IT'S SHAPE FLATENS and hardens
Because of Earth's shape and the fact that it spins with a tilted axis as it orbits the Sun.
Jupiter spins counter clockwise. To be exact, it spins counterclockwise when viewed from above the north pole. That's the same direction of spin as most of the planets, including Earth.
Saturn spins around the sun in an elliptical orbit due to the gravitational pull of the sun. This orbit is maintained by the balance between the sun's gravity pulling Saturn towards it, and the centrifugal force of Saturn moving forward in its orbit.
If Saturn were to spin too fast, its shape would become more oblate, meaning it would bulge at the equator and flatten at the poles due to centrifugal force. This distortion occurs because the planet's rotation counteracts the force of gravity, allowing the equatorial region to expand. If the spin rate exceeded a certain threshold, it could lead to structural instability, potentially resulting in the loss of material from the equator. However, Saturn's current rotation rate is well within the limits of its structural integrity.
Saturn's rings have a minimal effect on the planet's spin rate. The rings actually rotate at the same rate as the planet's equator due to gravitational forces, so they do not significantly alter Saturn's overall rotation speed.
the top and bottom flattens out
IT'S SHAPE FLATENS and hardens
Because Saturn spins faster than Earth.
Saturn spins faster then earth
no, it takes a long time to spen aroud
Yes, Saturn spins on its axis in about 11 hours.
Because of Earth's shape and the fact that it spins with a tilted axis as it orbits the Sun.
It spins slow
The fast rotation flattens it, making the shape an ellipsoid rather than a sphere - which would be its shape if it didn't rotate at all.The same happens to Earth, as well, but to a lesser degree.
10 hours is one day on Saturn. It spins really fast.
it spins
Jupiter spins counter clockwise. To be exact, it spins counterclockwise when viewed from above the north pole. That's the same direction of spin as most of the planets, including Earth.