| Discovery | |
|---|---|
| Discovered by | Auguste Charlois |
| Discovery date | 16 July 1898 |
| Designations | |
| (437) Rhodia | |
| Pronunciation | /roʊˈdaɪə/[1] |
Named after | Ῥόδεια Rhodeia |
| 1898 DP | |
| Main belt | |
| Orbital characteristics[2] | |
| Epoch 31 July 2016 (JD 2457600.5) | |
| Uncertainty parameter 0 | |
| Observation arc | 117.73 yr (43,001 d) |
| Aphelion | 2.9793 AU (445.70 Gm) |
| Perihelion | 1.79242 AU (268.142 Gm) |
| 2.38586 AU (356.920 Gm) | |
| Eccentricity | 0.24873 |
| 3.69 yr (1,346.1 d) | |
| 355.267° | |
| 0° 16m 2.82s / day | |
| Inclination | 7.3442° |
| 263.22° | |
| 62.058° | |
| Physical characteristics | |
| Dimensions | 13.12±0.7 km[2] |
| 56 h (2.3 d) | |
| 0.7035±0.084[2][3] | |
| 10.41[2] | |
437 Rhodia is a Main belt asteroid that was discovered by French astronomer Auguste Charlois on 16 July 1898 in Nice. It was named after one of the Oceanid nymphs of Greek mythology.[4] This asteroid is orbiting the Sun at a distance of 2.39 AU with a period of 3.69 years and an eccentricity (ovalness) of 0.25. The orbital plane is tilted at an angle of 7.3° to the plane of the ecliptic.[2] 437 Rhodia was originally a proposed fly-by target of interest for the Rosetta mission.[5]
Analysis of the bimodal light curve generated using photometric data show a lengthy rotation period of 433.2 ± 0.5 hours (18.05 ± 0.02 days) with a brightness variation of 0.35±0.05 in magnitude. It also appears to be tumbling.[6] 437 Rhodia is classified as an E-type asteroid with a diameter of approximately 13 km. This object has the highest albedo in the IRAS dataset, with a value of 0.70±0.08.[7]
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