Mainly because of the rotation of the Earth.
They are not but the Earth is rotating.
I like it
Because they are so far away that the distance has to be measured in light-years. Each light-year is around 10 trillion kilometers, which is a very large distance.
because the earth is spinning on its axis
The earth spins.
The light emited by stars can take thousands of years to reach the Earth, because the stars can be located thousands of light years away. Stars viewed from Earth can only be seen at night because the light from the sun creates a glear on the atmosphere.
The faint light of the stars is masked by the bright light of the sun.
The stars would be brighter points of light. Without the Earth's rotation, the Earth would not be moving enough to create the lines of light that ordinarily appear in an uncorrected stationary time exposure. Depending on the clarity of the sky, the entire image could be grayed by scattered light (light pollution).
Stars give out light. The sun is a relatively small star but it's a a lot close than the others making it appear bigger. Stars are explosions and give out light.
Because they're very close to the sun and thus reflect a lot of the sunlight. It also helps that they are very close to us in terms of the other stars in the sky.
Because they are far very away from the Earth. In fact, even in large telescopes, they still appear as just points of light.
No. Stars are suns. Some of them are brighter than out own sun. However, they are so incredibly far away that they only appear as points of light.
Moons and comets appear to shine because of the light they reflect. Stars produce their own light.
The light emited by stars can take thousands of years to reach the Earth, because the stars can be located thousands of light years away. Stars viewed from Earth can only be seen at night because the light from the sun creates a glear on the atmosphere.
Because the stars emit light. The closer they are, the brighter. Also planets reflect the light off of the stars, so they also look like stars.
The planets appear as steady points of light while the stars tend to twinkle.
The faint light of the stars is masked by the bright light of the sun.
Stars twinkle because of atmospheric disturbance and turbulence distort the images of stars and make them appear to twinkle or move.
The night time stars are suns, so distant they appear as points of light. Note that the planets Mercury, Venus, Mars, Jupiter, and Saturn can be seen without a telescope and can be mistaken for stars.
The stars would be brighter points of light. Without the Earth's rotation, the Earth would not be moving enough to create the lines of light that ordinarily appear in an uncorrected stationary time exposure. Depending on the clarity of the sky, the entire image could be grayed by scattered light (light pollution).
The stars would be brighter points of light. Without the Earth's rotation, the Earth would not be moving enough to create the lines of light that ordinarily appear in an uncorrected stationary time exposure. Depending on the clarity of the sky, the entire image could be grayed by scattered light (light pollution).
Galileo knew the points of light around Jupiter were not stars because they appeared to be dancing around the planet and were not acting like stars. This gave evidence to the fact that the planets revolve around the Sun.