Air in the atmosphere moves around the world in a pattern called global atmospheric circulation. Even with disruptions like weather fronts and storms, there is a consistent pattern to how air moves around our planet’s atmosphere.

that air moves from high to low pressure; that air moves anticlockwise around a low pressure centre and clockwise around a high pressure centre in the northern hemisphere as a result of the earth’s rotation; movement of air due to temperature differences is known as convection or advection (see also lesson 2);

Air rises at the equator, but as it moves toward the pole at the top of the troposphere, it deflects to the right. (Remember that it just appears to deflect to the right because the ground beneath it moves.) At about 30°N latitude, the air from the equator meets air flowing toward the equator from the higher latitudes.

4,200,000,000 cubic kilometers

Mesosphere

If our planet were to lose gravity for even five seconds, it would spell the end of life on Earth as we know it. Gravity pulls objects toward one another. The more massive an object is, the stronger its gravitational pull. Without gravity, humans and other objects would become weightless.

In order to have reverse gravity, you would need to have a repulsive effect. So, no. Reverse gravity isn’t possible. What you can do is simulate gravity using centripetal force, which is produced by having something rotate about a point in a circular motion (a centrifuge).

The better news is that there is no science that says that gravity control is impossible. First, we do know that gravity and electromagnetism are linked phenomena. Another way is through new theories from quantum mechanics that link gravity and inertia to something called “vacuum fluctuations.”

Q: can people defy the law of gravity by means of levitation , balance or magnetice devices. Near Earth, we cannot ever escape the pull of gravity. However, small objects can be levitated by using an effect called diamagnetism.