The following information shows the result of the orbit fit based on Gary Bernstein's method. Most of the information should be self-explanatory. Take special note that while the original Bernstein software works with barycentric coordinates, we convert these results into a heliocentric coordinate system.
# Object: 10ER65 # Created Thu Sep 20 01:37:57 2018 # Orbit generated from Bernstein formalism # Fitting 138 observations of 151 # Arc: 6.01y # First observation: 2010/03/11 # Last observation: 2016/03/13 Preliminary a, adot, b, bdot, g, gdot: 0.000027 0.030014 0.000044 0.010193 0.025232 0.000000 # Chi-squared of fit: 234.21 DOF: 270 RMS: 0.23 # Min/Max residuals: -2.70 0.71 # Exact a, adot, b, bdot, g, gdot: 1.919865E-05 3.024096E-02 3.109238E-07 1.028486E-02 2.553631E-02 1.532556E-03 # Covariance matrix: 6.9514E-14 -5.4221E-14 1.4656E-14 -1.6539E-14 -1.0138E-14 -2.8015E-13 -5.4221E-14 6.7100E-14 -2.0049E-14 2.2494E-14 4.1495E-14 3.8424E-13 1.4656E-14 -2.0049E-14 3.6796E-14 -1.6049E-14 -1.2433E-14 -1.2226E-13 -1.6539E-14 2.2494E-14 -1.6049E-14 1.2050E-14 1.3659E-14 1.3722E-13 -1.0138E-14 4.1495E-14 -1.2433E-14 1.3659E-14 8.6653E-14 2.4048E-13 -2.8015E-13 3.8424E-13 -1.2226E-13 1.3722E-13 2.4048E-13 2.3426E-12 # lat0 lon0 xBary yBary zBary JD0 -10.542885 -174.808636 0.275979 -0.175347 -0.942285 2455265.568786 # Heliocentric elements and errors Epoch: 2455260.5000 = 2010/03/05 Mean Anomaly: 1.36202 +/- 0.002 Argument of Peri: 323.96811 +/- 0.007 Long of Asc Node: 212.60293 +/- 0.000 Inclination: 21.27084 +/- 0.000 Eccentricity: 0.58875328 +/- 0.0000 Semi-Major Axis: 97.27413427 +/- 0.0117 Time of Perihelion: 2453934.7067 +/- 1.5 Perihelion: 40.00366913 +/- 0.0066 Aphelion: 154.54459941 +/- 0.0192 Period (y) 959.4101 +/- 0.17 # Ecliptic coordinates at JD0 (AU and AU/d) Ecliptic X -39.31642588 +/- 0.0004 Ecliptic Y -3.29863534 +/- 0.0000 Ecliptic Z -7.16516897 +/- 0.0001 Ecliptic XDOT -0.00006612 +/- 0.0000 Ecliptic YDOT -0.00325600 +/- 0.0000 Ecliptic ZDOT 0.00105395 +/- 0.0000 # Distances at JD0 (AU) Heliocenter to KBO 40.09990006 +/- 0.0004 Geocenter to KBO 39.15992911 +/- 0.0005 # Hcoef: 5.22
The following table shows the complete astrometric record for 10ER65. The first three columns show the date of observation. The next six columns are RA and DEC. The next column (when provided) is the observed magnitude and filter. The next column is the object name (10ER65) followed by the observatory code and reference code for the source of the astrometry.
