Nongravitational nominal solution
Observational arc: 2000 09 05 - 2005 05 12 Number of observations: 2189 RMS: 0.71 arcsec (4349 residuals used, 0.7% rejected residuals )
Heliocentric osculating orbit
Epoch Perihelion time q e ω Ω i
2002 05 06 20020430.474295 3.54159163 1.00479822 76.226350 24.185277 75.237116
± 0.000097 0.00000176 0.00000219 0.000016 0.000005 0.000009
NG parameters:
A1 = (6121.6 ± 80.2 )×10-8 AU/day2
A2 = ( 717.89 ± 60.72)×10-8 AU/day2
A3 = (-513.62 ± 21.70)×10-8 AU/day2
Barycentric nominal Original orbit (at 250 AU from the Sun)
Epoch Perihelion time q e ω Ω i
1698 08 27 20020430.081681 3.52665831 0.99967447 76.496180 24.850674 75.366590
± 0.000341 0.00000232 0.00000301 0.000070 0.000010 0.000012
1/aori = (+92.31 ± 0.85)×10-6 AU-1
Barycentric nominal future orbit (at 250 AU from the Sun)
Epoch Perihelion time q e ω Ω i
2304 04 13 20020429.659239 3.53676676 1.00019411 76.076256 24.885622 75.358207
± 0.000299 0.00000223 0.00000212 0.000063 0.000010 0.000006
1/afut = (-54.88 ± 0.60)×10-6 AU-1
In the 17th edition of the Catalogue of Cometary orbits (2008):
Gravitational orbit (1998 obs.) with 0 < 1/aori < 10-4 AU-1.
The same comet in some other internet sources:
More details
Starting swarms of VCs...(heliocentric, osculating orbits)
Gravitational osculating swarm.
Nongravitational osculating swarm.
Original and future orbit at the 250 AU from the Sun.
Comet number 21 in the Table: Nongravitational Oort spike comets (26 objects)
| Name | GR (1/a)ori [10-8 AU/day2] | GR (1/a)osc [10-8 AU/day2] epoch [TT] | GR 1/afut [10-8 AU/day2] | RMSGR [arcsec] | NG (1/a)ori [10-8 AU/day2] | NG (1/a)osc [10-8 AU/day2] epoch [TT] | NG 1/afut [10-8 AU/day2] | RMSNG [arcsec] | NG parameters A1 A2 A3 [10-8 AU/day2] tau shift [day] | |
| 21 | C/2000 SV74 LINEAR weighting | +50.23 ± 0.40 | -196.65 ± 0.40 2002 05 06 | -1397.07 ± 0.40 | 1.11 | +92.31 ± 0.85 | -1354.82 ± 0.62 2002 05 06 | -54.88 ± 0.60 | 0.71 | 6121 ± 80 717.9 ± 60.7 -513.6 ± 21.7 |
Note: in the following plots black denotes returning clones while red denotes escaping ones.The nominal solution is located at the center of the green circle. Each plot have a header where date of calculation and some other parameters are coded. Also numbers of returning (B=shown+omitted), escaping (C=shown+omitted) and all (T=shown+omitted) Vcs are shown.
Past orbits, at previous perihelion :
Past, gravitational, asynchronous.
Past, gravitational, synchronous.
Past, nongravitational, asynchronous.
Past, nongravitational, synchronous.
Future orbits, at escape border (no returning VCs) :
Future, gravitational.
Future, nongravitational.
