Does Saturn rotate faster than Earth?

jupiter, mercury, saturn

A planet's day is the time it takes the planet to rotate or spin once on its axis. Saturn rotates faster than Earth so a day on Saturn is shorter than a day on Earth. A day on Saturn is 10.656 hours long. ...

Jupiter and Saturn rotate faster than earth. Jupiter rotates in 9hrs 50mins and 30sec and Saturn in 10hr 14mins and Earth 23hrs 56min 4sec ...

Saturn rotates much faster than earth.

No. Earth does not spin faster than Saturn. Saturn spins faster than all the planets except Jupiter. Extra information- Jupiter is bigger than Saturn. For more information, visit the NASA website: http://www.nasa.gov/worldbook/saturn_worldbook.html ...

Does Jupiter rotate faster than earth? A point on the equator on Jupiter is rotating at 12.6 km/s A point on the equator on Earth is rotating at 2532545.35 mt ...

Since gas planets like Saturn are not exactly as easy to find measurements with as solids such as Earth, it's harder to tell. However, since Saturn does rotate faster than the Earth, a "day" there would be 10.656 hours long. ...

No. Saturn rotates about its axis once in 10.67 hours (about 10 hours and 39 minutes), whereas it takes Earth 23.9 hours to rotate about its axis. ...

What if anything would happen to the shape of the earth if it were to rotate on its axis faster than it does today Well ladies and gentlemen ...

Saturn's rotational period is just over ten hours. This means that it does spin on its axis much faster than Earth, especially considering its larger size. ...

First you may want to decide what you mean with "fast" - velocity in km/hour? Angular velocity? Both Jupiter and Saturn spin more than twice as fast as Earth (angular velocity). You may also want to check the rotation of Uranus and Neptune, they rotate faster than Earth, but not twice as fast. First you may want to decide what you mean with "fast" - velocity in km/hour? Angular velocity? Both Jupiter and Saturn spin more than twice as fast as Earth (angular velocity)....

No The time it takes for the Earth to rotate a full rotation is 24 hrs. However, the time it takes for Mars to rotate a full rotation is 24 hrs and 39 mins, which is 39 mins longer than the rotational period of the Earth. Comparing the rotational periods of Mars to the Earth, we figure out that Mars rotates slower, not faster, than the Earth. ...

Yes. Saturn rotates extremely quickly, completing one rotation in almost ten hours. ...

Saturn is titled unevenly on its axis and away from the Sun than Earth and has more days to make a year in Earth. ...

Because Saturn spins faster than Earth.

No: the Earth always rotates the same. However, it is closer to the sun in the winter than in the summer. ...

Yes, MUCH faster. The Earth rotates once in 24 hours; Jupiter rotates once in 10 hours. ...

Yes, Saturn's day is 10 hours and 40 minutes long.

Than the equator of what? The sun's equator rotates faster than it's poles (about 25 [Earth] days vrs about 40 near the poles). ...

It fully rotates on its own axis every 9.8 hours, so about 2.5 times faster than the Earth. For every of its rotations around the Sun, the Earth makes more than eleven. ...

Venus and Mercury rotate slowly, much more slowly than Earth or Mars.

No, Saturn is much larger than Earth.

Uranus and Neptune can both be closer to Saturn than to Earth. It depends where the planets are in their orbits. Jupiter, Mars, Venus and Mercury are all closer to the Earth than Saturn. If the question means "closer to Saturn than Earth is" then we can get a different answer. The minimum distance between Saturn and Uranus is slightly less than the maximum distance between Saturn and Earth. In those circumstances Uranus could be closer to Saturn than Earth is. (Neptune can never be closer to...

no Saturn is less dense than earth in fact Saturn floats

All planets rotate, although Venus does so very slowly. The spin of the planets represents the momentum remaining from their formation (accretion) when the solar system formed. Saturn rotates much more quickly than the Earth, which has been slowed by the gravitational effect of the Moon. ...