2010 03 10.06802 12 02 04.050 -11 43 39.00 21.1R 10ER65 809 C~0F7m 2010 03 10.15104 12 02 03.684 -11 43 36.73 21.1R 10ER65 809 C~0F7m 2010 03 10.23418 12 02 03.296 -11 43 34.21 21.3R 10ER65 809 C~0F7m 2010 03 11.06448 12 01 59.725 -11 43 09.48 21.3R 10ER65 809 C~0F7m 2010 03 11.14848 12 01 59.322 -11 43 07.35 21.1R 10ER65 809 C~0F7m 2010 03 11.23222 12 01 58.934 -11 43 05.12 21.0R 10ER65 809 C~0F7m 2010 03 12.26031 12 01 54.524 -11 42 34.29 10ER65 807 C~0F7m 2010 03 12.30726 12 01 54.309 -11 42 32.78 10ER65 807 C~0F7m 2010 03 13.21990 12 01 50.317 -11 42 04.93 20.7R 10ER65 807 C~0F7m 2010 03 13.24777 12 01 50.190 -11 42 03.85 20.8R 10ER65 807 C~0F7m 2010 03 26.02631 12 00 53.18 -11 35 03.7 10ER65 809 C~0Fo2 2010 03 26.06738 12 00 53.068 -11 35 02.07 20.9R 10ER65 809 C~0Fo2 2010 03 26.11054 12 00 52.894 -11 34 59.70 10ER65 809 C~0Fo2 2010 04 08.13782 11 59 56.418 -11 27 06.06 21.4V 10ER65 807 C~0GDb 2010 04 09.15191 11 59 52.192 -11 26 27.73 21.5V 10ER65 807 C~0GDb 2010 04 14.12897 11 59 32.016 -11 23 20.90 21.5V 10ER65 807 C~0Gty 2010 04 18.10802 11 59 16.540 -11 20 49.76 21.4V 10ER65 807 C~0Gty 2010 05 30.05661 11 57 34.149 -10 57 07.96 10ER65 807 C~0IRj 2010 06 01.01859 11 57 32.701 -10 56 16.49 10ER65 807 C~0IRj 2011 03 11.06848 12 09 26.42 -11 52 35.8 21.0R 10ER65 304 C~0U0v 2011 03 11.07275 12 09 26.41 -11 52 35.5 10ER65 304 C~0U0v 2011 03 11.09012 12 09 26.33 -11 52 35.2 10ER65 304 C~0U0v 2011 03 11.10740 12 09 26.27 -11 52 34.5 10ER65 304 C~0U0v 2011 03 11.11171 12 09 26.24 -11 52 34.4 10ER65 304 C~0U0v 2011 03 11.17426 12 09 25.98 -11 52 32.7 10ER65 304 C~0U0v 2011 03 11.17852 12 09 25.95 -11 52 32.4 10ER65 304 C~0U0v 2011 03 11.18280 12 09 25.93 -11 52 32.3 10ER65 304 C~0U0v 2011 03 11.21742 12 09 25.78 -11 52 31.3 10ER65 304 C~0U0v 2011 03 11.22176 12 09 25.76 -11 52 31.1 10ER65 304 C~0U0v 2011 03 11.22603 12 09 25.74 -11 52 31.0 10ER65 304 C~0U0v 2011 03 11.28891 12 09 25.46 -11 52 29.3 10ER65 304 C~0U0v 2011 03 11.29318 12 09 25.44 -11 52 29.1 10ER65 304 C~0U0v 2011 03 25.35748 12 08 23.331 -11 45 00.35 20.9r 10ER65 F51 C~1vWA 2011 03 25.36812 12 08 23.285 -11 45 00.04 20.7r 10ER65 F51 C~1vWA 2011 03 25.38040 12 08 23.224 -11 44 59.61 20.6i 10ER65 F51 C~1vWA 2011 03 25.39206 12 08 23.172 -11 44 59.25 20.6i 10ER65 F51 C~1vWA 2011 03 31.00933 12 07 58.26 -11 41 42.6 20.9R 10ER65 304 C~0VoL 2011 03 31.01360 12 07 58.24 -11 41 42.5 10ER65 304 C~0VoL 2011 03 31.01787 12 07 58.22 -11 41 42.4 10ER65 304 C~0VoL 2011 03 31.03969 