First of all the earth is on an axis that slowly spins everyday. making it impossible for both sides to have the sun on all of it everyday. Second is that we rotate around the sun so only one part can have the sun on it. The way sunsets and sunrises come up are because the earth is turning making us see part of the sun but not all of it. That is also why we have seasons and why there are different time zones. It is because the earth is always turning. Take your hand for instance if you tilt it to the side and go outside, only one part of your hand will have sun on it. If you turn your hand some than a different part of your hand has sun that is kind of how the earth works.
No, just as in a solar eclipse, the sun, earth and moon are in different positions depending on where you are on the earth. If we could all see it at the same time that would mean we would all be in the same exact spot on the earth.
because of the rotation of the moon. it rotates around the earth, so part of the time we can not notice all of the moon
No, you cannot see the same constellations all the time. The visibility of constellations changes throughout the year due to the Earth's orbit around the Sun, which shifts our perspective of the night sky. Additionally, your location on Earth affects which constellations are visible; some are only seen from certain hemispheres.
The answer is yes. We always see the same side of the moon from the Earth because the time it takes the moon to circle the Sun is the same as the time it takes to circle itself.
No, if the Moon rotated on its axis as fast as Earth, we would not always see the same side. The Moon is currently in synchronous rotation with Earth, meaning it takes the same time to rotate on its axis as it does to orbit Earth, resulting in the same side always facing us. If its rotation speed matched Earth's, we would see different sides of the Moon over time, similar to how we see different parts of Earth as it rotates.
No, just as in a solar eclipse, the sun, earth and moon are in different positions depending on where you are on the earth. If we could all see it at the same time that would mean we would all be in the same exact spot on the earth.
No, different parts of the Earth see different stars at the same time due to the Earth's rotation. As the Earth rotates, it changes the view of the night sky depending on the observer's location. The stars visible from a particular location depend on factors such as latitude and time of year.
simple answer. No. The explanation is simple really. Hold something spherical and see if you can see all of it at the same time.
Because it rotates around its own axis at the same rate as it rotates around the Earth.
No, an observer from Earth would not see all the planets rotate backward at the same time. This is because each planet rotates on its own axis and orbits the sun independently, so their motions appear to be unique relative to Earth's position.
because of the rotation of the moon. it rotates around the earth, so part of the time we can not notice all of the moon
You always see the same side - as the moon takes the same time to orbit the earth as it does to rotate once on its axis !
No, you cannot see the same constellations all the time. The visibility of constellations changes throughout the year due to the Earth's orbit around the Sun, which shifts our perspective of the night sky. Additionally, your location on Earth affects which constellations are visible; some are only seen from certain hemispheres.
It is sometimes called the dark side of the moon. It isn't really dark all the time, either. It's just that we never see it from earth. The same side of the moon faces the earth all the time.
You would see the satellite in the same direction all the time. The satellite is supposed to move around the Earth at the same speed as Earth's rotation.
Yes, it rotates once with each orbit of the earth. That is why we see the same side of the moon all the time.
Yes.