Ephemeris for 49P Arend-Rigaux Omega=332.7979 OMEGA=118.8749 i= 19.0497 q= 1.423881 a= 3.562954 e= .600365 P= 6.725 T= 2011 October 19.0846 Equinox= 2000 Magnitudes calculated from m= 7.3+5.0*Log(d)+11.0*Log(r)+ .000*Beta Station: Southern Hemisphere Latitude: -35.000 Longitude: .000 Magnetic variation: .0 Observing constraints: Sun below -13. deg Object above***** deg January 2012 Positions for 00:00 ET, Times in UT Day R.A. B1950 Dec R.A. J2000 Dec Mag D R Trans Observable Elong 17/18 12 20.2 15.25 12 22.8 15.09 10.0 1.05 1.73 4.36 .41 to 3.54 117 18/19 12 21.1 15.41 12 23.7 15.25 10.0 1.05 1.74 4.33 .39 to 3.56 118 19/20 12 22.0 15.57 12 24.5 15.41 10.0 1.04 1.74 4.30 .37 to 3.57 119 20/21 12 22.8 16.14 12 25.3 15.57 10.1 1.04 1.75 4.27 .35 to 3.58 119 21/22 12 23.5 16.30 12 26.1 16.14 10.1 1.04 1.75 4.24 .34 to 3.59 120 22/23 12 24.3 16.47 12 26.8 16.31 10.1 1.04 1.76 4.20 .32 to 4.00 121 23/24 12 24.9 17.04 12 27.4 16.48 10.1 1.04 1.77 4.17 .30 to 4.02 122 24/25 12 25.5 17.22 12 28.1 17.05 10.1 1.03 1.77 4.14 .28 to 4.03 123 25/26 12 26.1 17.39 12 28.7 17.23 10.1 1.03 1.78 4.10 .26 to 4.04 124 26/27 12 26.7 17.57 12 29.2 17.40 10.1 1.03 1.78 4.07 .24 to 4.06 125 27/28 12 27.2 18.15 12 29.7 17.58 10.1 1.03 1.79 4.04 .23 to 4.07 125 28/29 12 27.6 18.33 12 30.1 18.16 10.2 1.03 1.80 4.00 .21 to 4.08 126 29/30 12 28.0 18.51 12 30.5 18.34 10.2 1.03 1.80 3.57 .19 to 4.09 127 30/31 12 28.4 19.09 12 30.9 18.52 10.2 1.03 1.81 3.53 .17 to 4.11 128 31/32 12 28.7 19.27 12 31.2 19.11 10.2 1.03 1.82 3.49 .15 to 4.12 129 Ephemeris for 49P Arend-Rigaux Omega=332.7979 OMEGA=118.8749 i= 19.0497 q= 1.423881 a= 3.562954 e= .600365 P= 6.725 T= 2011 October 19.0846 Equinox= 2000 Magnitudes calculated from m= 7.3+5.0*Log(d)+11.0*Log(r)+ .000*Beta Station: Southern Hemisphere Latitude: -35.000 Longitude: .000 Magnetic variation: .0 Observing constraints: Sun below -13. deg Object above***** deg February 2012 Positions for 00:00 ET, Times in UT Day R.A. B1950 Dec R.A. J2000 Dec Mag D R Trans Observable Elong 1/ 2 12 28.9 19.46 12 31.4 19.29 10.2 1.03 1.82 3.46 .13 to 4.13 130 2/ 3 12 29.2 20.04 12 31.7 19.48 10.2 1.03 1.83 3.42 .11 to 4.14 131 3/ 4 12 29.3 20.23 12 31.8 20.06 10.3 1.03 1.83 3.38 .09 to 4.16 132 4/ 5 12 29.5 20.42 12 32.0 20.25 10.3 1.03 1.84 3.34 .07 to 4.17 132 5/ 6 12 29.5 21.00 12 32.1 20.44 10.3 1.03 1.85 3.30 .05 to 4.18 133 6/ 7 12 29.6 21.19 12 32.1 21.03 10.3 1.03 1.85 3.27 .03 to 4.19 134 7/ 8 12 29.6 21.38 12 32.1 21.21 10.3 1.03 1.86 3.23 .01 to 4.21 135 8/ 9 12 29.5 21.57 12 32.0 21.40 10.3 1.03 1.87 3.19 23.59 to 4.22 136 9/10 12 29.4 22.15 12 32.0 21.59 10.4 1.03 1.87 3.15 23.57 to 4.23 137 10/11 12 29.3 22.34 12 31.8 22.18 10.4 1.03 1.88 3.11 23.55 to 4.24 138 11/12 12 29.1 22.53 12 31.6 22.36 10.4 1.03 1.88 3.06 23.53 to 4.25 138 12/13 12 28.9 23.11 12 31.4 22.55 10.4 1.03 1.89 3.02 23.51 to 4.27 139 13/14 12 28.7 23.30 12 31.2 23.13 10.4 1.03 1.90 2.58 23.49 to 4.28 