In the atmosphere, warm surfaces can heat the air above them. High pressure in the atmosphere is what causes the air to rapidly heat.
Lightning causes atmospheric air to be rapidly heated.
As air becomes cooler, it becomes more dense. As the air become more dense (heavy), it causes the barometer to rise.
Amospheric pressure is caused by the weight of air molecules above it. As elevation increases, fewer air molecules are present. Therefore, atmospheric pressure always decreases with increasing height.
the difference between dry air and atmospheric air is that atmospheric air contains water vapor but dry air contains no water vapor
On a windy day atmospheric pressure decreases because the higher the wind velocity, the lower the air pressure, or atmospheric pressure. This is how chimneys work, the air that moves above the chimney causes low air pressure because of the high wind velocity compared the velocity of the air inside a house. The air inside the house goes towards the low air pressure and takes the smoke with it.
Carbondioxde in atmospheric air amount to about 0.04%.
There are a few causes that lead to atmospheric air to be rapidly heated. Having a fire burning will lead to rapidly heated atmospheric air.
yes, as the particles of air are heated, it moves more rapidly, which causes it to expand
As air becomes cooler, it becomes more dense. As the air become more dense (heavy), it causes the barometer to rise.
Atmospheric pressure
Amospheric pressure is caused by the weight of air molecules above it. As elevation increases, fewer air molecules are present. Therefore, atmospheric pressure always decreases with increasing height.
Warm, moist air that rapidly rises.
No, Holmium is stable in dry air at room temperature but is rapidly oxidized in moist air or when heated.
A mirage is an optical illusion which is caused by atmospheric conditions. This is often due to the refraction of light from the sky by heated air.
It causes rotation of air masses.
When air is heated the particles become excited and move and bounce off of surfaces causes pressure on it's container.
Differences of atmospheric pressures or differences of temperatures of adjacent air masses.
When the substance is too hot it causes air bubbles or moisture pockets to burst and it splatters.