no
Well, my planet spins at about 1,038 miles per hour. But I don't know about yours.
The size of the planet doesn't have an effect on how fast a planet spins, therefore the speed to spin is random or has some other factor.
Saturn's rings have a minimal effect on the planet's spin rate. The rings actually rotate at the same rate as the planet's equator due to gravitational forces, so they do not significantly alter Saturn's overall rotation speed.
Actually, the 4th planet away from the Sun (Mars) spins about the same speed as Earth.Here is the link to the NASA website:http://www.nasa.gov/worldbook/mars_worldbook.html
The planet Uranus spins on its side.
If you have different axles that are powered by different motors, you will simply have to regulate the speed of the motors to be equal in order to get them to spin independently at the same speed.
Anticlockwise. And if it is in the same direction as its orbit, Prograde spin.
spin rate depends on the RPM of the entire device turning it. If both are turning at the same RPM, they both spin the same speed.
The rotation of the planet on its axis of spin. The spin is responsible for the day and the night.
The time taken for a planet to spin on its axis is called a "day." Specifically, it refers to the period it takes for the planet to complete one full rotation relative to the stars, known as a "sidereal day," or relative to the sun, known as a "solar day." Each planet has a different length of day based on its rotation speed.
yes because they are in the earth
Yes they move more quickly, and the orbital speed is proportional to the inverse square-root of the distance from the Sun. So a planet at a quarter the distance would have twice the speed. That's "revolution" around the Sun, but if the question really means "rotation", then it's about the speed at which a planet spins on its axis. The answer to that is Mercury and Venus spin very slowly. Earth and Mars spin fairly quickly.