How can we understand how the air around us rises and warms?
We think of air as a thin layer of plastic. About the size of a large balloon, this invisible balloon is called a "spot", a piece of air. The air package can expand and contract freely, but neither the external air nor the air
The heat is able to mix with the air inside. As the piece moves, it does not break, but remains as a single unit. At Earth's surface, the package has the same temperature and pressure as the air around it. Let's say we lift the package because when we go into the atmosphere, it decreases. As a result, as the package increases, it enters an area where the air pressure is around it. For lower pressure values, the molecules of the package inside the hidden walls push outward. Since there is no other source of energy, the air molecules inside the package use some of their energy to expand, this loss of energy indicates that the molecular speed is slower, which indicates a lower temperature. Hence, any air that rises all the time expands and cools. If it decreases depending on the surface of the earth, it brings it to an area. Where the air pressure is higher, the pressure outside is higher (compressed). Its original size (smaller) should be closed. Because the air molecules become faster, the speed after the collision of the two sides of the package collapses, the average speed of the molecules goes inside; For example, a ping pong ball moves faster. After hitting the paddle that is moving in that direction. This increase is shown in the molecular speed. Warm temperatures hence any air that sinks. The compression that decreases as we go up into the atmosphere. As a result, as the package rises, it enters an area where the air pressure is around it.
Abbas Kashani
of course this is all driven by gravity. The heavier and lighter portions of the atmosphere compete for how close they can get to the center of the earth and the heavier win.
Dear Philip Rolfe
CCHEM MRSCRheology Product Manager (USA) and Rheology Sales Manager (Northeast and Intermountain Regions) at Netzsch Instruments Inc.
United States
Hello and polite and respectful, thank you for your complete answer. Thank you Abbas
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