CharlesBoles
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Is there a particular narrow band of EM frequencies that nitrogen absorbs to increase its temperature?
Nitrogen (N2) does not absorb infrared radiation, thus it is not classified as a greenhouse gas. The primary source of thermal energy for nitrogen in the atmosphere is the Earth's surface, which is heated by solar radiation and subsequently warms the atmosphere through conduction and convection. The temperature lapse rate is influenced by the fact that more energy reaches the surface than is absorbed by the atmosphere. Additionally, while nitrogen participates in convection, it is not effective at radiating heat, relying on energy exchange with other atmospheric components to maintain thermal equilibrium.
PREREQUISITESAtmospheric scientists, environmental researchers, meteorologists, and anyone interested in understanding the thermal dynamics of the atmosphere.
Mostly from the ground and the oceans. This is the general case for the atmosphere: the vast majority of the solar radiation hitting the planet heats up the surface, and it is the surface that then heats up the atmosphere through conduction (and convection).CharlesBoles said:Thanks, I'm aware of that. What I'm ultimately trying to figure out is where Nitrogen receives its thermal energy from in the atmosphere.
That makes sense and goes a way to explaining the temperature lapse rate. There's a lot more energy reaching the surface than is absorbed on the way through the atmosphere.DrClaude said:Mostly from the ground and the oceans. This is the general case for the atmosphere: the vast majority of the solar radiation hitting the planet heats up the surface, and it is the surface that then heats up the atmosphere through conduction (and convection).
Vanadium 50 said:You seem to be hung up on "nitrogen". That's really not the most important factor (which is that the surface warms and the atmosphere is in contact with it)