A Binary Sun, A Hot Jupiter and a Binary Mars...All Within View of Earth

In this scenario, the sun is a binary star, sharing orbit with an F-type main-sequence star. The first planet from that binary star is a Jupiter-like gas giant, orbiting one-third of an AU from the stars. Mars is a binary planet, orbiting Earth.

How far would Mars need to be to orbit the Earth without destroying each other under their own gravities?

How far would Earth need to be to make sure that the two stars pose no difference to radiation or temperature changes?

Ultimately, what would the sky, day and night, look like with a binary star, a hot Jupiter and Mars orbiting our planet?

is a duplicate

This question has been asked before and has already been answered. It should be marked as a duplicate.

Please enter the URL of the proposed duplicate in the details field below.

not constructive

This question cannot be answered in a way that is helpful to anyone. It's not possible to learn something from possible answers, except for the solution for the specific problem of the asker.

Communities

A Binary Sun, A Hot Jupiter and a Binary Mars...All Within View of Earth

0 comment threads

0 answers