No, it does not.
Jupiter is less dense and has a shorter period of rotation.
Which period - revolutionary period or rotational period? Obviously it's the time taken to orbit the Sun that's meant because the time Venus takes to rotate is much LONGER than Earth. Two reasons are: 1) Venus has a shorter orbital distance to travel. 2) Venus orbits at a higher speed.
Ceres' period of rotation is approximately 9 hours, which is significantly shorter than Earth's rotation period of about 24 hours. This means that Ceres completes one full rotation on its axis much faster than Earth does.
B( T2/R3 = constant )
Earth
Venus takes about 243 Earth days for one rotation.
No, it does not.
Jupiter is less dense and has a shorter period of rotation.
Venus is the second planet from the Sun, orbiting it every 224.7 Earth days.
well as Saturn is further away from the sun. the sun, represents day.Therefore a shorter day. :)
well as Saturn is further away from the sun. the sun, represents day.Therefore a shorter day. :)
Which period - revolutionary period or rotational period? Obviously it's the time taken to orbit the Sun that's meant because the time Venus takes to rotate is much LONGER than Earth. Two reasons are: 1) Venus has a shorter orbital distance to travel. 2) Venus orbits at a higher speed.
Earth The sidereal rotational period of Mars is 1.025 957 days (ie 24.62296 hours) The sidereal rotational period of Earth is 0.99726968 day (ie 23h 56m 4.100s)
Ceres' period of rotation is approximately 9 hours, which is significantly shorter than Earth's rotation period of about 24 hours. This means that Ceres completes one full rotation on its axis much faster than Earth does.
B( T2/R3 = constant )
yes because if u search that up u would seee