The two experiments above were both carried out in sealed containers. If you understand the heat of compression, then you should grasp how it applies to the above experiments.
You are saying that the physics department at the Georgia State University doesn't know what the second law of thermodynamics says?
No, I am saying that you don't know what the Georgia State University is talking about. You have misinterpreted it, taking it out of the context of the discussion that they present.
What I am saying is that your entire basis of knowledge is on a single page presented by the Georgia State University.
What I am saying is that, unfortunately for your, the Georgia State University made an error in wording that has led to your confusion.
What I am saying is that you have no understanding of the fundamental measurements of energy in physics so you are prone to misunderstanding of what the terminology means.
On the other item, by all means, show us the calculations that show amount of heat that resulted from the measured pressure rise.
Oh, that's right, you don't actually have any proof that all the experiments were done in sealed containers nor have you made the calculations that prove that the temperature rise was due to pressure change. Nor can you explain, then, given that CO2 does absorb IR, how much of the temperature rise was due to pressure change and how much was due to the IR absorption.
Oh, and that is just assuming that your concept is even functional.
What you fail to understand is that your concept is not functional because you don't understand how thermodynamics functions and the conditions necessary to yield increased temperature from pressure. What you are confused about is that the experiments don't create pressure that then results in heating. Rather, even if your concept is marginally correct in the containers being sealed, it is the heat that is absorbed by the CO2 that results in a pressure change. This would then be actual demonstrated evidence that, in fact, the gas got hot as expected and that CO2 is a green house gas.
Ah, what the hell.
Here is how it works. A cylinder containing gas is compressed. The work that goes into the compression of the gas is turned into heat.
Here is the situation you are trying to apply it to. A cylinder containing CO2 is heated by shining IR at it. As the temperature increases, the pressure in the cylinder increases.