12 07 58.13 -11 41 41.6 10ER65 304 C~0VoL 2011 03 31.04396 12 07 58.03 -11 41 43.8 10ER65 304 C~0VoL 2011 03 31.04971 12 07 58.08 -11 41 41.2 10ER65 304 C~0VoL 2011 03 31.06927 12 07 58.00 -11 41 40.4 10ER65 304 C~0VoL 2011 03 31.07240 12 07 58.00 -11 41 41.2 10ER65 304 C~0VoL 2011 03 31.14167 12 07 57.67 -11 41 38.0 10ER65 304 C~0VoL 2011 03 31.14594 12 07 57.65 -11 41 37.8 10ER65 304 C~0VoL 2011 03 31.15021 12 07 57.63 -11 41 37.6 10ER65 304 C~0VoL 2011 04 02.00686 12 07 49.48 -11 40 31.0 10ER65 304 C~0VoL 2011 04 02.01113 12 07 49.47 -11 40 30.8 10ER65 304 C~0VoL 2011 04 02.01539 12 07 49.45 -11 40 30.7 10ER65 304 C~0VoL 2011 04 02.03369 12 07 49.38 -11 40 30.0 10ER65 304 C~0VoL 2011 04 02.03681 12 07 49.35 -11 40 29.9 10ER65 304 C~0VoL 2011 04 02.04108 12 07 49.34 -11 40 29.7 10ER65 304 C~0VoL 2011 04 02.04537 12 07 49.31 -11 40 29.5 10ER65 304 C~0VoL 2011 04 02.06764 12 07 49.22 -11 40 28.8 10ER65 304 C~0VoL 2011 04 02.07190 12 07 49.20 -11 40 28.6 10ER65 304 C~0VoL 2011 04 02.07618 12 07 49.18 -11 40 28.5 10ER65 304 C~0VoL 2011 04 02.10771 12 07 49.04 -11 40 27.3 10ER65 304 C~0VoM 2011 04 02.11197 12 07 49.02 -11 40 27.2 10ER65 304 C~0VoM 2011 04 02.11625 12 07 49.00 -11 40 27.0 10ER65 304 C~0VoM 2011 04 02.20679 12 07 48.60 -11 40 23.8 10ER65 304 C~0VoM 2011 04 02.21106 12 07 48.58 -11 40 23.6 10ER65 304 C~0VoM 2011 04 03.03486 12 07 45.00 -11 39 53.8 10ER65 304 C~0VoM 2011 04 03.03845 12 07 44.98 -11 39 53.7 10ER65 304 C~0VoM 2011 04 03.04208 12 07 44.96 -11 39 53.5 10ER65 304 C~0VoM 2011 04 03.04493 12 07 45.029 -11 39 53.02 21.2R 10ER65 809 C~0UVL 2011 04 03.04566 12 07 44.94 -11 39 53.5 10ER65 304 C~0VoM 2011 04 03.04924 12 07 44.94 -11 39 53.2 10ER65 304 C~0VoM 2011 04 03.05292 12 07 44.92 -11 39 53.0 10ER65 304 C~0VoM 2011 04 03.05650 12 07 44.90 -11 39 53.0 10ER65 304 C~0VoM 2011 04 03.06032 12 07 44.88 -11 39 52.9 10ER65 304 C~0VoM 2011 04 03.06390 12 07 44.87 -11 39 52.7 10ER65 304 C~0VoM 2011 04 03.06748 12 07 44.85 -11 39 52.6 10ER65 304 C~0VoM 2011 04 03.07116 12 07 44.83 -11 39 52.5 10ER65 304 C~0VoM 2011 04 03.07473 12 07 44.82 -11 39 52.4 10ER65 304 C~0VoM 2011 04 03.13596 12 07 44.55 -11 39 50.2 10ER65 304 C~0VoM 2011 04 03.13955 12 07 44.53 -11 39 50.0 10ER65 304 C~0VoM 2011 04 03.14313 12 07 44.51 -11 39 49.9 10ER65 304 C~0VoM 2011 04 03.14716 12 07 44.579 -11 39 49.35 21.3R 10ER65 809 C~0UVL 2011 04 03.23303 12 07 44.12 -11 39 46.6 10ER65 304 C~0VoM 2011 04 03.23662 12 07 44.10 -11 39 46.5 10ER65 304 