Kepler-35
Double star Kepler-35 |
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Observation dates equinox : J2000.0 , epoch : J2000.0 |
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AladinLite | |||||
Constellation | swan | ||||
Right ascension | 19 h 37 m 59.3 s | ||||
declination | + 46 ° 41 ′ 23 ″ | ||||
Apparent brightness | 15.0 mag | ||||
Known exoplanets |
1 |
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orbit | |||||
period | 20.73 d | ||||
Individual data | |||||
Names | A; B. | ||||
Typing: | |||||
Spectral class | A. | G0V | |||
B. | G0V | ||||
Physical Properties: | |||||
Dimensions | A. | 0.8877 M ☉ | |||
B. | 0.8094 M ☉ | ||||
radius | A. | 1.0284 R ☉ | |||
B. | 0.7861 R ☉ | ||||
Effective temperature | A. | 5606 K | |||
B. | 5202 K | ||||
Metallicity [Fe / H] | A. | −0.13 | |||
B. | −0.13 | ||||
Other names and catalog entries |
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Kepler-35 is a binary star system in the constellation Swan . Both stars are orbited by an exoplanet called Kepler-35 b .
The system consists of two yellow dwarfs comparable to the sun . The mass and radius of both components are slightly smaller than those of the sun. Kepler-35 A and B circle once in a little less than 21 days on an eccentric orbit around their common barycentre .
It takes about 131 days for Kepler-35 b to orbit the binary star . The exoplanet was discovered by the Kepler telescope .