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: 14QO441 # Created Tue Apr 23 01:15:57 2024 # Orbit generated from Bernstein formalism # Fitting 204 observations of 206 # Arc: 4.29y # First observation: 2013/10/02 # Last observation: 2018/01/17 Preliminary a, adot, b, bdot, g, gdot: 0.000107 0.031754 0.000021 0.002224 0.030760 0.000000 # WARNING -- MRQMIN stopped after 19 iterations # Chi-squared of fit: 152.54 DOF: 402 RMS: 0.15 # Min/Max residuals: -0.58 0.44 # Exact a, adot, b, bdot, g, gdot: 1.596035E-05 3.195977E-02 2.019176E-06 2.259428E-03 3.098444E-02 1.200451E-03 # Covariance matrix: 1.1361E-13 -1.1696E-13 9.2752E-15 -8.7417E-15 -6.6840E-14 -8.0817E-13 -1.1696E-13 1.4200E-13 -1.2443E-14 1.1808E-14 8.7631E-14 1.0910E-12 9.2752E-15 -1.2443E-14 4.1626E-14 -2.0244E-14 -7.9847E-15 -1.0527E-13 -8.7417E-15 1.1808E-14 -2.0244E-14 1.2139E-14 6.4847E-15 1.0522E-13 -6.6840E-14 8.7631E-14 -7.9847E-15 6.4847E-15 8.3683E-14 6.0770E-13 -8.0817E-13 1.0910E-12 -1.0527E-13 1.0522E-13 6.0770E-13 9.6800E-12 # lat0 lon0 xBary yBary zBary JD0 -18.980974 29.554845 0.353195 -0.304521 -0.885690 2456567.765238 # Heliocentric elements and errors Epoch: 2456560.5000 = 2013/09/25 Mean Anomaly: 164.19638 +/- 0.048 Argument of Peri: 114.10054 +/- 0.048 Long of Asc Node: 107.11987 +/- 0.001 Inclination: 18.82345 +/- 0.000 Eccentricity: 0.10268120 +/- 0.0000 Semi-Major Axis: 30.16285651 +/- 0.0006 Time of Perihelion: 2489470.3074 +/- 8.0 Perihelion: 27.06569806 +/- 0.0008 Aphelion: 33.26001495 +/- 0.0009 Period (y) 165.6597 +/- 0.00 # Ecliptic coordinates at JD0 (AU and AU/d) Ecliptic X 27.53660216 +/- 0.0002 Ecliptic Y 15.21152767 +/- 0.0001 Ecliptic Z -10.49730720 +/- 0.0001 Ecliptic XDOT -0.00125540 +/- 0.0000 Ecliptic YDOT 0.00253674 +/- 0.0000 Ecliptic ZDOT 0.00015443 +/- 0.0000 # Distances at JD0 (AU) Heliocenter to KBO 33.16396374 +/- 0.0002 Geocenter to KBO 32.27425994 +/- 0.0003 # Hcoef: 8.23
The following table shows the complete astrometric record for 14QO441. 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 (14QO441) followed by the observatory code and reference code for the source of the astrometry.
2013 10 02.26446 02 16 28.509 -06 28 52.28 23.8g 14QO441 W84 C~4yTx 2013 10 02.26446 02 16 28.51 -06 28 52.3 24.0g 14QO441 W84 C~3cnK 2013 10 02.270012 02 16 28.46 -06 28 52.4 14QO441 W84 C~1C6i 2013 10 02.271412 02 16 28.46 -06 28 52.6 14QO441 W84 C~1C6i 2013 10 13.24785 02 15 29.206 -06 35 48.05 22.6i 14QO441 W84 C~4yTx 2013 10 13.24785 02 15 29.21 -06 35 48.1 22.6i 14QO441 W84 C~3cnK 2013 10 13.25201 02 15 29.167 -06 35 47.95 22.7z 14QO441 W84 C~4yTx 2013 10 13.25201 02 15 29.17 -06 35 48.0 22.8z 14QO441 W84 C~3cnK 2014 08 21.291551 02 25 31.04 -05 14 39.4 14QO441 W84 C~1C6i 2014 08 21.316400 02 25 31.00 -05 14 40.6 14QO441 W84 C~1C6i 2014 08 21.320544 02 25 31.00 -05 14 40.7 14QO441 W84 C~1C6i 2014 08 21.324687 02 25 30.99 -05 14 40.7 14QO441 W84 C~1C6i 2014 08 21.343981 02 25 30.96 -05 14 41.8 23.2i 14QO441 W84 C~1C6i 2014 08 21.348461 02 25 30.96 -05 14 41.7 22.8i 14QO441 