Want this question answered?
The planets are closer. (They all move - and differently.)
A planets and stars are different things, so a planet can never be a death star.
Because the stars are very far away and are suns like our Sun. The planets however are in orbit round our Sun and relatively close to us. We can therefore see the movement of their orbit against the background of the "fixed" stars.
the study of stars and planets is colled Astronomy
Planets orbit stars.
The planets are closer. (They all move - and differently.)
movement of stars and planets
YES!!! Because '- #1 the Earth is rotating so it appears that the stars move across the sky. #2 the Stars in their own right also move. Since most stars are so far away their movement is hard to detect. #3 the Planets, appear to be stars, because they are pin point spots of light. The planets move , notably Venus, which can be seen as the Morning Star, or at a different time of the year as the Evening Star. The word 'planet' comes from Classical Greece, and means 'Wandering Star'.
Through intense research it has indicated that stars are not only luminous balls of plasma held by gravity, but are also planets from different galaxies. From a distance, they may seem like stars, but are in fact planets. So yes, you are correct, planets are stars from different galaxies.
No. We know what the stars are. They are not planets. They are distant suns, many of which do have undiscovered planets.
stars make their own light and planets get theirs from the sun!!!!!!!!!! hi!!!! :):>
A planets and stars are different things, so a planet can never be a death star.
Plants are normal and stars are like comets
Mathematics - including addition, subtraction equations, fractions. Astronomy - movement of stars, planets, moon. Medicine - diagnosis and remedies.
A Planetarium.
From perturbations in stellar movement, we assume that Alpha Centauri, the second closest star to Earth, probably has planets.
Because the stars are very far away and are suns like our Sun. The planets however are in orbit round our Sun and relatively close to us. We can therefore see the movement of their orbit against the background of the "fixed" stars.