All planets in our solar system vary in the time it takes them to complete a revolution. This is due to their differing distances from the sun. As far as rotation goes, the time varies from nine hours and fifty minutes for Jupiter to 244 days for Venus to make a like rotation.
A planet's period of rotation refers to the time it takes to complete one full spin on its axis, which determines the length of its day. On the other hand, a planet's period of revolution refers to the time it takes to orbit around its star, determining the length of its year.
The differences between a planet's period of rotation and its period of revolution is that period of rotation talk about the length of time that an object takes to rotate once on its axis but period of revolution talks about the length of time that an objects take to rotate around the sun.
The difference is rotation is a spinning motion of a planet on its axis while revolution is the movement of an object around another object.
The difference between the rotation and revoulution is that rotation is the spiinning of the planet on its axis and revoulution is the orbiting of the planet around the sun.
planets are differ to their period of revolution because it depends on how a planet rotates
Period of rotation is the time taken to spin once around its axis
Period of revolution is the time to orbit once around the Sun.
There is no real relationship, a planets spin depends on collisions it may have had in the past, rather than on its distance from the sun (which governs its orbital rotation time around the sun).
because of the sun
A planet's rotation is its spinning on its axis, which determines day and night cycles. Its revolution is its orbit around the sun, which determines its year length. Both rotation and revolution are independent of each other, but they work together to create the planet's overall movement and the changing seasons.
Yes, Venus has a retrograde rotation, which means it rotates on its axis in the opposite direction of its orbit around the Sun. However, Venus does not have a retrograde revolution, as it orbits the Sun in the same direction as the other planets in our solar system.
Saturn's revolution time, the time it takes to orbit around the sun, is about 29.5 Earth years. Saturn's rotation time, its day length, is about 10.7 hours, making it one of the fastest rotating planets in our solar system.
The difference between the rotation and revoulution is that rotation is the spiinning of the planet on its axis and revoulution is the orbiting of the planet around the sun.
The difference between the rotation and revoulution is that rotation is the spiinning of the planet on its axis and revoulution is the orbiting of the planet around the sun.
The difference between the rotation and revoulution is that rotation is the spiinning of the planet on its axis and revoulution is the orbiting of the planet around the sun.
The planets rotate around their rotational axes and revolve around the sun.
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
orbit and rotation there is also a wobble or tilt that can fluctuate
well when something is orbiting a planet that means an object is basically circling the planet due to its gravitational pull. Rotation is the planets rotation not the object surrounding circling it.
they have different distances from the sun
Revolution and rotation are both movements of celestial bodies. Revolution refers to the orbit of a planet around the sun, while rotation is the spinning of a planet on its axis. They both affect the position and orientation of the planet in space.
The period of a planet's revolution is the time that it takes to complete one revolution around its axis of rotation relative to the background stars (also known as rotation period).
There is no real relationship, a planets spin depends on collisions it may have had in the past, rather than on its distance from the sun (which governs its orbital rotation time around the sun).