Ephemeris for 29P Schwassmann-Wachmann Omega= 50.7182 OMEGA=312.4867 i= 9.3743 q= 5.747395 a= 6.004251 e=0.042779 P= 14.713 T= 2019 April 15.3593 Equinox= 2000 Magnitudes calculated from m= 1.0+5.0*Log(d)+10.0*Log(r)+0.000*Beta Station: 40 South Latitude: -40.000 Longitude: 0.000 Magnetic variation: 0.0 Observing constraints: Sun below -13. deg Object above***** deg June 2013 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 16/17 13 32.6 -20.50 13 35.3 -21.05 12.7 5.59 6.21 19.54 17.51 to 0.38 123 30 53 0 105 0 0 17/18 13 32.5 -20.48 13 35.2 -21.03 12.7 5.61 6.21 19.50 17.51 to 0.34 122 18 64 0 105 0 0 18/19 13 32.4 -20.46 13 35.2 -21.02 12.7 5.62 6.21 19.46 17.51 to 0.29 121 9 74 0 105 0 0 19/20 13 32.4 -20.44 13 35.1 -20.60 12.7 5.63 6.21 19.42 17.52 to 0.25 121 15 83 0 106 0 0 20/21 13 32.3 -20.43 13 35.1 -20.58 12.7 5.65 6.21 19.38 17.52 to 0.21 120 28 91 0 106 0 0 21/22 13 32.3 -20.41 13 35.0 -20.56 12.7 5.66 6.21 19.34 17.52 to 0.17 119 42 97 0 106 0 0 22/23 13 32.3 -20.39 13 35.0 -20.55 12.7 5.67 6.21 19.30 17.52 to 0.12 118 57 100 0 106 0 0 23/24 13 32.3 -20.38 13 35.0 -20.53 12.7 5.69 6.21 19.27 17.52 to 0.08 117 72 100 0 106 0 0 24/25 13 32.3 -20.36 13 35.0 -20.51 12.7 5.70 6.21 19.23 17.53 to 0.04 116 87 97 1 107 0 0 25/26 13 32.3 -20.35 13 35.0 -20.50 12.7 5.71 6.21 19.19 17.53 to 23.60 115 102 91 1 107 0 0 26/27 13 32.3 -20.33 13 35.0 -20.48 12.7 5.73 6.21 19.15 17.53 to 23.56 114 116 83 1 107 0 0 27/28 13 32.3 -20.32 13 35.1 -20.47 12.7 5.74 6.21 19.11 17.54 to 23.51 113 130 73 1 107 0 0 28/29 13 32.4 -20.30 13 35.1 -20.46 12.7 5.76 6.21 19.07 17.54 to 23.47 112 144 63 1 108 0 0 29/30 13 32.4 -20.29 13 35.2 -20.44 12.7 5.77 6.21 19.03 17.55 to 23.43 111 156 52 1 108 0 0 30/31 13 32.5 -20.28 13 35.2 -20.43 12.7 5.79 6.21 18.59 17.55 to 23.39 110 167 42 1 108 0 0 Ephemeris for 29P Schwassmann-Wachmann Omega= 50.7182 OMEGA=312.4867 i= 9.3743 q= 5.747395 a= 6.004251 e=0.042779 P= 14.713 T= 2019 April 15.3593 Equinox= 2000 Magnitudes calculated from m= 1.0+5.0*Log(d)+10.0*Log(r)+0.000*Beta Station: 40 South Latitude: -40.000 Longitude: 0.000 Magnetic variation: 0.0 Observing constraints: Sun below -13. deg Object above***** deg July 2013 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 13 32.6 -20.27 13 35.3 -20.42 12.7 5.80 6.21 18.55 17.55 to 23.35 109 