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.
The earths rotation effects whether it is night or day (so you'll see the moon at night).
Earth blocks half of space from our view.
Because of the rotation of the planet and the view.
Stars appear to change position in the night sky due to Earth's rotation. As the Earth moves, different stars come into view while others become hidden below the horizon. This apparent motion is also influenced by the Earth's orbit around the Sun, causing the stars to shift gradually over time.
Stars and constellations appear to rise and set due to the rotation of the Earth on its axis. As the Earth rotates, different stars and constellations come into view or move out of view from a specific location on Earth, giving the illusion of them rising and setting.
Telescope or binoculars
Light pollution and air pollution effect astronomy by making it more difficult to view the stars. If you notice, when you get out of the cities where there is less air and light pollution, you are better able to view the stars.
The Earth's rotation. The relation between the Earth (or a person on the Earth) and the position of the stars makes it appear that the stars are in a different position as the night progresses.
Stars appear to move across the sky due to the Earth's rotation on its axis. As the Earth spins, different stars come into view while others disappear below the horizon. This apparent motion is actually the result of the Earth's rotation, not the movement of the stars themselves.
Stars appear to be moving across the sky due to the Earth's rotation on its axis. As the Earth spins, different parts of the sky come into view, making it seem like the stars are moving. This phenomenon is known as apparent motion.
Revolution, in the context of Earth's orbit around the Sun, affects our view of the stars by altering the position from which we observe them throughout the year. As Earth moves along its elliptical path, different stars become visible in the night sky during different seasons. This shift, combined with the rotation of the Earth, changes not only which stars are prominent at night but also their apparent position and brightness due to factors like atmospheric conditions and light pollution. Ultimately, revolution provides a dynamic perspective on the cosmos, revealing the vastness and changing nature of the starry sky.
An observatory is a building where you can view the stars.