W84 C~1I2V 2014 08 21.352940 02 25 30.95 -05 14 41.9 23.3i 14QO441 W84 C~1I2V 2014 08 21.357419 02 25 30.95 -05 14 42.0 23.5i 14QO441 W84 C~1I2V 2014 08 21.367824 02 25 30.93 -05 14 42.5 23.2r 14QO441 W84 C~1C6i 2014 08 21.372778 02 25 30.93 -05 14 42.5 23.3r 14QO441 W84 C~1I2V 2014 08 21.377731 02 25 30.91 -05 14 42.9 23.1r 14QO441 W84 C~1I2V 2014 09 03.237847 02 25 06.14 -05 23 09.1 23.8g 14QO441 W84 C~1I2V 2014 09 03.240486 02 25 06.14 -05 23 09.4 24.1g 14QO441 W84 C~1I2V 2014 09 03.243102 02 25 06.13 -05 23 09.1 23.7g 14QO441 W84 C~1I2V 2014 09 03.370428 02 25 05.76 -05 23 14.3 23.5i 14QO441 W84 C~1I2V 2014 09 03.374919 02 25 05.77 -05 23 14.7 23.0i 14QO441 W84 C~1I2V 2014 09 03.379421 02 25 05.79 -05 23 14.8 23.0i 14QO441 W84 C~1I2V 2014 09 04.236319 02 25 03.50 -05 23 50.1 14QO441 W84 C~1C6i 2014 09 04.240463 02 25 03.48 -05 23 50.0 14QO441 W84 C~1C6i 2014 09 04.244595 02 25 03.46 -05 23 50.2 14QO441 W84 C~1C6i 2014 09 04.248750 02 25 03.45 -05 23 50.4 14QO441 W84 C~1C6i 2014 09 04.252894 02 25 03.44 -05 23 50.6 14QO441 W84 C~1C6i 2014 09 04.261181 02 25 03.42 -05 23 51.0 14QO441 W84 C~1C6i 2014 09 04.265347 02 25 03.40 -05 23 51.3 14QO441 W84 C~1C6i 2014 09 04.269491 02 25 03.40 -05 23 51.4 14QO441 W84 C~1C6i 2014 09 04.273634 02 25 03.38 -05 23 51.4 14QO441 W84 C~1C6i 2014 09 04.277766 02 25 03.37 -05 23 51.7 14QO441 W84 C~1C6i 2014 09 12.206539 02 24 38.86 -05 29 20.8 14QO441 W84 C~1C6i 2014 09 12.227245 02 24 38.78 -05 29 21.5 14QO441 W84 C~1C6i 2014 09 12.243831 02 24 38.72 -05 29 22.4 14QO441 W84 C~1C6i 2014 09 15.206088 02 24 28.03 -05 31 26.5 23.2r 14QO441 W84 C~1C6i 2014 09 15.211076 02 24 28.03 -05 31 26.5 23.3r 14QO441 W84 C~1I2V 2014 09 15.216030 02 24 28.02 -05 31 26.6 23.5r 14QO441 W84 C~1I2V 2014 09 15.233692 02 24 27.91 -05 31 27.8 23.1i 14QO441 W84 C~1C6i 2014 09 15.238183 02 24 27.93 -05 31 27.7 23.4i 14QO441 W84 C~1I2V 2014 09 15.242685 02 24 27.92 -05 31 27.8 23.4i 14QO441 W84 C~1I2V 2014 09 15.247153 02 24 27.90 -05 31 28.0 22.9i 14QO441 W84 C~1I2V 2014 09 15.251655 02 24 27.88 -05 31 28.3 23.0i 14QO441 W84 C~1I2V 2014 09 15.256424 02 24 27.85 -05 31 28.5 23.8g 14QO441 W84 C~1C6i 2014 09 15.261690 02 24 27.82 -05 31 28.5 24.5g 14QO441 W84 C~1I2V 2014 09 16.273646 02 24 24.00 -05 32 11.1 23.3z 14QO441 W84 C~1I2V 2014 09 16.277813 02 24 23.98 -05 32 11.3 24.2z 14QO441 W84 C~1I2V 2014 09 16.281933 02 24 23.97 -05 32 11.2 23.4z 14QO441 W84 C~1I2V 2014 09 16.286065 02 24 23.96 -05 32 11.4 22.6z 14QO441 W84 C~1I2V 2014 09 16.298507 02 24 23.89 -05 32 12.0 23.6z 14QO441 W84 C~1I2V 2014 09 16.302650 02 24 23.89 -05 32 12.2 23.2z 14QO441 W84 C~1I2V 2014 09 16.306794 02 24 23.86 -05 32 12.4 23.1z 14QO441 W84 C~1I2V 2014 09 16.310938 02 24 23.86 -05 32 12.7 22.8z 14QO441 W84 C~1I2V 2014 09 16.315104 02 24 23.84 -05 32 12.7 22.4z 14QO441 W84 C~1I2V 2014 09 24.28365 02 23 50.677 -05 37 44.81 23.9g 14QO441 W84 C~4yTx 2014 09 24.28365 02 23 50.68 -05 37 44.8 23.9g 14QO441 W84 C~3cnK 2014 10 01.164039 02 23 18.16 -05 42 24.1 23.3r 14QO441 W84 C~1C6i 2014 