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Can I ask you a simple question to gauge your understanding of the basics?
Where does blackbody radiation come from? A gas is the simplest example.
Bonus points for describing why CO2 backradiation is different.
Blackbody radiation comes from things that don't exist. It's a theoretical only concept from which inferences about radiation can be made for things that do exist.
Backradiation is very simple. It's the back towards earth vector of the omnidirectional radiation given off by GHG molecules returning to a stable state after absorbing a photon of long wave radiation due to, and coming from, the absolute temperature of mother earth.
GHGs have has always been part of earth's ecosystem. They are what keeps earth's average temperature above freezing. They are the reason why conditions on earth favored the development of carbon/water based life.
Thank you for answering.
Did the question illustrate to you that there are significant gaps in your understanding of thermodynamics? Did you notice that one dealt with kinetic energy and the concept of temperature while the other was more focused on specific quantum absorption and emission? Were you satisfied with your understanding of the origin of BB radiation?
The simplist model is a body in space in which something restricts radiation out.
Next are climate models. Long term average weather.
Most complex are long term dynamic weather models.
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