Dec R.A. J2000 Dec Mag D R Trans Observable Sun Moon Phase Tail pA d RA dDec 1/ 2 11 9.8 12.52 11 12.4 12.36 14.8 2.26 2.92 20.32 20.52 to 0.32 122 169 30 0 117 0 -1 2/ 3 11 9.7 12.48 11 12.4 12.32 14.9 2.27 2.93 20.28 20.54 to 0.28 121 171 20 0 117 0 -1 3/ 4 11 9.7 12.45 11 12.4 12.28 14.9 2.29 2.93 20.24 20.57 to 0.23 120 159 11 0 117 0 -1 4/ 5 11 9.8 12.41 11 12.4 12.25 15.0 2.31 2.94 20.20 20.59 to 0.19 119 144 4 0 117 0 -1 5/ 6 11 9.8 12.37 11 12.4 12.21 15.0 2.33 2.95 20.16 21.01 to 0.15 118 129 0 0 117 0 -1 6/ 7 11 9.9 12.33 11 12.5 12.17 15.1 2.35 2.95 20.12 21.03 to 0.11 117 114 0 0 117 0 -1 7/ 8 11 10.0 12.29 11 12.6 12.13 15.1 2.37 2.96 20.08 21.05 to 0.07 117 99 2 0 116 0 -1 8/ 9 11 10.1 12.25 11 12.7 12.08 15.1 2.39 2.97 20.05 21.08 to 0.02 116 85 7 0 116 0 -1 9/10 11 10.2 12.20 11 12.9 12.04 15.2 2.41 2.97 20.01 21.10 to 23.58 115 71 14 0 116 0 -1 10/11 11 10.4 12.16 11 13.0 11.60 15.2 2.42 2.98 19.57 21.12 to 23.54 114 57 23 0 116 0 -1 11/12 11 10.6 12.11 11 13.2 11.55 15.3 2.44 2.99 19.53 21.14 to 23.50 113 44 33 0 116 1 -1 12/13 11 10.8 12.07 11 13.4 11.51 15.3 2.46 2.99 19.49 21.16 to 23.46 112 31 43 0 116 1 -1 13/14 11 11.0 12.02 11 13.6 11.46 15.3 2.48 3.00 19.46 21.19 to 23.42 111 19 53 0 116 1 -1 14/15 11 11.2 11.57 11 13.8 11.41 15.4 2.50 3.01 19.42 21.21 to 23.38 110 9 63 0 115 1 -1 15/16 11 11.4 11.53 11 14.1 11.36 15.4 2.52 3.01 19.38 21.23 to 23.33 109 9 72 0 115 1 -2 16/17 11 11.7 11.48 11 14.3 11.31 15.5 2.54 3.02 19.35 21.25 to 23.29 109 19 80 0 115 1 -2 17/18 11 12.0 11.43 11 14.6 11.26 15.5 2.56 3.03 19.31 21.27 to 23.25 108 31 87 0 115 1 -2 18/19 11 12.3 11.38 11 14.9 11.21 15.6 2.58 3.03 19.27 21.30 to 23.21 107 42 93 0 115 1 -2 19/20 11 12.6 11.33 11 15.2 11.16 15.6 2.60 3.04 19.24 21.32 to 23.17 106 54 97 0 115 1 -2 20/21 11 13.0 11.27 11 15.6 11.11 15.6 2.62 3.05 19.20 21.34 to 23.13 105 66 100 0 115 2 -2 21/22 11 13.3 11.22 11 15.9 11.06 15.7 2.64 3.05 19.17 21.36 to 23.09 104 77 100 0 115 2 -2 22/23 11 13.7 11.17 11 16.3 11.00 15.7 2.66 3.06 19.13 21.38 to 23.05 103 89 99 0 115 2 -2 23/24 11 14.1 11.11 11 16.7 10.55 15.8 2.68 3.07 19.09 21.40 to 23.01 103 101 96 0 114 2 -2 24/25 11 14.4 11.06 11 17.1 10.50 15.8 2.70 3.07 19.06 21.42 to 22.57 102 114 91 0 114 2 -2 25/26 11 14.9 11.01 11 17.5 10.44 15.8 2.72 3.08 19.02 21.44 to 22.53 101 126 85 0 114 2 -2 26/27 11 15.3 10.55 11 17.9 10.39 15.9 2.74 3.09 18.59 21.46 to 22.49 100 139 76 0 114 2 -2 27/28 11 15.7 10.49 11 18.3 10.33 15.9 2.76 3.09 18.55 21.48 to 22.45 99 151 67 0 114 2 -2 28/29 11 16.2 10.44 11 18.8 10.27 16.0 2.78 3.10 18.52 21.50 to 22.41 99 164 56 0 114 2 -2 29/30 11 16.7 10.38 11 19.3 10.21 16.0 2.80 3.11 18.48 21.52 to 22.37 98 174 45 0 114 2 -2 30/31 11 17.1 10.32 11 19.7 10.16 16.1 2.82 3.11 18.45 21.54 to 22.33 97 166 33 0 114 2 -2 31/32 11 17.6 10.26 11 20.2 10.10 16.1 2.84 3.12 18.41 21.56 to 22.29 96 152 23 0 114 3 -2