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No, the planet with the shortest revolution does not necessarily have the shortest rotation. Revolution refers to the time it takes for a planet to complete one orbit around the sun, while rotation refers to the time it takes for a planet to complete one full spin on its axis. These two periods can be different for each planet.
Every planet has different size and is placed at different distance from the sun. The gravitational pull between the sun and the planet depends upon the distance and size of the planet and hence affects the speed of rotation and revolution of the planet around its own axes as well as around the sun. This specific distance and speed of revolution and rotation locks the planet in its orbit having specific radius which is unique for every planet. This is the reason they have separate path and speed to rotate around its own axes as well as around the sun. , hence they do not collide with each other.
depends on what you mean. The planets revolve by themselves and around the sun so if you mean just a rotation of a planet then no. If you mean around the sun it depends on how your thinking about it. If you're talking about 365 earth days, then no. Each planet moves at a different speed around the sun and the farther from the sun, the slower the rotation.
Each year, the planet moves one full rotation around the sun, a movement. Each day, the planet revolves once, that's why in the day there is light because you are facing the sun, but when the earth revolves some more it is facing away from the sun eliminating the sun's light.
The following is the number of days (approximately) that it takes for each planet to orbit the Sun: Mercury 87.6 Venus 222.65 Mars 686.2 Jupiter 4,332.55 Saturn 10,749.25 Uranus 30,685.55 Neptune 60,188.5
No, the planet with the shortest revolution does not necessarily have the shortest rotation. Revolution refers to the time it takes for a planet to complete one orbit around the sun, while rotation refers to the time it takes for a planet to complete one full spin on its axis. These two periods can be different for each planet.
Every planet has different size and is placed at different distance from the sun. The gravitational pull between the sun and the planet depends upon the distance and size of the planet and hence affects the speed of rotation and revolution of the planet around its own axes as well as around the sun. This specific distance and speed of revolution and rotation locks the planet in its orbit having specific radius which is unique for every planet. This is the reason they have separate path and speed to rotate around its own axes as well as around the sun. , hence they do not collide with each other.
depends on what you mean. The planets revolve by themselves and around the sun so if you mean just a rotation of a planet then no. If you mean around the sun it depends on how your thinking about it. If you're talking about 365 earth days, then no. Each planet moves at a different speed around the sun and the farther from the sun, the slower the rotation.
Because of the difference in speed of rotation of each planet.
Each year, the planet moves one full rotation around the sun, a movement. Each day, the planet revolves once, that's why in the day there is light because you are facing the sun, but when the earth revolves some more it is facing away from the sun eliminating the sun's light.
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One.That is the definition of a rotation. Once around it's axis.See related question for the periods
no they do not
They are the same. The Moon rotates once for each revolution around the Earth.
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
The length of time it takes to complete one full rotation
They intercept each other. =]