The Sun at 93 million miles or 8.3 light minutes.
The next nearest star is 4.2 light years away.
Our Sun (and the rest of our solar system) doesn't move all that fast when compared to the vast distances to even the nearer stars, and our relatively short human lifetimes.
The sun was discovered to be a star simultaneous with the discovery that the stars were distant suns. Parallax established the distance to one of the nearer stars, and the distance was so vast it was realized that star had to be a sun like our own. This would have been in the late 1700s.
Because it is nearer that the stars.
Generally the red stars are colder, the blue stars are hotter.Apparent brightness has nothing to do with this. A bright-looking star may simply be nearer to Earth. It may also have a large surface area.Generally the red stars are colder, the blue stars are hotter.Apparent brightness has nothing to do with this. A bright-looking star may simply be nearer to Earth. It may also have a large surface area.Generally the red stars are colder, the blue stars are hotter.Apparent brightness has nothing to do with this. A bright-looking star may simply be nearer to Earth. It may also have a large surface area.Generally the red stars are colder, the blue stars are hotter.Apparent brightness has nothing to do with this. A bright-looking star may simply be nearer to Earth. It may also have a large surface area.
moon is too nearer to earth than stars
Because we call giant balls of very hot gas, out in space, "stars" - and that's what the Sun is. People have named all of the stars they can see, not just our own.
Among the two Venus is closer to the Sun
Because the part of the Earth you are on is tilted towards the sun, so it is nearer to it, the sun is higher up and it is around for more of the day. As a result, it gets hotter.Because the part of the Earth you are on is tilted towards the sun, so it is nearer to it, the sun is higher up and it is around for more of the day. As a result, it gets hotter.Because the part of the Earth you are on is tilted towards the sun, so it is nearer to it, the sun is higher up and it is around for more of the day. As a result, it gets hotter.Because the part of the Earth you are on is tilted towards the sun, so it is nearer to it, the sun is higher up and it is around for more of the day. As a result, it gets hotter.Because the part of the Earth you are on is tilted towards the sun, so it is nearer to it, the sun is higher up and it is around for more of the day. As a result, it gets hotter.Because the part of the Earth you are on is tilted towards the sun, so it is nearer to it, the sun is higher up and it is around for more of the day. As a result, it gets hotter.Because the part of the Earth you are on is tilted towards the sun, so it is nearer to it, the sun is higher up and it is around for more of the day. As a result, it gets hotter.Because the part of the Earth you are on is tilted towards the sun, so it is nearer to it, the sun is higher up and it is around for more of the day. As a result, it gets hotter.Because the part of the Earth you are on is tilted towards the sun, so it is nearer to it, the sun is higher up and it is around for more of the day. As a result, it gets hotter.Because the part of the Earth you are on is tilted towards the sun, so it is nearer to it, the sun is higher up and it is around for more of the day. As a result, it gets hotter.Because the part of the Earth you are on is tilted towards the sun, so it is nearer to it, the sun is higher up and it is around for more of the day. As a result, it gets hotter.
yes.
Mercury.
No. There are other stars nearer to it.
There are 2 planets closer to the Sun from the Earth