Well, sweetie, if all the planets were on the same side as Earth, the solar system would probably be having one heck of a cosmic party. Chances are though, that's not happening anytime soon. Each planet has its own orbit and gravitational pull, so trying to get them all on the same side as Earth would be akin to herding cats on a galactic scale - an absolute cosmic nightmare, darling.
The tide would be higher when the moon is on the same side of Earthas the Sun is.
The two planets on either side of Mars are Earth and Jupiter. Earth is closer to the sun than Mars, while Jupiter is farther away.
If the Moon rotated on its axis as quickly as Earth, we would not always see the same side of the Moon from Earth. Currently, the Moon is tidally locked, meaning it takes the same amount of time to rotate on its axis as it does to orbit Earth, resulting in one side always facing us. If it rotated faster, different parts of the Moon would be visible from Earth over time.
If you look down, you will see the surface of the moon. If you look up, you will be able to see other celestial bodies in the sky, such as Earth, stars, other planets, etc., as long as they are not currently below the horizon of the moon. However, since the moon keeps the same face toward the Earth, if you are not on the side facing Earth, you will not see the Earth at all.
Nothing special or unusual happens. Daylight moves around the moon the same way that it moves around the earth and other planets/moons in the solar system. The more of the far side is illuminated by the sun, the less is illuminated of the side that we see. -------------------------------------- This configuration is called a"new moon".
no uranus spins side ways
In the solar system, the planets that are on each side of the earth are Venus and Mars.
The tide would be higher when the moon is on the same side of Earthas the Sun is.
venus on the sun's side and mars on the other side that is far from the sun.
In the solar system, the planets that are on each side of the earth are Venus and Mars.
Yes, we always do.
The two planets on either side of Mars are Earth and Jupiter. Earth is closer to the sun than Mars, while Jupiter is farther away.
If the Moon rotated on its axis as quickly as Earth, we would not always see the same side of the Moon from Earth. Currently, the Moon is tidally locked, meaning it takes the same amount of time to rotate on its axis as it does to orbit Earth, resulting in one side always facing us. If it rotated faster, different parts of the Moon would be visible from Earth over time.
You would have a GREAT view of the stars and other planets, with none of that silly "Earth" stuff to get in the way.
If you look down, you will see the surface of the moon. If you look up, you will be able to see other celestial bodies in the sky, such as Earth, stars, other planets, etc., as long as they are not currently below the horizon of the moon. However, since the moon keeps the same face toward the Earth, if you are not on the side facing Earth, you will not see the Earth at all.
Superior planets (those outside Earth's orbit) appear brightest when they are at opposition, which is when they are on the opposite side of Earth from the Sun. This is when they are closest to Earth and fully illuminated by the Sun.
There would be random weather and temperatures everyday. There would be no rotation around the sun, and the Earth would be still. Meaning on one side of the Earth, it would be daylight forever. The same goes for the other side, Night forever. So as you see, we need the seasons.