Assuming the expression for the pressure exerted by the gas on the walls of the container, it can be shown that pressure isA. `[(1)/(3)]^(rd)` kinetic energy per unit volume of a gasB. `[(2)/(3)]^(rd)` kinetic energy per unit volume of a gasC. `[(3)/(4)]^(th)` kinetic energy per unit volume of a gasD. `(3)/(2)xx` kinetic energy per unit volume of a gas

Assuming the expression for the pressure exerted by the gas on the wal

1.	Assuming the expression for the pressure exerted by the gas on the walls of the container, it can be shown that pressure isA. `[(1)/(3)]^(rd)` kinetic energy per unit volume of a gasB. `[(2)/(3)]^(rd)` kinetic energy per unit volume of a gasC. `[(3)/(4)]^(th)` kinetic energy per unit volume of a gasD. `(3)/(2)xx` kinetic energy per unit volume of a gas
Answer» Correct Answer - B `P=(1)/(3)pC^(2)=(1)/(3)(M)/(V)C^(2)=(2)/(3)xx((1)/(2)MC^(2))/(V)` `=((2)/(3))^(rd)` kinetic energy per unit volume.

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Assuming the expression for the pressure exerted by the gas on the walls of the container, it can be shown that pressure isA. `[(1)/(3)]^(rd)` kinetic energy per unit volume of a gasB. `[(2)/(3)]^(rd)` kinetic energy per unit volume of a gasC. `[(3)/(4)]^(th)` kinetic energy per unit volume of a gasD. `(3)/(2)xx` kinetic energy per unit volume of a gas
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