== == Coriolis Effect Hope it helps.. :)
an energy transfer, with heat energy moving away from the equator
The equator is very hot. The closer the the equator, the warmer you are! If you are very far away from the equator like the north or south pole, it will be cold.
The amount of water moving toward a beach, and the underwater terrain moving away from the beach.
Due to the doppler effect, objects moving toward us will be slightly more red than what they actually are, and objects moving away will be slightly more blue. Think of it like a siren coming toward you and moving away from you. If it is moving toward you, it will be slightly higher than what it really sounds like. If it is moving away it will have a slightly lower pitch.
By using the Doppler effect
How close and far something is from you.
The Doppler Effect.
The Doppler Effect See related link
Ocean currents moving away from the equator bring warm waters.
On the surface of the planet, we experience day and night, as the Sun seems to move across the sky from east to west. This is actually the Earth spinning counterclockwise, west to east, as viewed from a point above the North Pole. Since the Earth is moving fastest at the equator, moving objects are affected by the rotation as they move toward or away from the equator. Their paths seem to turn to the right (north of the equator) or left (south of the equator), but these are actually straight paths that curve as the Earth spins. This is called the Coriolis effect.
They are very light if at all, most of the winds at the equator are going straight up due to the amount of heating.
Its called the doppler effect.
As you move from a pole toward the Equator the Earth's spin will act against the force of gravity, so that the net gravity will fell less as you approach the Equator. As you move away from the equator towards a pole (as in moving south, when in southern hemisphere), the spin effect becomes less, so the feel of gravity will increase. The amount of change is slight. Also, the equator is a little farther away from the center of mass than the pole, making the gravitational pull at the equator a little less, as well.