Orbit from mean elements
Thebe is placed by solving a Keplerian orbit around jupiter at the simulation time (a = 221,900 km, e = 0.018, i = 1.1°, period 0.7 d).
An irregular inner moon whose orbit marks the main outer boundary of Jupiter's Thebe gossamer ring.
One record per aspect. The origin says what kind of thing each value is; the source says where it came from; the limit says what it cannot tell you.
Thebe is placed by solving a Keplerian orbit around jupiter at the simulation time (a = 221,900 km, e = 0.018, i = 1.1°, period 0.7 d).
Thebe: mean radius 50 km. These values are bundled with the object record and drive the rendered size.
The short description and the fact list are written by the Space Time authors for orientation. They are not quoted from a catalog field and carry no citation of their own.
Nothing on this page is a reconstruction or a schematic; every record above is observed, catalogued or computed.
| Dataset | Last refreshed | Horizon | Automated |
|---|---|---|---|
| Planetary satellite mean elements | no snapshot date | Mean elements (a, e, i, period) for every known natural satellite | No, refreshed by hand npm run generate:moons |