Obviously CO2 doesn’t heat anything by itself. It absorbs energy from the sun and then releases it so this is a matter of wording and nitpicking stuff which I’m not interested in discussing.izzy wrote: ↑08 Aug 2019, 14:41V12-POWER wrote: ↑08 Aug 2019, 13:34
Here’s a good site for you to get started.
https://nov79.com/gbwm/gbwm.html
lol what a site . It takes general principles and misapplies them to the specifics of global warming, to push an agenda. Fake science, i bet Donald believes it . Likewell no it's true, the co2 doesn't heat anything - it's the sun that does the heating! The real story is more like"One molecule of carbon dioxide surrounded by 2,500 air molecules is not going to heat anything no matter what else happens."
There are several different types of greenhouse gases. The major ones are carbon dioxide, water vapor, methane, and nitrous oxide. These gas molecules all are made of three or more atoms. The atoms are held together loosely enough that they vibrate when they absorb heat. Eventually, the vibrating molecules release the radiation, which will likely be absorbed by another greenhouse gas molecule. This process keeps heat near the Earth’s surface.
Most of the gas in the atmosphere is nitrogen and oxygen – both of which are molecules made of two atoms. The atoms in these molecules are bound together tightly and unable to vibrate, so they cannot absorb heat and contribute to the greenhouse effect.
And by that logic in that quote we cannot heat oxygen and nitrogen gases? (The atoms are unable to vibrate so they cannot absorb heat)
This my friend is bs. The energy states depends on the speed of the electrons spinning around the core (p+ and n) the article clearly sort of states these molecules are independent one from another and this is really illogical and ignores what’s talked about convection, conduction and radiation (energy transfer)
If you really believe this I’m done here. You can’t have a mass of CO2 at 1000 degrees Celsius and believe it wouldn’t affect what’s nearby.
Put some gas state nitrogen into a previously empty tank but don’t compress it. Then heat the tank. Chances are, when you open the valve, the nitrogen will be at an higher temp than the one it had at the beginning. Mind=blown.
But back to reality, remember oxygen and nitrgen CANNOT absorb heat.