C~0VoM 2011 04 03.24020 12 07 44.09 -11 39 46.4 10ER65 304 C~0VoM 2011 04 03.26966 12 07 44.008 -11 39 44.89 21.2R 10ER65 809 C~0UVL 2011 04 03.28009 12 07 43.91 -11 39 44.9 10ER65 304 C~0VoM 2011 04 03.28367 12 07 43.90 -11 39 44.8 10ER65 304 C~0VoM 2011 04 03.28725 12 07 43.88 -11 39 44.6 10ER65 304 C~0VoM 2011 12 05.61334 12 18 29.811 -12 01 11.10 21.3w 10ER65 F51 C~1vWA 2011 12 05.61733 12 18 29.830 -12 01 11.16 21.2w 10ER65 F51 C~1vWA 2011 12 05.62130 12 18 29.839 -12 01 11.27 21.4w 10ER65 F51 C~1vWA 2011 12 05.62526 12 18 29.847 -12 01 11.37 21.3w 10ER65 F51 C~1vWA 2012 03 16.51416 12 16 24.232 -11 58 03.20 20.8r 10ER65 F51 C~1vWB 2012 03 16.52717 12 16 24.180 -11 58 02.72 20.7i 10ER65 F51 C~1vWB 2012 03 16.53996 12 16 24.106 -11 58 02.35 20.6i 10ER65 F51 C~1vWB 2012 04 14.33630 12 14 18.716 -11 41 17.64 21.1w 10ER65 F51 C~1vWB 2012 04 14.35116 12 14 18.653 -11 41 17.07 21.0w 10ER65 F51 C~1vWB 2012 04 14.36602 12 14 18.591 -11 41 16.57 21.1w 10ER65 F51 C~1vWB 2012 04 14.38085 12 14 18.528 -11 41 15.98 20.9w 10ER65 F51 C~1vWB 2012 05 15.97248 12 12 35.03 -11 22 29.7 21.0R 10ER65 304 C~0iG8 2012 05 16.01117 12 12 34.94 -11 22 28.3 10ER65 304 C~0iG8 2012 05 16.17005 12 12 34.58 -11 22 23.1 10ER65 304 C~0iG8 2012 05 17.98883 12 12 30.62 -11 21 25.0 10ER65 304 C~0iG8 2012 05 18.09772 12 12 30.38 -11 21 21.5 10ER65 304 C~0iG8 2012 05 18.19385 12 12 30.18 -11 21 18.9 21.0R 10ER65 688 C~0hWr 2012 05 18.20738 12 12 30.15 -11 21 18.0 10ER65 304 C~0iG8 2012 05 18.25256 12 12 30.04 -11 21 16.9 10ER65 688 C~0hWr 2013 03 04.48928 12 24 39.398 -12 11 37.64 21.2r 10ER65 F51 C~1vWB 2013 03 04.50031 12 24 39.350 -12 11 37.33 21.0r 10ER65 F51 C~1vWB 2013 03 04.51193 12 24 39.306 -12 11 37.02 20.8i 10ER65 F51 C~1vWB 2013 03 04.52404 12 24 39.260 -12 11 36.68 20.8i 10ER65 F51 C~1vWB 2013 03 13.46844 12 24 02.142 -12 07 33.06 21.2w 10ER65 F51 C~1vWB 2013 03 13.48267 12 24 02.078 -12 07 32.44 21.2w 10ER65 F51 C~1vWB 2013 03 13.49689 12 24 02.003 -12 07 32.12 21.2w 10ER65 F51 C~1vWB 2013 03 13.51115 12 24 01.950 -12 07 31.75 21.3w 10ER65 F51 C~1vWB 2013 04 08.38654 12 22 08.313 -11 53 09.63 21.1w 10ER65 F51 C~1vWB 2013 04 08.40011 12 22 08.242 -11 53 09.33 21.0w 10ER65 F51 C~1vWB 2013 04 08.41364 12 22 08.187 -11 53 08.70 21.2w 10ER65 F51 C~1vWB 2013 04 08.42717 12 22 08.119 -11 53 08.12 21.2w 10ER65 F51 C~1vWB 2014 04 05.37969 12 29 44.873 -12 02 25.40 20.9w 10ER65 F51 C~1vWB 2014 04 05.39089 12 29 44.826 -12 02 25.01 21.1w 10ER65 F51 C~1vWB 2014 04 