As light travels, it loses intensity. The stars are millions of times farther away from us than the sun, so when the light from those stars gets here, it is very dim. The sun is much closer, so it gives off much more light. This light overpowers the light from the stars, so they can't be seen during the day.
They are about 25.6 light years apart in the earths sky.
Yes. The sun is one of many stars, and there are even larger stars than the sun. Our sun is just an average star.
It is closer to us than the other stars so we get a much, much larger fraction of its light compared to other stars. The other stars are so far away that even stars that are much brighter than our sun can only transmit such a small fraction of their light that the tiny fraction we get is consequently much less than the larger fraction of our somewhat dimmer sun.
It is closer to us than the other stars so we get a much, much larger fraction of its light compared to other stars. The other stars are so far away that even stars that are much brighter than our sun can only transmit such a small fraction of their light that the tiny fraction we get is consequently much less than the larger fraction of our somewhat dimmer sun.
No. Nor are they completely random: they form large groups (star clusters) in some places, and, on a larger scale, galaxies.
Parallax
They are about 25.6 light years apart in the earths sky.
Red giant stars emit less light per square meter of surface area than smaller, hotter stars, but their larger size means they have a larger surface area from which to emit light, so they emit more light overall.
That`s because of small disturbances in the earths atmosphere. Planets don`t twinkle because their light is stronger, whereas the light of stars is weak enough to have their light slightly bent by the moving atmosphere.
Yes. The sun is one of many stars, and there are even larger stars than the sun. Our sun is just an average star.
When there is little light like during night time, we can see the stars more clearly. This makes them look brighter and hence, larger.
The three stars that compose the hunters belt in the constellation of Orion are: Alnitak, Alnilam and Mintaka. They are 800 light-years, 1340 light-years and 915 light-years away from us respectively (but, of course, from earths perspective they are in a neat line).
The earth's turns affect which stars we can see, not if they are visible at all. The stars are always there, But the light from our sun is brighter then the stars, and when the earth turns facing away from the sun, the stars are the brightest thing in the sky.
Yes, a larger one might do that - if you choose to include larger meteors in the category of "shooting stars".
Red giant stars emit less light per square meter of surface area than smaller, hotter stars, but their larger size means they have a larger surface area from which to emit light, so they emit more light overall.
The only difference of the twinkling caused by the distortion of light due to the earths atmosphere which is not present in a vacuum.
It is closer to us than the other stars so we get a much, much larger fraction of its light compared to other stars. The other stars are so far away that even stars that are much brighter than our sun can only transmit such a small fraction of their light that the tiny fraction we get is consequently much less than the larger fraction of our somewhat dimmer sun.