10 01.166400 02 23 18.15 -05 42 24.4 23.3i 14QO441 W84 C~1C6i 2014 10 13.245654 02 22 14.35 -05 50 02.9 23.7g 14QO441 W84 C~1C6i 2014 10 13.247859 02 22 14.34 -05 50 02.8 23.5r 14QO441 W84 C~1C6i 2014 10 13.250220 02 22 14.32 -05 50 03.0 22.8i 14QO441 W84 C~1C6i 2014 10 13.254016 02 22 14.30 -05 50 03.1 23.3z 14QO441 W84 C~1C6i 2014 10 26.204462 02 20 59.68 -05 57 04.5 23.5g 14QO441 W84 C~1C6i 2014 10 26.206678 02 20 59.67 -05 57 04.7 23.1r 14QO441 W84 C~1C6i 2014 10 26.209039 02 20 59.67 -05 57 04.8 23.5i 14QO441 W84 C~1C6i 2014 10 26.212824 02 20 59.64 -05 57 04.9 23.3z 14QO441 W84 C~1C6i 2014 10 29.29724 02 20 41.407 -05 58 31.45 23.5g 14QO441 W84 C~4yTx 2014 10 29.29724 02 20 41.41 -05 58 31.4 23.6g 14QO441 W84 C~3cnK 2014 10 30.227124 02 20 35.88 -05 58 56.0 23.9g 14QO441 W84 C~1C6i 2014 10 30.229329 02 20 35.87 -05 58 56.2 23.3r 14QO441 W84 C~1C6i 2014 10 30.231678 02 20 35.88 -05 58 56.3 23.1i 14QO441 W84 C~1C6i 2014 11 12.073524 02 19 20.58 -06 03 37.9 23.6g 14QO441 W84 C~1C6i 2014 11 12.075729 02 19 20.57 -06 03 38.0 23.7r 14QO441 W84 C~1C6i 2014 11 12.078067 02 19 20.56 -06 03 38.1 23.1i 14QO441 W84 C~1C6i 2014 11 12.081863 02 19 20.53 -06 03 38.1 23.0z 14QO441 W84 C~1C6i 2015 01 29.053808 02 15 39.90 -05 43 46.8 23.1r 14QO441 W84 C~1M7k 2015 01 29.056146 02 15 39.89 -05 43 46.5 22.9i 14QO441 W84 C~1M7k 2015 01 29.059942 02 15 39.90 -05 43 46.5 22.8z 14QO441 W84 C~1M7k 2015 10 10.294745 02 29 13.33 -05 02 21.4 23.6r 14QO441 W84 C~1l3u 2015 10 10.304664 02 29 13.23 -05 02 22.1 23.9r 14QO441 W84 C~1l3u 2015 10 10.315139 02 29 13.23 -05 02 22.5 23.7i 14QO441 W84 C~1l3u 2015 10 10.324120 02 29 13.16 -05 02 22.2 23.9i 14QO441 W84 C~1l3u 2015 10 10.328623 02 29 13.13 -05 02 23.2 24.3i 14QO441 W84 C~1l3u 2015 10 20.223229 02 28 17.94 -05 08 07.7 23.7g 14QO441 W84 C~1l3u 2015 10 20.225868 02 28 17.92 -05 08 07.6 23.8g 14QO441 W84 C~1l3u 2015 10 22.099039 02 28 07.11 -05 09 08.0 23.7z 14QO441 W84 C~1l3u 2015 10 22.111505 02 28 07.04 -05 09 08.2 23.3z 14QO441 W84 C~1l3u 2015 10 22.123958 02 28 06.96 -05 09 08.9 23.6z 14QO441 W84 C~1l3u 2015 10 22.128113 02 28 06.95 -05 09 08.9 23.3z 14QO441 W84 C~1l3u 2015 10 22.132245 02 28 06.93 -05 09 09.0 23.4z 14QO441 W84 C~1l3u 2015 10 22.136389 02 28 06.90 -05 09 09.1 23.2z 14QO441 W84 C~1l3u 2015 10 22.140532 02 28 06.87 -05 09 09.2 23.9z 14QO441 W84 C~1l3u 2015 10 24.128056 02 27 55.29 -05 10 10.8 24.7r 14QO441 W84 C~1l3u 2015 10 30.084167 02 27 20.27 -05 13 02.8 23.6i 14QO441 W84 C~1l3u 2015 10 30.088657 02 27 20.22 -05 13 03.1 23.2i 14QO441 W84 C~1l3u 2015 10 30.093160 02 27 20.20 -05 13 03.2 23.2i 14QO441 W84 C~1l3u 2015 10 30.102164 02 27 20.15 -05 13 03.7 23.6i 14QO441 W84 C~1l3u 2015 10 30.140266 02 27 19.92 -05 13 04.5 23.6z 14QO441 W84 C~1l3u 2015 10 30.144433 02 27 19.89 -05 13 04.6 23.7z 14QO441 W84 C~1l3u 2015 10 30.148576 02 27 19.88 -05 13 04.7 22.8z 14QO441 W84 C~1l3u 2015 10 30.152720 02 27 19.84 -05 13 04.9 22.8z 14QO441 W84 C~1l3u 2015 10 30.156875 02 27 19.81 -05 13 05.0 23.1z 14QO441 W84 C~1l3u 2015 10 30.161019 