05.40213 12 29 44.777 -12 02 24.48 21.1w 10ER65 F51 C~1vWB 2014 04 05.41335 12 29 44.728 -12 02 24.05 21.0w 10ER65 F51 C~1vWB 2014 05 25.28453 12 26 54.309 -11 33 48.80 21.2w 10ER65 F51 C~1vWB 2014 05 25.29662 12 26 54.284 -11 33 48.40 21.2w 10ER65 F51 C~1vWB 2014 05 25.30871 12 26 54.265 -11 33 48.02 21.2w 10ER65 F51 C~1vWB 2014 05 25.32081 12 26 54.234 -11 33 47.66 21.1w 10ER65 F51 C~1vWB 2014 06 02.26883 12 26 41.814 -11 30 09.64 21.2w 10ER65 F51 C~1vWB 2014 06 02.28094 12 26 41.802 -11 30 09.42 21.3w 10ER65 F51 C~1vWB 2014 06 02.29305 12 26 41.785 -11 30 09.10 21.1w 10ER65 F51 C~1vWB 2014 06 02.30514 12 26 41.769 -11 30 08.85 21.3w 10ER65 F51 C~1vWB 2015 01 22.60849 12 41 02.331 -12 33 24.51 21.3w 10ER65 F51 C~1vWB 2015 01 22.61976 12 41 02.322 -12 33 24.48 21.3w 10ER65 F51 C~1vWB 2015 01 22.63107 12 41 02.310 -12 33 24.51 21.3w 10ER65 F51 C~1vWB 2015 01 22.64232 12 41 02.300 -12 33 24.48 21.4w 10ER65 F51 C~1vWB 2015 02 27.50127 12 39 40.414 -12 27 01.25 21.0i 10ER65 F51 C~1vWB 2015 02 27.51314 12 39 40.371 -12 27 01.19 20.7i 10ER65 F51 C~1vWB 2015 02 27.52500 12 39 40.323 -12 27 00.81 20.8i 10ER65 F51 C~1vWB 2015 02 27.53688 12 39 40.284 -12 27 00.54 20.8i 10ER65 F51 C~1vWB 2015 03 20.48121 12 38 16.688 -12 17 51.69 21.1w 10ER65 F51 C~1vWB 2015 03 20.49178 12 38 16.650 -12 17 51.42 21.2w 10ER65 F51 C~1vWB 2015 03 20.50236 12 38 16.601 -12 17 51.04 21.1w 10ER65 F51 C~1vWB 2015 03 20.53905 12 38 16.435 -12 17 49.95 20.9w 10ER65 F51 C~1vWB 2015 04 25.36476 12 35 42.726 -11 57 20.39 21.1r 10ER65 F51 C~1vWB 2015 04 25.37599 12 35 42.695 -11 57 19.84 21.0r 10ER65 F51 C~1vWB 2015 04 25.38758 12 35 42.643 -11 57 19.44 21.1r 10ER65 F51 C~1vWB 2015 04 25.39881 12 35 42.599 -11 57 19.11 21.1r 10ER65 F51 C~1vWB 2015 05 18.33048 12 34 27.158 -11 44 20.16 21.2w 10ER65 F51 C~1vWB 2015 05 18.34357 12 34 27.122 -11 44 19.68 21.2w 10ER65 F51 C~1vWB 2015 05 18.35665 12 34 27.086 -11 44 19.36 21.2w 10ER65 F51 C~1vWB 2015 05 18.36978 12 34 27.061 -11 44 18.86 21.5w 10ER65 F51 C~1vWB 2016 03 13.25695 12 46 02.06 -12 26 41.9 20.6R 10ER65 G37 C~1pQ8 2016 03 13.30583 12 46 01.84 -12 26 40.5 10ER65 G37 C~1pQ8
The following table shows the residuals to the orbit fit. The first coumn is the point number. The second column is the time, in years, measured from the first observation. The third and fifth columns are the regularized positions used in the orbit fit. The fourth and sixth columns are the residuals, in arc seconds, for RA and Dec respectively.
