The air moves in a circular motion making a swirl around the equator. by: Unknown assasin
If Earth did not rotate the air that the equator would not move. The hot air at the equator would be stuck there.
Air would rise and move toward the poles
like any mountain when TWO earth plates move together
Languidly.
That would be muscle tissue.
They are very large. In fact, they take up so much of the owl's skull that there is no room for the muscles (such as human beings have) to move the eyes around. This is why an owl is able to swivel its head around to such a great extent (almost 180 degrees) On average, owls can rotate their heads 270 degrees. If humans had eyes in proportion to an owls, our eyes would be the size of saucers. NF
That would be "nomads".
it wouldn't move and we would die
If the Earth did not rotate, convection currents would move in one straight path, from the equator to the North Pole and back again. The rotation of the Earth causes this path to be skewed so that currents move in smaller circles between these areas. This is called the Coriolis Effect.
You would move farther away from the equator because of the tilt of Earth's axis.
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.
There is no more reason to make you move on the equator as there is at any other point on Earth. Your question is strange and meaningless.
The Earth's atmosphere moves right along with the Earth. If it didn't, then anybody standing on the equator would be standing in a 1,000 mph wind !
At the equator, the earth's rotational velocity is 1,674.4 km/h, or 465.1 m/s. (That's kilometers per hour, and meters per second)
Well, Not all places it would, At equator it would be hot where as as move to pole the inclination of the sunrays will increase and so the temp. decreases.
the equator the equator
we would have no days. 'Rotation' usually has to do with the Earth about its own axis. Mercury does not rotate about its own axis, it always has the same face to the Sun. It is thus called a Dead Planet. Our Moon does the same. It always has the same face towards the Earth. The opposite side is called the Dark Side of the Moon. If the Earth did not rotate about its own axis this would effect daily weather patterns and the Jet Stream. The air above the equator moves at the speed of rotation or about 1000 mph and is warmed by the sun. The air above each of the poles has no such speed and is much cooler. So air near the equator tends to rise and speed up and the air near the poles tends to sink and cool. This creates a planetary circulation called the Jet Stream. If the Earth did not rotate in this way I think the equator on the side facing the Sun would be much warmer and the poles and Dark Side would be much cooler. But since there would be no rotation about an axis there would be no poles just a region with less light and less heat. The air near the Sunny Side would rise and move outward towards the cooler regions and the air in the cooler regions would flow near the surface of the Earth and cool the surface quite differently.
around what? if its earth then it would rotate on its axis and and if ur talkin bout the revolution then if it is before earth (Venus, Mercury) then it wouldn't orbit around earth they would only orbit the sun and Venus would orbit mercury. and all of the planets after earth (Mars, Jupiter, Saturn, Uranus, Neptune, others) they would orbit the sun and all the planets before them. but all planets rotate on their axis but it may take shorter or longer time to rotate once than how long it takes for earth to rotate on its axis once.
At the equator, just like when a basketball spins on your finger, the poles don't move and the middle moves fast.