02 27 19.78 -05 13 04.8 23.6z 14QO441 W84 C~1l3u 2015 10 30.169306 02 27 19.74 -05 13 05.4 23.0z 14QO441 W84 C~1l3u 2015 10 30.173449 02 27 19.72 -05 13 05.5 23.5z 14QO441 W84 C~1l3u 2015 10 30.177593 02 27 19.69 -05 13 05.4 23.1z 14QO441 W84 C~1l3u 2015 11 01.077627 02 27 08.44 -05 13 55.7 24.2g 14QO441 W84 C~1l3u 2015 11 01.080289 02 27 08.42 -05 13 55.7 23.8g 14QO441 W84 C~1l3u 2015 11 01.082928 02 27 08.41 -05 13 55.7 24.1g 14QO441 W84 C~1l3u 2015 11 01.185116 02 27 07.79 -05 13 58.6 23.4r 14QO441 W84 C~1l3u 2015 11 01.190081 02 27 07.77 -05 13 58.6 23.6r 14QO441 W84 C~1l3u 2015 11 01.195046 02 27 07.74 -05 13 58.8 23.3r 14QO441 W84 C~1l3u 2015 11 03.072836 02 26 56.61 -05 14 46.1 23.2i 14QO441 W84 C~1l3u 2015 11 03.077338 02 26 56.58 -05 14 46.1 23.2i 14QO441 W84 C~1l3u 2015 11 03.081840 02 26 56.55 -05 14 46.2 22.7i 14QO441 W84 C~1l3u 2015 11 03.086343 02 26 56.53 -05 14 46.4 22.9i 14QO441 W84 C~1l3u 2015 11 03.090845 02 26 56.51 -05 14 46.5 23.5i 14QO441 W84 C~1l3u 2015 11 03.120856 02 26 56.34 -05 14 47.2 23.7z 14QO441 W84 C~1l3u 2015 11 03.125000 02 26 56.28 -05 14 47.0 23.5z 14QO441 W84 C~1l3u 2015 11 03.129144 02 26 56.28 -05 14 47.2 23.2z 14QO441 W84 C~1l3v 2015 11 03.137431 02 26 56.22 -05 14 47.8 23.3z 14QO441 W84 C~1l3v 2015 11 03.141586 02 26 56.20 -05 14 47.7 23.2z 14QO441 W84 C~1l3v 2015 11 03.145729 02 26 56.18 -05 14 48.0 23.9z 14QO441 W84 C~1l3v 2015 11 03.149884 02 26 56.14 -05 14 47.7 23.3z 14QO441 W84 C~1l3v 2015 11 03.154028 02 26 56.13 -05 14 48.1 23.8z 14QO441 W84 C~1l3v 2015 11 03.158183 02 26 56.10 -05 14 48.2 22.6z 14QO441 W84 C~1l3v 2015 11 13.048738 02 25 57.97 -05 18 15.6 23.8i 14QO441 W84 C~1l3v 2015 11 13.053241 02 25 57.95 -05 18 15.7 23.6i 14QO441 W84 C~1l3v 2015 11 13.057720 02 25 57.90 -05 18 15.9 23.7i 14QO441 W84 C~1l3v 2015 11 13.062234 02 25 57.88 -05 18 15.9 23.4i 14QO441 W84 C~1l3v 2015 11 13.066748 02 25 57.86 -05 18 16.0 23.4i 14QO441 W84 C~1l3v 2015 11 13.097211 02 25 57.70 -05 18 16.6 24.1z 14QO441 W84 C~1l3v 2015 11 13.101366 02 25 57.66 -05 18 16.6 24.2z 14QO441 W84 C~1l3v 2015 11 13.109653 02 25 57.64 -05 18 16.7 23.5z 14QO441 W84 C~1l3v 2015 11 13.177245 02 25 57.22 -05 18 18.1 24.0g 14QO441 W84 C~1l3v 2015 11 13.179884 02 25 57.19 -05 18 18.0 24.4g 14QO441 W84 C~1l3v 2015 11 13.182523 02 25 57.17 -05 18 18.0 23.8g 14QO441 W84 C~1l3v 2015 11 13.187546 02 25 57.15 -05 18 18.1 23.4r 14QO441 W84 C~1l3v 2015 11 13.192512 02 25 57.12 -05 18 18.2 23.6r 14QO441 W84 C~1l3v 2015 11 13.197454 02 25 57.09 -05 18 18.3 23.7r 14QO441 W84 C~1l3v 2015 11 19.130301 02 25 23.31 -05 19 46.8 23.4r 14QO441 W84 C~1l3v 2015 11 19.136238 02 25 23.27 -05 19 46.8 23.3i 14QO441 W84 C~1l3v 2015 11 19.140718 02 25 23.25 -05 19 46.9 23.1i 14QO441 W84 C~1l3v 2015 11 19.145220 02 25 23.21 -05 19 46.9 23.1i 14QO441 W84 C~1l3v 2015 11 19.149711 02 25 23.19 -05 19 47.1 23.2i 14QO441 W84 C~1l3v 2015 11 19.154225 02 25 23.17 -05 19 47.1 23.1i 14QO441 W84 C~1l3v 2015 11 19.164028 02 25 23.12 -05 19 47.1 23.5z 14QO441 W84 C~1l3v 2015 11 19.168194 02 25 