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Peace
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This Blog is created to stress the importance of Peace as an environmental directive. “I never give them hell. I just tell the truth and they think it’s hell.” – Harry Truman (I receive no compensation from any entry on this blog.)
I would expect about now the understanding of why heat builds on Earth as carbon dioxide builds in the troposphere would start to become self evident.
PV = nRTemperature
The Ideal Gas Law
n = the number of moles of gas in a volume under a specific pressure acted on by a known (R) quantity and TEMPERATURE.
This is an equilibrium reaction. As commodities on the right side of the equation change the commodities on the left hand side of the equation change and then in turn there is again changes on the right hand side of the equation.
As the moles (number of molecules) of carbon dioxide goes up, the volume found in the troposphere changes, which in turn acts on the temperature due to the equilibrium dynamics of Earth and it's chronic 'feed back loop' of infrared with ever increasing carbon dioxide.
Within this equation is one that is more complex. It is called Dalton's Law of Partial Pressures (click on). Basically, it says this:
"...that the identity of a gas is unimportant in determining the P-V-T properties of the gas. This behavior means that a gas mixture behaves in exactly the same fashion as a pure gas...."
The troposphere of Earth is a gas mixture containing water vapor. What causes weather on Earth? Carbon dioxide? No. Water. What molecule has an incredible dynamics in the range of heat reaction? Carbon dioxide? No. Water. What does carbon dioxide do? It vibrates and returns 'radiant' heat of infrared to Earth to warm the planet. What mechanism 'holds' the heat in the troposphere? Carbon dioxide? No. Water.
As Dalton's Law predicts, it does not require a particular gas property to understand the 'balance' of the entire gas mixture. In this case, the properties of carbon dioxide are complimented by mixing with water and creating a troposphere that nurtures biota. As the carbon dioxide increases in the troposphere the compliment with water vapor increases revealed in the 'hydrological' reaction relationship between the properties of carbon dioxide and water.
Earth's troposphere has a mixture of gases. It is in an equilibrium distribution. The entire planet is served by this relationship of Greenhouse Gases and water. When water vapor is present in the form it takes on Earth, it is complimented by a mixture of gases that provides the radiant heat to enable a planet which by nature is ice to be a lush forest of life as we have come to know it.