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(D) According to the Kinetic Theory of Gases,the assumptions are as follows:$1$. Molecules are point masses and move randomly in all directions.$2$. C

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The distance traveled between two successive collisions is called the mean free path.

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(D) According to the Kinetic Theory of Gases,the assumptions are as follows:$1$. Molecules are point masses and move randomly in all directions.$2$. Collisions between molecules and with the walls of the container are perfectly elastic.$3$. There are no intermolecular forces of attraction or repulsion between the molecules.$4$. The molecules move with different velocities,following a Maxwell-Boltzmann distribution.$5$. The average distance traveled by a molecule between two successive collisions is defined as the mean free path.Therefore,option $D$ is the correct statement.

According to the Kinetic Theory of Gases,which of the following statements is correct?

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$A$ $25 \times 10^{-3} \, m^3$ volume cylinder is filled with $1 \, mol$ of $O_2$ gas at room temperature $(300 \, K)$. The molecular diameter of $O_2$ is $0.3 \, nm$ and its root mean square speed is $200 \, m/s$. What is the average collision rate (per second) for an $O_2$ molecule?

What is mean free path? Derive the equation for the mean free path.

An ideal gas $A$ and a real gas $B$ have their volumes increased from $V$ to $2V$ under isothermal conditions. The increase in internal energy
[$AIPMT$ $1993$]

The mean free path of gas molecules depends on $(d =$ molecular diameter$)$

Write the equation for the mean free path of gas molecules.

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