23.08 -05 19 47.3 23.3z 14QO441 W84 C~1l3v 2015 11 19.172350 02 25 23.07 -05 19 47.2 23.4z 14QO441 W84 C~1l3v 2015 11 19.176481 02 25 23.07 -05 19 47.2 23.2z 14QO441 W84 C~1l3v 2015 11 19.184792 02 25 22.98 -05 19 47.5 22.9z 14QO441 W84 C~1l3v 2015 11 19.188924 02 25 22.97 -05 19 47.5 23.6z 14QO441 W84 C~1l3v 2015 11 19.193079 02 25 22.95 -05 19 47.6 23.6z 14QO441 W84 C~1l3v 2015 11 19.197245 02 25 22.94 -05 19 47.6 23.6z 14QO441 W84 C~1l3v 2015 11 19.201400 02 25 22.90 -05 19 47.7 23.2z 14QO441 W84 C~1l3v 2015 11 19.205567 02 25 22.88 -05 19 47.6 23.2z 14QO441 W84 C~1l3v 2015 11 20.038993 02 25 18.26 -05 19 57.8 23.5g 14QO441 W84 C~1l3v 2015 11 29.172303 02 24 29.52 -05 21 11.7 23.5r 14QO441 W84 C~1l3v 2015 11 29.177292 02 24 29.50 -05 21 11.6 23.4r 14QO441 W84 C~1l3v 2015 11 29.182245 02 24 29.48 -05 21 11.7 23.2r 14QO441 W84 C~1l3v 2015 11 29.188218 02 24 29.45 -05 21 11.8 23.4i 14QO441 W84 C~1l3v 2015 11 29.192755 02 24 29.42 -05 21 11.7 23.0i 14QO441 W84 C~1l3v 2015 11 29.197257 02 24 29.39 -05 21 11.7 23.1i 14QO441 W84 C~1l3v 2015 11 29.201759 02 24 29.37 -05 21 11.7 23.4i 14QO441 W84 C~1l3v 2015 11 29.206273 02 24 29.35 -05 21 11.7 23.3i 14QO441 W84 C~1l3v 2015 11 30.033542 02 24 25.18 -05 21 14.9 23.3z 14QO441 W84 C~1l3v 2015 11 30.037697 02 24 25.14 -05 21 15.1 22.8z 14QO441 W84 C~1l3v 2015 11 30.041852 02 24 25.13 -05 21 15.0 23.2z 14QO441 W84 C~1l3v 2015 11 30.046007 02 24 25.11 -05 21 14.9 23.6z 14QO441 W84 C~1l3v 2015 11 30.050139 02 24 25.09 -05 21 15.0 23.1z 14QO441 W84 C~1l3v 2015 11 30.054282 02 24 25.08 -05 21 14.9 23.2z 14QO441 W84 C~1l3v 2015 11 30.058438 02 24 25.06 -05 21 15.0 23.3z 14QO441 W84 C~1l3v 2015 11 30.062593 02 24 25.03 -05 21 15.0 23.0z 14QO441 W84 C~1l3v 2015 11 30.066748 02 24 25.01 -05 21 15.1 23.1z 14QO441 W84 C~1l3v 2015 11 30.070891 02 24 24.98 -05 21 15.1 23.2z 14QO441 W84 C~1l3v 2015 11 30.075035 02 24 24.96 -05 21 15.2 23.4z 14QO441 W84 C~1l3v 2015 11 30.110475 02 24 24.79 -05 21 15.3 23.7g 14QO441 W84 C~1l3v 2015 11 30.113113 02 24 24.77 -05 21 15.2 24.0g 14QO441 W84 C~1l3v 2015 11 30.115764 02 24 24.75 -05 21 15.2 24.0g 14QO441 W84 C~1l3v 2015 12 09.067407 02 23 42.44 -05 21 11.4 23.3r 14QO441 W84 C~1l3v 2015 12 09.072361 02 23 42.41 -05 21 11.3 23.4r 14QO441 W84 C~1l3v 2015 12 09.077326 02 23 42.39 -05 21 11.3 23.3r 14QO441 W84 C~1l3v 2015 12 09.083218 02 23 42.36 -05 21 11.3 23.3i 14QO441 W84 C~1l3v 2015 12 09.087697 02 23 42.35 -05 21 11.3 23.1i 14QO441 W84 C~1l3v 2015 12 09.092187 02 23 42.33 -05 21 11.2 23.1i 14QO441 W84 C~1l3v 2015 12 09.096678 02 23 42.31 -05 21 11.3 23.3i 14QO441 W84 C~1l3v 2015 12 09.101181 02 23 42.28 -05 21 11.3 23.3i 14QO441 W84 C~1l3v 2016 09 11.27492 02 37 54.711 -03 57 55.39 23.2i 14QO441 W84 C~4yTx 2016 09 11.28042 02 37 54.685 -03 57 55.54 23.3r 14QO441 W84 C~4yTx 2016 09 11.28042 02 37 54.69 -03 57 55.6 23.3r 14QO441 W84 C~3cnK 2016 09 11.28180 02 37 54.696 -03 57 55.98 23.4g 14QO441 W84 C~4yTx 2016 09 22.39683 02 37 14.254 -04 05 23.19 22.2z 14QO441 W84 C~4yTx 2016 10 22.30902 02 34 41.691 -04 