(284996) Rosaparks
Asteroid (284996) Pink Parks |
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Properties of the orbit ( animation ) | |
Orbit type | Main outer belt asteroid |
Major semi-axis | 3.1408 AU |
eccentricity | 0.1291 |
Perihelion - aphelion | 2.7352 AU - 3.5464 AU |
Inclination of the orbit plane | 12.1151 ° |
Length of the ascending node | 271.4890 ° |
Argument of the periapsis | 331.9243 ° |
Time of passage of the perihelion | February 19, 2022 |
Sidereal period | 7.88 a |
Mean orbital velocity | 16.74 km / s |
Physical Properties | |
Medium diameter | 3.512 (± 0.951) km |
Albedo | 0.099 (± 0.052) |
Absolute brightness | 15.5 mag |
history | |
Explorer | WISE |
Date of discovery | June 9, 2010 |
Another name | 2010 LD 58 |
Source: Unless otherwise stated, the data comes from JPL Small-Body Database Browser . The affiliation to an asteroid family is automatically determined from the AstDyS-2 database . Please also note the note on asteroid items. |
(284996) Rosaparks is an asteroid located in the outer main belt that was discovered by the Wide-Field Infrared Survey Explorer ( IAU code C51) on June 9, 2010, an unmanned space telescope operated by NASA that began operations in January 2010.
The mean diameter of the asteroid was roughly calculated to be 3.512 (± 0.951) km and the albedo to be 0.099 (± 0.052).
(284996) Rosaparks was named on September 9, 2014 at the suggestion of a team of astrophysicist Carrie Nugent after the American civil rights activist Rosa Parks (1913-2005).
The asteroid plays a role in the 2018 episode Rosa of the television series Doctor Who .
Web links
- (284996) Rosaparks in the database of the "Asteroids - Dynamic Site" (AstDyS-2, English).
- (284996) Rosaparks in the Small-Body Database of the Jet Propulsion Laboratory of NASA at the California Institute of Technology (Caltech) in Pasadena , California (English)
- Discovery Circumstances of (284996) Rosaparks according to the Minor Planet Center of the International Astronomical Union at the Harvard-Smithsonian Center for Astrophysics in Cambridge , Massachusetts (English)
Individual evidence
- ↑ 'Asteroid hunters' search for space rocks that could collide with Earth from a radio show on The Takeaway program on March 15, 2017