No, because one part is at day-time, they cannot see any stars. If they could, they would see different stars, for they are on the opposite side of Earth.
No, the whole Earth cannot be lit at the same time due to the natural rotation of the planet. This rotation causes different parts of the Earth to be in darkness while others are in daylight.
No, the stars visible in the night sky change based on the Earth's rotation and its orbit around the Sun. The stars visible from a specific location depend on the time of year and the latitude of the observer. Some stars are circumpolar and are always visible in certain locations, while others may only be visible at certain times of the year.
The changing position of a constellation in the sky over several weeks is evidence of Earth's revolution around the Sun. As Earth orbits the Sun, its position relative to the stars changes, causing different constellations to be visible at the same time each night.
[[map .!]]
A map or a globe is a representation of the whole Earth at one time, showing different parts of the planet in relation to each other. This visualization can give an overview of Earth's various regions and features in a single view.
Because of the tilt
You can not see the same stars all around the world. There are different star alignments in different parts of the world. For example, you can not see a star that is in Africa in the United States.
In that case, it would show the Sun the same face all the time. In parts of the Earth it would be day all the time, in other parts it would be night all the time.
No, the whole Earth cannot be lit at the same time due to the natural rotation of the planet. This rotation causes different parts of the Earth to be in darkness while others are in daylight.
No. Day and night is determined by what part of Earth is facing the sun. Half of the Earth faces toward the sun and half of earth faces away from the sun. As the Earth spins on it's axis, we get daylight in one side of the earth, and night time in the other side of the earth. It is never possible to have night time, or day time, on all the earth at the exact same time.
No. Since the earth is constantly spinning, while at the same time, constantly orbiting the Sun, the side of the Earth facing away from the Sun, i.e. the night side, is constantly changing. As a result, stars and constellation do not appear in the same place every night.
Because as Earth goes around the sun every year, we look out at different parts of space and see different patterns of stars as they come into view. What we see in the night sky in summer, is what's behind the sun, in the daytime sky in winter.
No. Day and night is determined by what part of Earth is facing the sun. Half of the Earth faces toward the sun and half of earth faces away from the sun. As the Earth spins on it's axis, we get daylight in one side of the earth, and night time in the other side of the earth. It is never possible to have night time, or day time, on all the earth at the exact same time.
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, North America had night and day at the same time, meanwhile, other parts of the world (such as Australia), have it reversed and have their seasons reversed too.
No. Stars move over time.
While some constellations may be visible from both the US and Iraq, the positions of the stars in the night sky will vary based on the observer's location on Earth. Different latitudes and longitudes will result in a different perspective of the night sky, so not all stars visible in one location will be seen from the other.