Not enough to notice. Each star has its own "proper motion", and some of the stars are clipping right along - but they are mostly so far away that you wouldn't notice the changes even over several lifetimes.
One of the major exceptions is Barnard's Star, which is moving QUITE rapidly, and is close enough that the difference can be measured over the course of a few decades.
But "night to night"? No.
Anything that moves appreciably over the course of a few nights is within our solar system. Planets do; not only are the other planets moving, but the Earth is moving as well. About the only other thing that you'll notice moving from night to night would be a comet.
Yes. We merely don't see them (usually), because there is too much light scattered in our atmosphere.
Yes. We merely don't see them (usually), because there is too much light scattered in our atmosphere.
Yes. We merely don't see them (usually), because there is too much light scattered in our atmosphere.
Yes. We merely don't see them (usually), because there is too much light scattered in our atmosphere.
Due to the rotation of the Earth, the constellations overhead in the day time (which are not visible as it is) are not the same ones visible at night. However, the constellations in today's day sky are the same constellations in the night sky 6 months from now, and the constellations in tonight's night sky are the same constellations in the day sky 6 months from now.
The rotation of the earth... The same process that changes the position of the sun and turns day into night.
sometimes
they usually stay the same
Yes. We merely don't see them (usually), because there is too much light scattered in our atmosphere.
No. Because when the Earth is rotating that is how we get night and day. But the stars don't change from night and day.
It's basically the same. As a result of Earth's rotation, the Sun, the Moon, and the stars rise in the east and set in the west.
If you look at the stars at the same clock-time every night, the whole picture will appear to rotate 1 degree per day, 30 degrees per month.
no
yes, 12 hrs day 12 hrs night
yes you can se star and night at the same every night because every night there are stars.
Because not all stars are supposed to be in the sky at night. There are day stars, like the Sun (it's our closest star). Furthermore, the Earth is constantly spinning. This makes the Sun, Moon, and the Stars appear to rise and set each day/night. The Sun itself is spinning around the Milky Way Galaxy's center, as well.
No. Because when the Earth is rotating that is how we get night and day. But the stars don't change from night and day.
stars
day time
It's basically the same. As a result of Earth's rotation, the Sun, the Moon, and the stars rise in the east and set in the west.
Stars in the night sky always maintain the same distance to what? The sun, the moon, the horizon or the celestial meridian?
...because the Earth rotates. Same reason the sun moves throughout the day.
The faint light of the stars is masked by the bright light of the sun.
If you look at the stars at the same clock-time every night, the whole picture will appear to rotate 1 degree per day, 30 degrees per month.
no
The difference between night and day is that the stars are still there and sometimes you can see the moon. Also you can work at both parts of the day and people still drive at night and day, the things you smell still smell the same, the things you taste or eat still taste the same and the things you touch still feel the same.