Earth blocks half of space from our view.
The earths rotation effects whether it is night or day (so you'll see the moon at night).
The earth's rotation's only effect on the view of the stars is the direction you're looking in when you look in the sky. Thus, during the day, you're looking "at the sun," and at night, you're looking "away from the sun." This is also dependent on the earth's position in it's orbit around the sun, because depending on the time of year, the sun's light obscures different stars from our view, and looking "away from the sun" means looking in one direction in winter, and in the opposite direction in summer.
Because of the rotation of the planet and the view.
Rotation of the Earth, with the sun going out of view.
When that happens, the planet moves from east to west, from our point of view. This should not be confused with the daily motion of all stars + planets due to Earth's rotation; rather, to the planet's movement against the background of the stars.
The Earth's rotation causes the constellations in the night sky to appear to move across the horizon. This rotation causes the constellations to rise and set at different times throughout the year, leading to different constellations being visible during different seasons. Additionally, the Earth's atmosphere can cause the stars to twinkle and appear less bright or crisp, depending on factors such as air pollution or atmospheric conditions.
Unlike the Earth, the Moon has no atmosphere to obscure the view of the stars.
From the point of view of a person on earth, the moon's period of rotation on its axis and revolution around earth are both 27.32 days. From the point of view of a person on the moon, the period of rotation on its axis and revolution around earth are both 27.32 [earth] days, and the period of revolution around the sun averages 365.24 earth days.
From the point of view of a person on earth, the moon's period of rotation on its axis and revolution around earth are both 27.32 days. From the point of view of a person on the moon, the period of rotation on its axis and revolution around earth are both 27.32 [earth] days, and the period of revolution around the sun averages 365.24 earth days.
Earth is rotating on its axis, completeing one rotation every day. At night, the rotation brings us so that we face away from the sun, which is blocked from view by the Earth we stand on.
it depends on what time of year it is and which stars you want to view seeing as it is hard to get a strong telescope to the moon... i would say Earth
Yes. The view of the stars on Mars is the same as it is on Earth.