They are the same thing. Another way to think of it is that the sun is a star. A star is a ball of superheated gas, mostly hydrogen. At the center of most stars is a core where immense heat nd pressure causes hydrogen to undergo nuclear fusion, becoming helium. This is what the sun is. It is now being found that many stars have their own solar systems.
because stars are balls of hot burning gases like our sun
No. The stars are distant suns that emit their own light.
They change position against the background of the distant stars because they are much closer to us, and they are orbiting around the sun, as are we.
During the day, the Sun is out and brightens the sky. Since the Sun is so close to Earth (compared to the stars we see at night), the Sun's light overpowers the light coming from the distant stars. However, at night the Sun's light is not present to wash out the light from the stars, so the stars can finally be seen. The constellations that one sees at night arises from the groupings of various stars.
The reddest stars are the stars that are considered the coolest. Blue light is more effectively scattered than Red light. This is called ``interstellar reddening".
Distant stars give off less light
Because the sun is a star. We just distinguish it because in history it always seemed something different (it being so close and big to our eyes).
because stars are balls of hot burning gases like our sun
Nothing. The stars shine all the time; the amount of radiation that the Sun receives from distant stars is so insignificant that it won't noticeable affect the Sun.
No. The stars are distant suns that emit their own light.
There is only one sun and so the name given to it is the sun. It is a star, like billions and billions of other stars.
Distant Stars was created in 1981.
Distant Stars has 352 pages.
We can observe nearby stars moving forward and back against the background of distant stars (parallax). Scientific analysis coupled with observations show that the Earth is held in its orbit by the gravitational force of the Sun which is far more massive than the Earth.
From the Sun. Also from other stars, and from distant galaxies - but we only get significant amounts of energy from our Sun.
They change position against the background of the distant stars because they are much closer to us, and they are orbiting around the sun, as are we.
Distant Sun was created in 1993-09.
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.