why in universe all planets revolve around sun like stars
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The Solar System comprises the Sunand the objects that orbit it, whether they orbit it directly or by orbiting other objects that orbit it directly. Of those objects that orbit the Sun directly, the largest eight are the planets that form the planetary system around it, while the remainder are significantly smaller objects, such as dwarf planets and small Solar System bodies (SSSBs) such as comets and asteroids.
So, as there are no other stars apart from the Sun in our Solar System, there is no question of whether they revolve around the Sun. We still don't know whether there are stars outside the solar system which revolve around the Sun. But, I think its highly unlikely.
I think you meant to ask whether its possible for a star AA to revolve around a star BB in the latter's system.
Yes, it is possible. One such system is Eta Carinae. It consists of a small star revolving around a much bigger star.
As laws of gravity is same for all massive bodies in the universe, you can always find bodies revolving around each other. It doesn't matter whether they are stars or any other celestial bodies (sorry for the generalization).
So, as there are no other stars apart from the Sun in our Solar System, there is no question of whether they revolve around the Sun. We still don't know whether there are stars outside the solar system which revolve around the Sun. But, I think its highly unlikely.
I think you meant to ask whether its possible for a star AA to revolve around a star BB in the latter's system.
Yes, it is possible. One such system is Eta Carinae. It consists of a small star revolving around a much bigger star.
As laws of gravity is same for all massive bodies in the universe, you can always find bodies revolving around each other. It doesn't matter whether they are stars or any other celestial bodies (sorry for the generalization).
kotwalvishal:
no my question is why all planets in universe revovle around sun like hot planets
OK let me type ur answer too
the simple answer is that all the planets in ur solar system revolve in the same orbit format
okk thanks
it's all okay
what your not getting
what am I not getting
Answered by
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The Solar System comprises the Sunand the objects that orbit it, whether they orbit it directly or by orbiting other objects that orbit it directly. Of those objects that orbit the Sun directly, the largest eight are the planets that form the planetary system around it, while the remainder are significantly smaller objects, such as dwarf planets and small Solar System bodies (SSSBs) such as comets and asteroids.
So, as there are no other stars apart from the Sun in our Solar System, there is no question of whether they revolve around the Sun. We still don't know whether there are stars outside the solar system which revolve around the Sun. But, I think its highly unlikely.
I think you meant to ask whether its possible for a star AA to revolve around a star BB in the latter's system.
Yes, it is possible. One such system is Eta Carinae. It consists of a small star revolving around a much bigger star.
As laws of gravity is same for all massive bodies in the universe, you can always find bodies revolving around each other. It doesn't matter whether they are stars or any other celestial bodies (sorry for the generalization).
mark as brainliest
So, as there are no other stars apart from the Sun in our Solar System, there is no question of whether they revolve around the Sun. We still don't know whether there are stars outside the solar system which revolve around the Sun. But, I think its highly unlikely.
I think you meant to ask whether its possible for a star AA to revolve around a star BB in the latter's system.
Yes, it is possible. One such system is Eta Carinae. It consists of a small star revolving around a much bigger star.
As laws of gravity is same for all massive bodies in the universe, you can always find bodies revolving around each other. It doesn't matter whether they are stars or any other celestial bodies (sorry for the generalization).
mark as brainliest
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