1 0.0000 0.00 ( -0.10) 0.00 ( 1.25) 2 0.0002 -5.83 ( -0.03) -0.10 ( 1.11) 3 0.0005 -12.07 ( -0.33) -0.10 ( 1.07) 4 0.0027 -70.03 ( 0.13) 1.29 ( 1.44) 5 0.0030 -76.31 ( -0.14) 0.85 ( 0.93) 6 0.0032 -82.42 -0.23 0.58 0.60 7 0.0060 -154.13 ( 1.11) 2.56 ( 1.12) 8 0.0061 -157.63 ( 1.01) 2.66 ( 1.16) 9 0.0086 -222.52 ( 1.21) 4.40 ( 1.29) 10 0.0087 -224.66 ( 1.09) 4.63 ( 1.48) 11 0.0437 -1160.63 -0.57 49.40 -0.90 12 0.0438 -1162.80 0.33 50.23 -0.28 13 0.0439 -1166.10 0.25 51.36 0.63 14 0.0796 -2117.04 0.05 147.28 0.40 15 0.0824 -2189.39 -0.11 157.06 0.71 16 0.0960 -2536.42 0.59 207.17 0.26 17 0.1069 -2805.85 -0.22 252.69 0.62 18 0.2217 -4761.99 ( 1.07) 937.27 ( 0.63) 19 0.2271 -4802.49 ( 0.85) 975.57 ( 0.03) 20 1.0021 6166.12 -0.05 2117.50 -0.24 21 1.0021 6165.87 -0.00 2117.72 -0.02 22 1.0021 6164.67 0.02 2117.53 -0.23 23 1.0022 6163.58 0.16 2117.82 0.04 24 1.0022 6163.14 0.02 2117.73 -0.05 25 1.0023 6158.95 0.26 2117.77 -0.07 26 1.0024 6158.43 0.04 2117.87 0.03 27 1.0024 6158.12 0.03 2117.85 0.00 28 1.0025 6155.70 0.07 2117.88 0.01 29 1.0025 6155.35 0.03 2117.95 0.07 30 1.0025 6155.04 0.02 2117.93 0.04 31 1.0027 6150.59 0.04 2117.85 -0.10 32 1.0027 6150.24 -0.01 2117.91 -0.04 33 1.0412 5134.21 -0.07 2165.40 0.17 34 1.0412 5133.46 -0.02 2165.42 0.13 35 1.0412 5132.47 -0.09 2165.45 0.11 36 1.0413 5131.63 -0.07 2165.48 0.08 37 1.0566 4717.38 -0.09 2199.49 -0.03 38 1.0567 4717.07 -0.09 2199.46 -0.08 39 1.0567 4716.76 -0.08 2199.43 -0.13 40 1.0567 4715.23 0.01 2199.64 -0.07 41 1.0567 4714.77 -0.14 2197.03 -2.70 42 1.0568 4714.40 -0.08 2199.71 -0.06 43 1.0568 4713.00 -0.02 2199.98 0.08 44 1.0568 4713.32 0.53 2199.24 -0.67 45 1.0570 4707.60 -0.03 2200.24 -0.11 46 1.0570 4707.25 -0.06 2200.30 -0.07 47 1.0570 4706.90 -0.09 2200.37 -0.03 48 1.0621 4570.46 -0.12 2213.53 -0.08 49 1.0621 4570.25 -0.02 2213.65 0.02 50 1.0621 4569.94 -0.02 2213.63 -0.04 51 1.0622 4568.71 0.12 2213.86 0.07 52 1.0622 4568.27 -0.10 2213.77 -0.04 53 1.0622 4568.06 0.00 2213.90 0.06 54 1.0622 4567.57 -0.16 2213.91 0.03 55 1.0623 4566.08 -0.00 2214.02 -0.00 56 1.0623 4565.73 -0.04 2214.08 0.03 57 1.0623 4565.42 -0.03 2214.06 -0.02 58 1.0624 4563.05 -0.05 2214.34 0.04 59 1.0624 4562.74 -0.04 2214.31 -0.01 60 1.0624 4562.39 -0.07 2214.38 0.02 61 1.0627 4555.73 0.00 2214.96 -0.02 62 1.0627 4555.38 -0.03 2215.02 0.02 63 1.0649 4495.23 0.04 2221.30 0.03 64 1.0649 4494.92 -0.01 2221.27 -0.02 65 1.0650 4494.57 -0.09 2221.34 0.02 66 1.0650 4495.30 ( 0.86) 2222.18 ( 0.85) 67 1.0650 4494.30 -0.09 2221.22 -0.12 68 1.0650 4494.18 0.05 2221.49 0.13 69 1.0650 4493.83 -0.02 2221.56 0.17 70 1.0650 4493.56 -0.03 2221.44 0.03 71 1.0650 4493.25 -0.05 2221.42 -0.03 72 1.0650 4493.03 -0.00 2221.54 0.07 73 1.0650 4492.72 -0.05 2221.52 0.02 74 1.0650 4492.41 -0.09 2221.49 -0.03 75 1.0650 4492.24 0.00 2221.52 -0.02 76 1.0652 4487.72 0.03 2221.95 -0.03 77 1.0652 4487.37 -0.05 2222.02 0.01 78 1.0652 4487.06 -0.09 2221.99 -0.04 79 1.0652 4487.77 ( 0.91) 2222.90 ( 0.84) 80 1.0655 4480.49 0.01 2222.72 0.05 81 1.0655 4480.18 -0.03 2222.70 -0.00 82 1.0655 4480.01 0.06 2222.73 0.00 83 1.0656 4478.30 0.54 2223.63 0.69 84 1.0656 4476.98 -0.00 2223.05 0.03 85 1.0656 4476.81 0.09 2223.08 0.03 86 1.0656 4476.46 0.00 2223.15 0.07 87 1.7400 13716.55 -0.13 4799.70 -0.03 88 1.7400 13716.83 -0.06 4799.75 0.05 89 1.7401 13717.00 -0.11 4799.70 0.04 90 1.7401 13717.15 -0.18 4799.66 0.02 91 2.0190 11940.11 0.14 4247.87 0.05 92 2.0191 11939.21 0.20 4248.01 0.16 93 2.0191 11938.06 -0.02 4247.92 0.03 94 2.0979 9844.07 0.09 4445.85 0.05 95 2.0980 9842.99 0.07 4446.01 0.06 96 2.0980 9841.96 0.09 4446.11 0.01 97 2.0981 9840.87 0.05 4446.28 0.04 98 2.1845 7994.64 -0.10 4879.02 -0.21 99 2.1846 7992.87 -0.15 4879.78 -0.07 100 2.1851 7985.94 -0.03 4882.46 0.05 101 2.1901 7909.33 -0.12 4912.74 -0.06 102 2.1904 7904.69 -0.17 4914.55 -0.02 103 2.1906 7900.96 -0.08 4915.77 -0.21 104 2.1907 7900.19 -0.08 4916.43 0.04 105 2.1908 7898.27 -0.31 4916.80 -0.16 106 2.9854 18991.54 0.16 6339.52 0.06 107 2.9854 18990.77 0.11 6339.53 0.07 108 2.9855 18990.04 0.15 6339.57 0.11 109 2.9855 18989.28 0.18 6339.62 0.16 110 3.0100 18387.99 0.21 6353.44 -0.03 111 3.0100 18386.88 0.11 6353.65 0.15 112 3.0101 18385.73 -0.03 6353.52 -0.01 113 3.0101 18384.86 0.12 6353.56 -0.00 114 3.0810 16499.72 0.26 6500.95 0.08 115 3.0810 16498.64 0.18 6500.82 -0.16 116 3.0810 16497.64 0.19 6501.09 -0.00 117 3.0811 16496.49 0.04 6501.23 0.03 118 4.0720 22964.07 -0.01 8590.44 -0.02 119 4.0721 22963.28 0.04 8590.54 -0.01 120 4.0721 22962.40 0.00 8590.75 0.12 121 4.0721 22961.56 0.01 8590.87 0.16 122 4.2087 19959.58 -0.05 9214.54 -0.07 123 4.2087 19959.09 -0.09 9214.77 -0.03 124 4.2087 19958.68 -0.03 9215.01 0.02 125 4.2088 19958.12 -0.13 9215.17 -0.01 126 4.2305 19703.47 -0.15 9346.54 0.08 127 4.2306 19703.22 -0.06 