171 32 1 108 0 0 2/ 3 13 32.6 -20.25 13 35.4 -20.41 12.8 5.81 6.21 18.51 17.56 to 23.31 108 163 23 1 108 0 0 3/ 4 13 32.7 -20.24 13 35.5 -20.40 12.8 5.83 6.21 18.48 17.56 to 23.27 107 152 16 1 108 0 0 4/ 5 13 32.8 -20.23 13 35.6 -20.39 12.8 5.84 6.21 18.44 17.57 to 23.23 106 140 9 1 109 0 0 5/ 6 13 33.0 -20.22 13 35.7 -20.38 12.8 5.86 6.21 18.40 17.57 to 23.19 106 129 4 1 109 0 0 6/ 7 13 33.1 -20.21 13 35.8 -20.37 12.8 5.87 6.21 18.36 17.58 to 23.15 105 117 1 1 109 0 0 7/ 8 13 33.2 -20.21 13 35.9 -20.36 12.8 5.89 6.21 18.32 17.58 to 23.11 104 105 0 1 109 0 0 8/ 9 13 33.4 -20.20 13 36.1 -20.35 12.8 5.90 6.21 18.28 17.59 to 23.07 103 94 0 1 109 0 0 9/10 13 33.5 -20.19 13 36.2 -20.34 12.8 5.92 6.21 18.25 17.59 to 23.03 102 82 2 1 109 0 0 10/11 13 33.7 -20.18 13 36.4 -20.34 12.8 5.93 6.21 18.21 18.00 to 22.59 101 70 6 1 110 0 0 11/12 13 33.9 -20.18 13 36.6 -20.33 12.8 5.95 6.21 18.17 18.01 to 22.55 100 58 12 1 110 1 0 12/13 13 34.0 -20.17 13 36.8 -20.32 12.8 5.96 6.21 18.13 18.01 to 22.51 99 46 19 1 110 1 0 13/14 13 34.2 -20.17 13 37.0 -20.32 12.8 5.98 6.21 18.10 18.02 to 22.47 98 34 28 1 110 1 0 14/15 13 34.4 -20.16 13 37.2 -20.31 12.8 5.99 6.21 18.06 18.02 to 22.43 97 22 38 1 110 1 0 15/16 13 34.7 -20.16 13 37.4 -20.31 12.8 6.01 6.21 18.02 18.03 to 22.39 97 11 49 1 110 1 0 16/17 13 34.9 -20.16 13 37.6 -20.31 12.8 6.02 6.21 17.58 18.04 to 22.36 96 11 60 1 111 1 0 17/18 13 35.1 -20.15 13 37.8 -20.30 12.8 6.04 6.21 17.55 18.04 to 22.32 95 22 71 1 111 1 0 18/19 13 35.4 -20.15 13 38.1 -20.30 12.8 6.06 6.21 17.51 18.05 to 22.28 94 36 81 1 111 1 0 19/20 13 35.6 -20.15 13 38.3 -20.30 12.8 6.07 6.21 17.47 18.06 to 22.25 93 50 89 1 111 1 0 20/21 13 35.9 -20.15 13 38.6 -20.30 12.8 6.09 6.21 17.44 18.06 to 22.21 92 65 96 1 111 1 0 21/22 13 36.1 -20.15 13 38.9 -20.30 12.9 6.10 6.21 17.40 18.07 to 22.17 91 80 100 1 111 1 0 22/23 13 36.4 -20.15 13 39.1 -20.30 12.9 6.12 6.21 17.36 18.08 to 22.13 90 95 100 1 111 1 0 23/24 13 36.7 -20.15 13 39.4 -20.30 12.9 6.13 6.21 17.33 18.09 to 22.10 89 109 98 1 112 1 0 24/25 13 37.0 -20.15 13 39.7 -20.30 12.9 6.15 6.21 17.29 18.09 to 22.06 89 124 93 1 112 1 0 25/26 13 37.3 -20.15 13 40.0 -20.30 12.9 6.16 6.21 17.25 18.10 to 22.03 88 138 86 1 112 1 0 26/27 13 37.6 -20.15 13 40.4 -20.30 12.9 6.18 6.21 17.22 18.11 to 21.59 87 151 77 1 112 1 0 27/28 13 38.0 -20.16 13 40.7 -20.31 12.9 6.19 6.20 17.18 18.12 to 21.55 86 163 68 1 112 1 0 28/29 13 38.3 -20.16 13 41.0 -20.31 12.9 6.21 6.20 17.15 18.12 to 21.52 85 172 58 1 112 1 0 29/30 13 38.6 -20.16 13 41.4 -20.31 12.9 6.22 6.20 17.11 18.13 to 21.48 84 167 47 1 112 2 0 30/31 13 39.0 -20.17 13 41.7 -20.32 12.9 6.24 6.20 17.07 18.14 to 21.45 83 156 38 1 112 2 0 31/32 13 39.3 -20.17 13 42.1 -20.32 12.9 6.26 6.20 17.04 18.15 to 21.41 82 145 29 1 113 2 0 Ephemeris for 29P Schwassmann-Wachmann Omega= 50.7182 OMEGA=312.4867 i= 9.3743 q= 5.747395 a= 6.004251 e=0.042779 P= 14.713 T= 2019 April 15.3593 Equinox= 2000 Magnitudes calculated from m= 1.0+5.0*Log(d)+10.0*Log(r)+0.000*Beta Station: 40 South Latitude: -40.000 Longitude: 0.000 Magnetic variation: 0.0 Observing constraints: Sun below -13. deg Object above***** deg August 2013 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 13 39.7 -20.18 13 42.4 -20.33 12.9 6.27 6.20 17.00 18.15 to 21.38 82 133 20 1 113 2 0 2/ 3 13 40.1 -20.19 13 42.8 -20.34 12.9 6.29 6.20 16.57 18.16 to 21.34 81 122 13 0 113 2 0 3/ 4 13 40.5 -20.19 13 43.2 -20.34 12.9 6.30 6.20 16.53 18.17 to 21.30 80 110 7 0 113 2 0 4/ 5 13 40.9 -20.20 13 43.6 -20.35 12.9 6.32 6.20 16.50 18.18 to 21.27 79 98 3 0 113 2 0 5/ 6 13 41.3 -20.21 13 44.0 -20.36 12.9 6.33 6.20 16.46 18.18 to 21.23 78 87 0 0 113 2 0 6/ 7 13 41.7 -20.22 13 44.4 -20.37 12.9 6.35 6.20 16.42 18.19 to 21.20 77 75 0 0 113 2 0 7/ 8 13 42.1 -20.22 13 44.8 -20.37 12.9 6.36 6.20 16.39 18.20 to 21.16 76 63 1 0 113 2 0 8/ 9 13 42.5 -20.23 13 45.3 -20.38 12.9 6.38 6.20 16.35 18.21 to 21.13 76 51 4 0 113 2 0 9/10 13 43.0 -20.24 13 45.7 -20.39 13.0 6.39 6.20 16.32 18.22 to 21.10 75 38 9 0 114 2 0 10/11 13 43.4 -20.25 13 46.1 -20.40 13.0 6.41 6.20 16.28 18.23 to 21.06 74 26 16 0 114 2 0 11/12 13 43.8 -20.27 13 46.6 -20.41 13.0 6.42 6.20 16.25 18.23 to 21.03 73 14 24 0 114 2 0 12/13 13 44.3 -20.28 13 47.0 -20.43 13.0 6.44 6.20 16.21 18.24 to 20.59 72 8 34 0 114 2 0 13/14 13 44.8 -20.29 13 47.5 -20.44 13.0 6.45 6.20 16.18 18.25 to 20.56 71 17 45 0 114 2 0 14/15 13 45.2 -20.30 13 48.0 -20.45 13.0 6.46 6.20 16.14 18.26 to 20.52 71 29 56 0 114 2 0 15/16 13 45.7 -20.31 13 48.5 -20.46 13.0 6.48 6.20 16.11 18.27 to 20.49 70 43 68 0 114 2 0 16/17 13 46.2 -20.33 13 49.0 -20.48 13.0 6.49 6.20 16.08 18.27 to 20.46 69 57 78 0 114 2 0