(A) The average kinetic energy of an ideal gas is given by $K.E. = \frac{3}{2} nRT$ for $n$ moles of gas. For $1 \ mol$ of any ideal gas,$K.E. = \frac

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Kinetic energy of $1 \ mol$ of gas depends on mass of the gas molecule.

(A) The average kinetic energy of an ideal gas is given by $K.E. = \frac{3}{2} nRT$ for $n$ moles of gas. For $1 \ mol$ of any ideal gas,$K.E. = \frac{3}{2} RT$. This shows that the kinetic energy of $1 \ mol$ of an ideal gas depends only on the temperature $T$ and is independent of the nature of the gas (mass of the molecule). Therefore,the statement that kinetic energy depends on the mass of the gas molecule is false.

Class 11 Chemistry States of Matter Kinetic molecular theory of gases and Molecular collisions

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Find the false statement for ideal gases.

AP EAMCET 2022 All AP EAMCET

A
Kinetic energy of $1 \ mol$ of gas depends on mass of the gas molecule.
B
Kinetic energy increases with increase in temperature.
C
Kinetic energy of $1 \ g$ of $H_2$ is higher than that of $8 \ g$ of $O_2$ at the same temperature.
D
At a given temperature,kinetic energy does not depend on the pressure of the gas.

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Kinetic molecular theory of gases and Molecular collisions

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Give two unfair assumptions of the Kinetic Molecular Theory of gases. Justify them.

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If the kinetic energy in $J$, of $CH_4$ (molar mass $= 16 \ g \ mol^{-1}$) at $T(K)$ is $X$, the kinetic energy in $J$, of $O_2$ (molar mass $= 32 \ g \ mol^{-1}$) at the same temperature is

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Find the false statement for ideal gases.

Similar Questions

Give two unfair assumptions of the Kinetic Molecular Theory of gases. Justify them.

What is the temperature at which the kinetic energy of $0.3 \ mol$ of helium is equal to the kinetic energy of $0.4 \ mol$ of argon at $400 \ K$ (in $K$)?

$A$ bottle of ammonia and a bottle of dry hydrogen chloride connected through a long tube are opened simultaneously at both ends. The white ammonium chloride ring first formed will be:

At the same temperature and pressure,which of the following will have the highest kinetic energy per mole?

If the kinetic energy in $J$, of $CH_4$ (molar mass $= 16 \ g \ mol^{-1}$) at $T(K)$ is $X$, the kinetic energy in $J$, of $O_2$ (molar mass $= 32 \ g \ mol^{-1}$) at the same temperature is

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