Yes. The moon rotates in relation to the stars, so it has an axis of rotation.
Venus and Uranus are the two planets that spin backwards compared to the majority of the planets in our solar system. Venus rotates in the opposite direction to its orbit around the Sun, while Uranus is tilted on its side, causing its rotational axis to be nearly parallel to its orbit.
hi venus and uranus. venus spin very slow and is possibly explained by a collision in the early formation of our solar system. uranis however is up for grabs. its tillted 98 degrees and is basicaly on its side. research it. very interesting. cheers!
Absolutely. Spin creates centrifugal force, which actually works against gravity. When a object on a planet spins with the planet, the spin of the planet is constantly trying to fling said object off into space, where as gravity is constantly forcing the object toward the spinning body. If the spin became so great that it overcame the gravitational pull, the object would be flung into space. While spin does not actually affect the gravity of an object, it can reduce the amount of gravity an object on the surface experiences.
That depends on which solar system and planet you are asking about - we now know for planets orbiting other stars.
The outer planets are composed mostly of gases, which do not have a solid surface like the inner planets. This lack of solid surface allows the outer planets to rotate more quickly, as there is less resistance for their rotation. Additionally, the outer planets have more mass, which also contributes to their faster rotation.
All the planets that we know about spin, yes. Some spin faster or slower, or on a different axis, but they all spin.
rotation
Yes.
Yes, all planets that we know of have at least some spin - their rotation on the axis being the planet's day. In our solar system Jupiter spins the fastest - with a day under 10 hours long.
Because It Has To Spin Like Planets Do
The spin of the Earth is residual from the formation of the solar system. The original "whirlpools" of matter started to spin as they orbited the sun due to the Coriolis force acting on them. This caused them to spin around the planets. his spin stayed after the planets firmed up into discrete balls
They spin clockwise
The center of the galaxy.
no
the planets originated from clouds of dust that spin on a disk shaped plain.
The conservation of angular momentum affects the expected spin of planets by causing them to rotate at a relatively constant speed as they orbit the sun. This means that planets are likely to have a consistent spin rate over time due to the conservation of angular momentum.
The spin of the Earth is residual from the formation of the solar system. The original "whirlpools" of matter started to spin as they orbited the sun due to the Coriolis force acting on them. This caused them to spin around the planets. his spin stayed after the planets firmed up into discrete balls