No. The Sun rotates on its axis in about 25 days, while the Earth rotates in 1 day.
Saturn is titled unevenly on its axis and away from the Sun than Earth and has more days to make a year in Earth.
What if anything would happen to the shape of the earth if it were to rotate on its axis faster than it does todayWell ladies and gentlemen
Earth rotates on its axis approximately 7 times in one week.
The moon does rotate on its axis as the earth does. The earth rotates once in a day and the moon rotates once in a month ( for those who want to quibble, it's a little more than 27 days ). ADD---the moon rotate at the same speed of the earth, that why we always see the same side of the moon which give the impresion that the moon doesnt rotate but it does!
Pluto takes more than a day to rotate. It takes about 6.39 Earth days.
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.
Even if the earth was tilted, it would still rotate on its own axis. The axis would meet the earth at the poles and the regions surrounding those points would be polar regions. That would be true whatever the earth's tilt.
Not particularly: Jupiter and Saturn rotate more rapidly.
Less quickly becaus it takes longer to rotate on its axis therefore one mercury day equals 59 earth days
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.
No, it's more like 9.92 HOURS for Jupiter to rotate once. For its enormous size, Jupiter spins like a top!
All planets rotate, and an axis is the imaginary line through a planet's poles. Venus rotates, but more slowly than any other major planet, and in a clockwise direction as seen from "above" (it somehow lost its original counterclockwise spin, probably due to a collision). It takes 243 Earth days to make one rotation, which is longer than it takes to go around the Sun (225 Earth days).