The word "Rotate" spins into mind.
When a planet spins on its axis it is said to rotate. (Think of a top.)
Said object is not moving
Thomas Edison.
It won't be located on any of the axis. It would be said to be on x-axis or on y-axis (or) it would be said to be the origin accordingly.
I believe no scientist said exactly this. It is the (two) electrons in the same orbital that must have opposite spins. And the scientist who said that was Wolfgang Pauli in 1925. (Pauli exclusion principle)
Uranus is sometimes referred to as the "sideways planet" because it spins on an axis that is tilted almost 98 degrees
The vertical axis is a reference axis usually denoted as y-axis in Cartesian co-ordinate system. It can be said that a vertical axis is the axis perpendicular to a reference horizontal surface.
Such an object is said to be in free fall.
The object is said to be in free fall.
The object is said to be in free fall, such as in orbit.
Wobble refers to the rotary motion of an object - on a axis of any angle, has a lopsided or off-balenced hemisphere or side(or multiple sides). When this object is in motion it will move in an uneven fashion everytime this particular hemishere(s) travels around said axis. This is probably the true reason the Earth has tides in its oceans, due to "planitary wobble". kiss me you fool
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.