Rotation is a spin on the objects axis, revolution is an object orbiting another object.
Absolutely. Spin creates centrifugal force, which actually works against gravity. When a object on a planet spins with the planet, the spin of the planet is constantly trying to fling said object off into space, where as gravity is constantly forcing the object toward the spinning body. If the spin became so great that it overcame the gravitational pull, the object would be flung into space. While spin does not actually affect the gravity of an object, it can reduce the amount of gravity an object on the surface experiences.
More space?
Teflon and corningware are a space spin off because they were invented to help the space program and then people saw uses for them in the kitchen.
Yes, just about any object in the Solar System - or in space in general - spins. Some faster, some slower.
The spin occurs on an object when a force is applied anywhere except for its center of mass.
A wheel is a round object that can spin
230 spin offf in the world hava
Basically in empty space.
When an object is thrown, any slight differences in force or direction on different sides of the object cause it to rotate around its center of mass. This rotation is due to the conservation of angular momentum, as the object's initial spin will continue unless acted upon by an external force.
The object's "volume".
100% when you spin the spin it stops on a space. The odds of landing on a certain space are controlled by your spin. You may not hit the $5,000 but you can spin to be closer to it than the average odds and cut the odds down to less than 1 in 10 or even 1 in 5
It is called an eclipse.