23 43.76 23.0z 14QO441 W84 C~4yTx 2016 10 22.30902 02 34 41.69 -04 23 43.8 23.0z 14QO441 W84 C~3cnK 2016 10 22.31040 02 34 41.690 -04 23 44.06 23.1i 14QO441 W84 C~4yTx 2016 12 01.21183 02 30 53.791 -04 35 50.48 22.8r 14QO441 W84 C~4yTx 2016 12 01.21183 02 30 53.79 -04 35 50.5 22.7r 14QO441 W84 C~3cnK 2017 11 27.16856 02 37 53.365 -03 49 44.01 23.6i 14QO441 W84 C~4yTx 2017 12 25.09006 02 35 49.963 -03 47 44.87 23.5r 14QO441 W84 C~4yTx 2018 01 05.07240 02 35 20.690 -03 44 01.41 24.1g 14QO441 W84 C~4yTx 2018 01 05.07378 02 35 20.675 -03 44 01.34 23.3r 14QO441 W84 C~4yTx 2018 01 05.07516 02 35 20.671 -03 44 01.33 23.3i 14QO441 W84 C~4yTx 2018 01 17.08577 02 35 03.889 -03 38 12.77 23.3g 14QO441 W84 C~4yTx
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 0.07 0.00 -0.18
2 0.0000 -0.01 0.07 0.02 -0.15
3 0.0000 -0.73 -0.18 0.17 0.04
4 0.0000 -0.80 -0.13 -0.02 -0.13
5 0.0301 -973.22 0.10 -82.19 -0.34
6 0.0301 -973.18 0.14 -82.26 -0.41
7 0.0301 -973.73 -0.03 -81.90 -0.03
8 0.0301 -973.71 -0.00 -81.96 -0.09
9 0.8844 9148.11 -0.05 1336.86 0.11
10 0.8845 9147.13 -0.24 1335.94 -0.10
11 0.8845 9147.09 -0.15 1335.85 -0.08
12 0.8845 9146.95 -0.16 1335.90 0.09
13 0.8845 9146.15 -0.35 1335.03 -0.24
14 0.8846 9146.18 -0.17 1335.12 -0.02
15 0.8846 9145.97 -0.24 1334.99 -0.03
16 0.8846 9145.93 -0.14 1334.89 0.01
17 0.8846 9145.48 -0.26 1334.53 -0.06
18 0.8846 9145.48 -0.10 1334.53 0.08
19 0.8846 9145.06 -0.37 1334.26 -0.05
20 0.9198 8619.59 0.14 990.26 -0.08
21 0.9199 8619.49 0.17 989.98 -0.30
22 0.9199 8619.45 0.27 990.32 0.10
23 0.9202 8612.44 -0.09 987.39 0.24
24 0.9202 8612.44 0.15 986.96 -0.08
25 0.9202 8612.68 ( 0.63) 986.76 ( -0.17)
26 0.9226 8568.17 0.23 965.73 -0.24
27 0.9226 8567.92 0.21 965.93 0.06
28 0.9226 8567.57 0.08 965.85 0.08
29 0.9226 8567.36 0.09 965.71 0.04
30 0.9226 8567.15 0.10 965.58 0.01
31 0.9226 8566.73 0.12 965.31 -0.07
32 0.9227 8566.35 -0.04 965.13 -0.14
33 0.9227 8566.31 0.15 965.04 -0.14
34 0.9227 8566.03 0.09 965.14 0.07
35 0.9227 8565.79 0.07 964.92 -0.06
36 0.9444 8106.64 0.07 785.42 -0.09
37 0.9445 8105.28 0.04 785.19 0.10
38 0.9445 8104.12 -0.05 784.66 -0.09
39 0.9526 7910.76 -0.33 724.56 -0.04
40 0.9526 7910.76 0.01 724.56 0.06
41 0.9526 7910.59 0.18 724.52 0.11
42 0.9527 7908.63 -0.58 723.97 -0.10
43 0.9527 7908.94 0.04 723.96 -0.02
44 0.9527 7908.77 0.17 723.92 0.02
45 0.9527 7908.42 0.13 723.84 0.03
46 0.9527 7908.03 0.05 723.66 -0.06
47 0.9528 7907.54 -0.11 723.63 -0.00
48 0.9528 7907.12 -0.17 723.79 0.26
49 0.9555 7838.65 -0.08 703.95 0.01
50 0.9555 7838.30 -0.14 703.87 0.00
51 0.9556 7838.19 0.04 704.01 0.22
52 0.9556 7837.98 0.12 703.88 0.17
53 0.9556 7836.79 -0.20 703.68 0.20
54 0.9556 7836.72 0.01 703.49 0.09
55 0.9556 7836.23 -0.19 703.47 0.14
56 0.9556 7836.13 -0.00 703.18 -0.06
57 0.9556 7835.85 0.01 703.29 0.12
58 0.9775 7254.87 0.24 566.28 -0.19
59 0.9775 7254.82 0.20 566.29 -0.18
60 0.9963 6701.64 -0.15 475.24 0.10
61 0.9963 6701.39 -0.19 475.01 -0.11
62 1.0294 5647.94 -0.01 379.81 -0.09
63 1.0294 5647.83 0.08 379.95 0.07