140 14/15 12 28.4 23.48 12 30.9 23.31 10.4 1.03 1.90 2.54 23.47 to 4.29 141 15/16 12 28.0 24.06 12 30.5 23.50 10.5 1.04 1.91 2.50 23.45 to 4.30 142 16/17 12 27.6 24.24 12 30.1 24.08 10.5 1.04 1.92 2.45 23.43 to 4.31 142 17/18 12 27.2 24.42 12 29.7 24.25 10.5 1.04 1.92 2.41 23.41 to 4.33 143 18/19 12 26.8 24.60 12 29.3 24.43 10.5 1.04 1.93 2.36 23.38 to 4.34 144 19/20 12 26.3 25.17 12 28.8 25.01 10.6 1.04 1.94 2.32 23.36 to 4.35 145 20/21 12 25.7 25.34 12 28.2 25.18 10.6 1.05 1.94 2.28 23.34 to 4.36 145 21/22 12 25.2 25.51 12 27.7 25.35 10.6 1.05 1.95 2.23 23.32 to 4.37 146 22/23 12 24.6 26.08 12 27.1 25.51 10.6 1.05 1.96 2.18 23.30 to 4.38 147 23/24 12 24.0 26.24 12 26.5 26.08 10.6 1.06 1.96 2.14 23.28 to 4.39 147 24/25 12 23.3 26.40 12 25.8 26.24 10.7 1.06 1.97 2.09 23.26 to 4.40 148 25/26 12 22.6 26.56 12 25.1 26.39 10.7 1.06 1.98 2.05 23.24 to 4.41 148 26/27 12 21.9 27.11 12 24.4 26.55 10.7 1.07 1.98 2.00 23.22 to 4.39 149 27/28 12 21.2 27.26 12 23.7 27.10 10.7 1.07 1.99 1.55 23.19 to 4.31 149 28/29 12 20.4 27.41 12 22.9 27.24 10.8 1.08 2.00 1.51 23.17 to 4.24 150 29/30 12 19.6 27.55 12 22.1 27.39 10.8 1.08 2.00 1.46 23.15 to 4.17 150 Ephemeris for 49P Arend-Rigaux Omega=332.7979 OMEGA=118.8749 i= 19.0497 q= 1.423881 a= 3.562954 e= .600365 P= 6.725 T= 2011 October 19.0846 Equinox= 2000 Magnitudes calculated from m= 7.3+5.0*Log(d)+11.0*Log(r)+ .000*Beta Station: Southern Hemisphere Latitude: -35.000 Longitude: .000 Magnetic variation: .0 Observing constraints: Sun below -13. deg Object above***** deg March 2012 Positions for 00:00 ET, Times in UT Day R.A. B1950 Dec R.A. J2000 Dec Mag D R Trans Observable Elong 1/ 2 12 18.8 28.09 12 21.3 27.53 10.8 1.09 2.01 1.41 23.13 to 4.09 150 2/ 3 12 18.0 28.23 12 20.5 28.06 10.8 1.09 2.02 1.36 23.11 to 4.02 151 3/ 4 12 17.1 28.36 12 19.6 28.19 10.9 1.10 2.02 1.32 23.09 to 3.54 151 4/ 5 12 16.3 28.48 12 18.8 28.32 10.9 1.10 2.03 1.27 23.07 to 3.47 151 5/ 6 12 15.4 29.00 12 17.9 28.44 10.9 1.11 2.04 1.22 23.05 to 3.39 151 6/ 7 12 14.5 29.12 12 17.0 28.55 10.9 1.11 2.04 1.17 23.02 to 3.32 152 7/ 8 12 13.6 29.23 12 16.1 29.07 11.0 1.12 2.05 1.12 23.00 to 3.24 152 8/ 9 12 12.7 29.34 12 15.2 29.17 11.0 1.13 2.06 1.07 22.58 to 3.17 152 9/10 12 11.8 29.44 12 14.3 29.28 11.0 1.13 2.06 1.03 22.56 to 3.09 152 10/11 12 10.8 29.54 12 13.4 29.37 11.1 1.14 2.07 .58 22.54 to 3.01 152 11/12 12 9.9 30.03 12 12.4 29.47 11.1 1.15 2.08 .53 22.52 to 2.54 152 12/13 12 9.0 30.12 12 11.5 29.56 11.1 1.15 2.08 .48 22.50 to 2.46 151 13/14 12 8.0 30.21 12 10.6 30.04 11.1 1.16 2.09 .43 22.48 to 2.38 151 14/15 12 7.1 30.29 12 9.7 30.12 11.2 1.17 2.10 .38 22.46 to 2.31 151 15/16 12 6.2 30.36 12 8.7 30.19 11.2 1.18 2.10 .33 22.44 to 2.23 151 16/17 12 5.3 30.43 12 7.8 30.26 11.2 1.19 2.11 .29 22.42 to 2.15 151 17/18 12 4.3 30.49 12 6.9 30.33 11.3 1.19 2.12 .24 22.40 to 2.08 150 18/19 12 3.4 30.55 12 6.0 30.38 11.3 1.20 2.12 .19 22.38 to 1.60 150 Stop - Program terminated.