9346.68 0.01 128 4.2306 19702.86 -0.08 9346.88 0.01 129 4.2306 19702.54 -0.05 9347.02 -0.04 130 4.8721 33063.28 -0.19 10662.84 0.07 131 4.8721 33063.15 -0.19 10662.81 0.11 132 4.8722 33062.99 -0.21 10662.72 0.07 133 4.8722 33062.84 -0.22 10662.69 0.11 134 4.9704 31774.16 -0.05 10565.58 0.06 135 4.9704 31773.54 0.03 10565.40 -0.12 136 4.9705 31772.72 -0.09 10565.49 -0.03 137 4.9705 31772.08 -0.04 10565.52 0.01 138 5.0278 30398.88 -0.07 10612.60 -0.02 139 5.0279 30398.25 0.08 10612.64 -0.02 140 5.0279 30397.43 0.02 10612.72 0.02 141 5.0280 30394.70 -0.03 10612.82 -0.04 142 5.1261 27790.62 0.03 10900.12 -0.09 143 5.1261 27789.98 0.17 10900.46 0.13 144 5.1261 27789.10 0.09 10900.54 0.08 145 5.1262 27788.37 0.13 10900.60 0.02 146 5.1889 26445.14 0.08 11202.69 -0.11 147 5.1890 26444.46 0.04 11202.93 -0.05 148 5.1890 26443.83 0.06 11203.03 -0.15 149 5.1891 26443.30 0.16 11203.35 -0.01 150 6.0101 37123.11 0.13 12713.00 0.08 151 6.0102 37119.48 -0.13 12713.10 0.05
The following table comes from a 10My integration of the orbit of the object. Three columns are shown. The first column is the result of integrating the nominal orbit. The other two columns are based on clones of the nominal orbit that are +/- 3 sigma from the nominal orbit. If all three types agree then the classificiation is deemed secure. The basis for these calculations is described in more detail in AJ, 129, 1117 (2005). Any use made of these calculations should refer to and credit this publication and the Deep Ecliptic Survey Team.
10ER65 quality flag:3 Type: SCATNEAR SCATNEAR SCATNEAR axisobj 97.207 97.242 97.172 ecceobj 0.588 0.589 0.588 incobj 21.290 21.290 21.290 qmin 38.629 38.529 38.610 qmax 161.582 161.803 161.520 amean 98.183 98.160 98.009 amin 96.472 96.520 96.169 amax 100.613 100.676 100.635 emean 0.592 0.593 0.592 emin 0.580 0.579 0.579 emax 0.606 0.607 0.606 imean 21.648 21.624 21.648 imin 20.988 20.925 20.956 imax 22.384 22.437 22.430 excite_mean 0.698 0.698 0.697 fracstop 1.000 1.000 1.000 cjmean 3.011 3.011 3.011 libcent 0 -180.0 -180.0 -180.0 libamp 0 -180.0 -180.0 -180.0 libcent 1 -180.0 -180.0 -180.0 libamp 1 -180.0 -180.0 -180.0 libcent 2 -180.0 -180.0 -180.0 libamp 2 -180.0 -180.0 -180.0 libcent 3 -180.0 -180.0 -180.0 libamp 3 -180.0 -180.0 -180.0 libcent 4 -180.0 -180.0 -180.0 libamp 4 -180.0 -180.0 -180.0 kozaimean 124.3 123.9 123.1 kozaiamp 180.0 180.0 180.0