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The equilibrium temperature of gliese 667 cc is estimated to be 277.4 k (4.3 °c In the background to the right the more distant stars in this triple system (gliese 667 a and gliese 667 b) are visible and to the left in the sky one of the other planets, the newly discovered gliese 667 ce, can be seen as a crescent. [6] it is expected to have a radius of around 1.5 r🜨, dependent upon its composition.
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Gliese 667 cc’s equilibrium temperature is calculated to be 277.4 k (4.3 °c It is expected to have a radius of around 1.5 r🜨, dependent upon its composition. Depending on its composition, it is estimated to have a radius of about 1.5 rearth.
It is heavier than earth with a minimum mass of about 3.7 earth masses
The equilibrium temperature of gliese 667 cc is estimated to be 277.4 k. Its mass is 3.8 earths, it takes 28.1 days to complete one orbit of its star, and is 0.125 au from its star. Nasa exoplanet archive is operated by the california institute of technology, under contract with the national aeronautics and space administration under the exoplanet exploration program. Gliese 667 c has a mass of 0.31 and a radius of 0.42
It has a temperature of 3,700 k, but its age is poorly constrained, estimates place it greater than two billion years old. The equilibrium temperature of gliese 667 cc is estimated to be 277.4k (4.3°c [4] it is expected to have a radius of around 1.5 r🜨, dependent upon its composition. The surface temperature is 3600 k with it’ spectral type of m1.5v
