Each planets has a different length of time it takes to make a full rotation. The approximate lengths are: Mercury: 58 days, Venus: 243 days, Earth: 24 hours, Mars: 24 hours, Jupiter: 10 hours, Saturn: 11 hours, Uranus: 17 hours and Neptune: 16 hours.
Sidereal rotation periods, or time taken (in days) for the planets to spin on their axis relative to the background stars are as follows;
Mercury = 58.646
Venus = -243.019
Earth = 0.997
Mars = 1.026
Jupiter = 0.410
Saturn = 0.426
Uranus = -0.718
Neptune = 0.671
note that the negative figure for Venus and Neptune show a spin in the opposite way (retrograde).
The axial rotation relative to the backgroud stars is different to the apparent day length, due to the orbit of the planets around the sun during that rotation.
Sidereal rotation periods, or time taken (in days) for the planets to spin on their axis relative to the background stars are as follows;
Mercury = 58.646
Venus = -243.019
Earth = 0.997
Mars = 1.026
Jupiter = 0.410
Saturn = 0.426
Uranus = -0.718
Neptune = 0.671
note that the negative figure for Venus and Neptune show a spin in the opposite way (retrograde).
The axial rotation relative to the backgroud stars is different to the apparent day length, due to the orbit of the planets around the sun during that rotation.
Sidereal rotation periods, or time taken (in days) for the planets to spin on their axis relative to the background stars are as follows;
Note that the negative figure for Venus and Uranus show a spin in the opposite way (retrograde).
The axial rotation relative to the background stars is different to the apparent day length, due to the orbit of the planets around the sun during that rotation.
depends which planet you are talking about.
24 hours for earth.
It is the time in which planets orbit the sun.
It's called conservation of angular momentum. All the material was rotating before it coalesced. It simply preserved that initial velocity of rotation. Sort of like when a twirling ice skater pulls in her arms--she rotates faster. Same principle.
The earths movement around the sun is called as revolution and the earth's motion within itself in its orbit is called as rotation. when the earth rotates its spinning in circles -around and around- and when it revolves its moving around the sun so rotation is when something spins in circles
"Rotation" is the spinning of a planet on its axis.
The rotation of the galaxies, and the rotation of the electron.
The period of rotation for each of the planets is as follows - the sidereal rotation (rotation time against background stars); PlanetSidereal rotational periodMercury58.646225Venus-243.0187Earth0.99726957Mars1.02595675Jupiter0.41007Saturn0.426Uranus-0.71833Neptune0.67125
PENIS
Check out the web site The Nine Planets, at the link below.
The force that keeps all of our planets in rotation is gravity.
Yes and no if u were using a planets rotation it will speed you up for a limited amount of time
Yes the Earth does rotate like the other planets (except for the distance of the rotation(assuming your talking about the rotation around the Sun); the wobble of the Earths axis compared to other planets; and the time it takes to rotate)
Of all the planets in the solar system, Jupiter has the fastest rotation. The planet Jupiter makes a complete rotation every 9.9 hours.
planets sun very long time
The planets Venus, Uranus and Pluto rotate in retrograde rotation. Hope that helped ~ :-))
Its to do with the planets progression around the sun in that time. A planets rotation is often expressed in terms of how long it takes to revolve once on its axis relative to the fixed background stars (sidreal rotation period). But during this time, the earth (or other planet) has moved around the sun a little. This progression means that the angles have changed, the earth has to rotate just that little bit more for the sun to appear in the same place as it did the day before. So for Earth and most other planets, a solar or apparent day is slightly longer than its sidereal rotation period.
A large asteroid collided a very long time ago, reversing its rotation on its axis.
its rotation is opposite of all the other planets.