Because stars only die every seven billion years
Stars in the night sky maintain the same distance from Earth. Despite their different distances from us, the stars appear to be at a fixed distance from each other when observed from our perspective on Earth.
No, the stars we see in the night sky can vary depending on our location, time of year, and the time of night. The rotation of the Earth causes the stars to appear to move across the sky, so different stars become visible at different times.
No, the part of this theoretical planet in perpetual night time will gradually scan around all of the background stars once, during one of the planets orbit of the central star.
Stars shine on a cloudy night because their light is very bright and can penetrate through the clouds. Even though clouds can block some of the starlight, enough of it gets through to be visible to us on Earth. The brightest stars are still visible even on a cloudy night.
It is a combination of how the Earth is rotating and orbiting the Sun. If you stand in one spot and look up, and start turning, everything above you will appear to be going around in a circle. This is the same effect. As the Earth orbits the Sun, stars appear to be in slightly different positions at the same time from night. At the same night each year, the stars you see are the same. Stars that are lower in the sky disappear at certain times of the year. Ones that are high overhead can be seen all year, though they also appear to circle.
Stars in the night sky maintain the same distance from Earth. Despite their different distances from us, the stars appear to be at a fixed distance from each other when observed from our perspective on Earth.
No, the stars we see in the night sky can vary depending on our location, time of year, and the time of night. The rotation of the Earth causes the stars to appear to move across the sky, so different stars become visible at different times.
Well to answer your quenstion the reason they are not in the same place is because the earth is moving so at night it is diffrent.
yes you can se star and night at the same every night because every night there are stars.
He's creating a signature look.
The starts don't come out at night, there are always there. It's that we can only see them at night because when the sun goes down, the sky gets dark and it becomes easier to see them.
No, the part of this theoretical planet in perpetual night time will gradually scan around all of the background stars once, during one of the planets orbit of the central star.
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.
Stars shine on a cloudy night because their light is very bright and can penetrate through the clouds. Even though clouds can block some of the starlight, enough of it gets through to be visible to us on Earth. The brightest stars are still visible even on a cloudy night.
You can see Mercury and Venus. They both look like really bright stars. Since the Earth's always moving their never in the same place and you can't always see them at the same time either.
If you look up into the night sky on Mars, you will see stars, yes - the exact same ones we see from earth, and in virtually the same spots. Mars and Earth are, relatively, as far away as the living room and a bedroom in a standard sized house. The nearest stars - besides our sun - are three or four counties away, on the same scale.
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.