Essentially yes, the sun always rises in the east and sets in the west.
The sun appears to rise in the east and set in the west. This is due to the Earth's rotation from west to east.
Because the orbit of the sun is some what curved and elliptical so it causes variation in timings of sunrise and sunset.
Not if you stay at the same place to observe it. If you pick a star and observe it from the same place every night, you'll see it rise from the same exact spot on the horizon every night, but about 4 minutes earlier each night than on the previous night.
It moves around the sun in the same direction as the other planets (counterclockwise when viewed from above). It rotates the same way earth does, from west to east (on the surface, the sun would rise in the east and set in the west).
It's basically the same. As a result of Earth's rotation, the Sun, the Moon, and the stars rise in the east and set in the west.
For the same reason that the Sun and the Moon rise and set. That's the result of Earth's rotation.
No, the set from Wizards of Waverly Place is not the same as Friends. They do share the same location in Manhattan, New York City.
No. The Moon tends to rise about 50 minutes later every day.
No, the moon will always rise in the east and set in the west due to the Earth's rotation. This pattern is consistent and a fundamental aspect of the Earth's movement.
No, the moon rises in the east and sets in the west, following the same direction as the sun. This is because of the rotation of the Earth on its axis.
You can observe this phenomenon from the moon. Actually, the famous "Earthrise" picture was taken there.
Rise in the East and set in the West.
Because it is in line with Earth's axis of rotation, Polaris never rises or sets. It is always in the same place in the sky from any given location in the northern hemisphere.
No
When does the moon set and rise
A pretty place (eg. sun set, sun rise, ocean, or a pretty view from an mountain.
Yes... sort of. The reason for the qualification there is that it's a little more complicated than that, and it partially depends on what you mean by "not spinning". If the Earth were tidally locked with the Sun, the Sun would not appear to rise or set; it would remain in pretty much the same place in the sky. However, in that case the Earth would still be "spinning" ... it's just that its periods of rotation and revolution would be the same. If the Earth were not spinning at all, the STARS would not appear to rise and set, but the Sun would rise and set once (each) per year. The Moon is a separate issue. The fact that the Moon revolves around the Earth means that it will rise and set regardless of whether the Earth spins or not unless the Earth were tidally locked with the Moon. Again, in that case the Earth would be spinning, but each "day" would be about a month long, and the Sun would rise and set 12 or 13 times (each) per year.