What would happen to the air temperature of a descending mass of air?

Answer 1

Descending cold air masses do not warm much until they contact the ground. Envision a smoke plume. It doesn't disperse much as it is rising because only the outer layers are cooling. When the center cools and neutral buoyancy is achieved, the smoke finally begins to disperse, giving the mushroom effect. Inverting this vision, you can see that the ground forces dispersion, whether temperature and density equilibrium is achieved or not.

Answer 2

When cold air sinks, the air moves from a low-pressure environment at high altitude to a high pressure environment at the surface. In the processes the air compresses and heats up. And if it falls at a high velocity, the air will compress at a faster rate it will simply increase the rate of heating the air in question. Simple physics, compressed matter releases energy in the form of heat. And farther it falls, the higher the rate of compression.

Answer 3

Depends how high it is!
But in the lower atmosphere it would get warmer.
Look at this page and you can see that the ambient temperature of the air is changing all the way up to space! So depending on where your air starts depends whether it cools or warms
http://apollo.lsc.vsc.edu/classes/met130/notes/chapter1/vert_temp_all.html

Answer 4

Any wound, no count if stitched or not, heals greater useful and swifter whilst this is roofed with a sterile bandage. opposite to primary thought, leaving it uncovered to the air would not help. quite, it will boost the probability of micro organism entering touch with the wound, which might purely extend therapeutic.