64 1.0294 5647.48 -0.05 379.87 -0.01
65 1.0294 5647.17 -0.02 379.88 0.02
66 1.0649 4455.99 0.15 375.44 0.05
67 1.0649 4455.78 0.15 375.30 -0.09
68 1.0649 4455.75 0.34 375.21 -0.20
69 1.0649 4455.29 0.24 375.27 -0.15
70 1.0733 4170.13 0.24 389.49 -0.26
71 1.0733 4170.07 0.18 389.46 -0.29
72 1.0759 4084.20 -0.13 395.33 0.16
73 1.0759 4083.99 -0.13 395.19 0.01
74 1.0759 4084.10 0.19 395.04 -0.15
75 1.1110 2932.95 0.03 524.15 0.13
76 1.1111 2932.78 0.05 524.11 0.06
77 1.1111 2932.60 0.08 524.07 -0.02
78 1.1111 2932.18 -0.01 524.23 0.09
79 1.3245 262.03 0.11 2788.85 -0.14
80 1.3245 262.00 -0.00 2789.18 0.11
81 1.3246 262.14 0.02 2789.13 -0.07
82 2.0206 12525.25 0.23 855.73 0.00
83 2.0206 12523.59 -0.53 855.60 -0.07
84 2.0207 12523.45 0.27 855.23 -0.38
85 2.0207 12522.58 0.20 855.88 0.32
86 2.0207 12521.80 -0.17 855.10 -0.44
87 2.0478 11625.61 -0.11 823.99 0.10
88 2.0478 11625.36 -0.11 824.19 0.30
89 2.0529 11452.40 -0.21 824.69 0.11
90 2.0530 11451.35 -0.09 824.87 0.28
91 2.0530 11449.98 -0.29 824.64 0.03
92 2.0530 11449.84 -0.04 824.69 0.07
93 2.0530 11449.52 0.03 824.70 0.08
94 2.0530 11449.07 -0.04 824.77 0.14
95 2.0530 11448.61 -0.11 824.83 0.20
96 2.0585 11264.45 -0.16 828.25 0.44
97 2.0748 10712.70 0.37 851.90 0.06
98 2.0748 10711.89 -0.02 851.89 0.02
99 2.0748 10711.58 0.09 851.90 0.00
100 2.0748 10710.70 0.05 851.69 -0.26
101 2.0750 10707.19 0.12 852.16 -0.03
102 2.0750 10706.74 0.06 852.22 0.00
103 2.0750 10706.56 0.27 852.18 -0.06
104 2.0750 10705.93 0.03 852.20 -0.07
105 2.0750 10705.47 -0.04 852.27 -0.03
106 2.0750 10705.12 0.00 852.61 0.29
107 2.0750 10704.35 0.01 852.26 -0.11
108 2.0750 10704.04 0.08 852.27 -0.13
109 2.0751 10703.65 0.08 852.53 0.10
110 2.0803 10528.20 0.04 864.73 0.01
111 2.0803 10527.92 0.00 864.84 0.10
112 2.0803 10527.78 0.11 864.89 0.13
113 2.0805 10518.06 -0.05 865.44 -0.09
114 2.0806 10517.78 0.14 865.55 -0.02
115 2.0806 10517.29 0.11 865.52 -0.09
116 2.0857 10344.60 -0.02 879.89 -0.15
117 2.0857 10344.18 -0.02 880.05 -0.03
118 2.0857 10343.72 -0.06 880.11 -0.00
119 2.0858 10343.37 0.01 880.03 -0.12
120 2.0858 10343.06 0.11 880.04 -0.15
121 2.0858 10340.43 0.27 880.28 -0.17
122 2.0859 10339.66 -0.11 880.78 0.29
123 2.0859 10339.59 0.20 880.60 0.07
124 2.0859 10338.53 -0.08 880.35 -0.25
125 2.0859 10338.29 0.06 880.55 -0.09
126 2.0859 10337.90 0.06 880.37 -0.30
127 2.0859 10337.45 -0.01 880.87 0.16
128 2.0859 10337.17 0.10 880.54 -0.20
129 2.0860 10336.71 0.03 880.61 -0.17
130 2.1130 9449.03 0.17 992.54 0.06
131 2.1130 9448.72 0.25 992.55 0.00
132 2.1131 9447.95 -0.12 992.63 0.01
133 2.1131 9447.67 -0.00 992.74 0.05
134 2.1131 9447.35 0.08 992.75 -0.00
135 2.1132 9444.90 0.32 993.03 -0.17
136 2.1132 9444.34 0.13 993.24 -0.02
137 2.1132 9444.02 ( 0.55) 993.25 ( -0.13)
138 2.1134 9437.64 0.16 994.15 -0.23
139 2.1134 9437.26 0.00 994.40 -0.01
140 2.1134 9436.98 -0.04 994.51 0.05
141 2.1134 9436.66 0.09 994.52 -0.01
142 2.1134 9436.21 0.07 994.58 -0.02
143 2.1134 9435.75 0.05 994.65 -0.03
144 2.1297 8931.39 0.03 1089.50 0.09
145 2.1297 8930.83 -0.03 1089.71 0.19
