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Using the concept of kinetic theory …

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Using the concept of kinetic theory of gases derive the expression for pressure of a gas exerted In The Wall of its container
  • 3 answers

Sudarshan Sharma 5 years, 1 month ago

One more thing add the the velocity of all the dimension of the molecules. It means let v1 is velocity in One Direction v2 in y and v3 in z then v1square +v2 square +v3square is the the total velocity. Now substitute it in the equation you will get m*vsquare/2/ here v is the total velocity of one molecule

Sudarshan Sharma 5 years, 1 month ago

2l/v time for 1 collisions then v/2l for collisions in one second v/2l*2mv=mv*v/l change in momentum in 1 second now force on wall by one molecule is change in momentum =mv*v/2l where v is the velocity of a molecule in one dimension similarly you can add the momentum change of all n molecules to get the total force.

Sudarshan Sharma 5 years, 1 month ago

It's pretty long
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