Explaining the Kinetic Gas Equation

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The discussion centers on the kinetic gas equation, which is related to the ideal gas equation derived from kinetic theory. The kinetic gas equation is expressed as pV = nNu², where p represents pressure, V is volume, n is the number of moles, and Nu² relates to the average kinetic energy of gas particles. The ideal gas equation can be derived through both experimental and theoretical methods, with the theoretical approach involving simplifying assumptions and the application of Newton's laws to gas particles. While neither equation is perfectly accurate, they are valuable for understanding gas behavior.
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can any 1 explain me kinetic gas equation!
thanks in advance.:shy:
 
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Hello rohannet,I am assuming you mean the ideal gas equation derived by using kinetic theory.Tell us what you already know and report back.
 
thank u for your interest in my question
i want to tell u that i have fully understood ideal gas equation
this kinetic gas equation is another thing but it also belongs to kinetic theory.
KINETIC GAS EQUATION EQUATION pV=nNu(square)
 
Hello Rohannet,The ideal gas equation is found by two methods.One method is experimental and gives the equation you are familiar with and the second method is theoretical.With the second method certain simplifying assumptions are made and Newtons laws applied to gas atoms moving in a box.The derivation is quite lengthy but you could easily find it with a search.Neither equation is exactly correct but nevertheless they are still useful.
 

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