146 2.1297 8930.51 0.03 1089.72 0.12
147 2.1297 8929.95 -0.15 1089.93 0.25
148 2.1297 8929.60 -0.12 1089.85 0.09
149 2.1297 8929.32 -0.03 1089.95 0.11
150 2.1298 8928.62 0.10 1090.22 0.19
151 2.1298 8927.99 -0.18 1090.24 0.14
152 2.1298 8927.89 0.06 1090.39 0.21
153 2.1298 8927.89 0.41 1090.39 0.14
154 2.1298 8926.52 -0.26 1090.58 0.18
155 2.1298 8926.38 -0.05 1090.63 0.16
156 2.1299 8926.06 -0.02 1090.64 0.09
157 2.1299 8925.92 0.19 1090.70 0.07
158 2.1299 8925.33 -0.06 1090.81 0.11
159 2.1299 8925.08 0.05 1091.01 0.23
160 2.1322 8856.78 0.11 1105.76 0.15
161 2.1572 8148.20 -0.21 1292.74 0.05
162 2.1572 8147.95 -0.08 1292.94 0.13
163 2.1572 8147.64 -0.03 1292.95 0.02
164 2.1572 8147.18 -0.04 1293.01 -0.05
165 2.1572 8146.80 -0.09 1293.26 0.10
166 2.1572 8146.38 -0.18 1293.42 0.15
167 2.1573 8146.10 -0.13 1293.53 0.15
168 2.1573 8145.82 -0.08 1293.63 0.15
169 2.1595 8086.30 -0.07 1312.54 0.14
170 2.1595 8085.67 -0.40 1312.56 0.06
171 2.1596 8085.57 -0.20 1312.71 0.11
172 2.1596 8085.32 -0.14 1312.91 0.21
173 2.1596 8085.01 -0.16 1312.92 0.13
174 2.1596 8084.90 0.04 1313.07 0.17
175 2.1596 8084.59 0.03 1313.08 0.09
176 2.1596 8084.17 -0.09 1313.24 0.15
177 2.1596 8083.85 -0.10 1313.25 0.06
178 2.1596 8083.43 -0.22 1313.40 0.12
179 2.1596 8083.12 -0.23 1313.42 0.03
180 2.1597 8080.70 -0.06 1314.22 -0.01
181 2.1597 8080.46 -0.11 1314.41 0.13
182 2.1598 8080.18 -0.19 1314.52 0.17
183 2.1843 7489.11 0.02 1540.24 0.02
184 2.1843 7488.73 -0.06 1540.49 0.13
185 2.1843 7488.45 -0.04 1540.60 0.10
186 2.1843 7488.03 -0.10 1540.75 0.09
187 2.1843 7487.89 0.04 1540.81 0.02
188 2.1843 7487.64 0.07 1541.01 0.10
189 2.1843 7487.33 0.03 1541.02 -0.02
190 2.1844 7486.91 -0.11 1541.17 0.01
191 2.9432 21245.94 0.06 1708.27 -0.12
192 2.9432 21245.56 0.02 1708.18 -0.09
193 2.9432 21245.52 -0.03 1708.27 -0.01
194 2.9432 21245.51 0.05 1707.80 -0.45
195 2.9737 20513.26 0.15 1504.09 -0.20
196 3.0556 17966.72 0.24 1285.45 -0.02
197 3.0556 17966.75 0.27 1285.48 0.01
198 3.0556 17966.63 0.27 1285.20 -0.27
199 3.1648 14501.17 -0.03 1815.19 -0.19
200 3.1648 14501.19 -0.01 1815.20 -0.17
201 4.1531 21404.03 -0.06 2177.20 -0.02
202 4.2295 19703.90 0.08 2948.43 -0.30
203 4.2596 19370.97 0.00 3314.43 -0.28
204 4.2596 19370.78 -0.15 3314.58 -0.18
205 4.2596 19370.73 -0.18 3314.61 -0.20
206 4.2925 19258.98 -0.07 3731.50 -0.17
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.
14QO441 quality flag:3 Type: 1:1 1:1 1:1 axisobj 30.281 30.283 30.279 ecceobj 0.100 0.100 0.100 incobj 18.831 18.831 18.831 qmin 26.236 26.197 26.278 qmax 34.179 34.141 34.250 amean 30.110 30.110 30.110 amin 29.846 29.849 29.849 amax 30.424 30.409 30.445 emean 0.104 0.104 0.104 emin 0.081 0.081 0.081 emax 0.126 0.126 0.127 imean 17.101 17.100 17.102 imin 16.912 16.904 16.908 imax 17.311 17.312 17.311 excite_mean 0.312 0.312 0.312 fracstop 1.000 1.000 1.000 cjmean 2.904 2.904 2.904 libcent 0 61.5 61.5 61.3 libamp 0 15.1 15.7 15.3 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 178.1 178.5 178.4 kozaiamp 179.9 180.0 179.9