10 Questions MCQ Test - Test: Law of Equipartition of Energy
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If a gas has n degree of freedom, ratio of principal specific heats of the gas is
Detailed Solution for Test: Law of Equipartition of Energy - Question 2
Let us consider 1 mole of an ideal gas at kelvin temperature T. It has N molecules (Avogadro's number). The internal energy of an ideal gas is entirely kinetic. The average KE per molecule of a ideal gas is ½ nkT (k is boltzman constant), where n is degree of freedom. Therefore, the internal energy of one mole of a gas would be
Detailed Solution for Test: Law of Equipartition of Energy - Question 7
Degrees of freedom are the ways in which a molecule of the gas can execute motion.
So in case of triatomic gas molecule:
1. It can translate (move) in all 3 dimensions, which accounts for 3 degrees of freedom (since there are 3 dimensions in which it could translate (move)).
2. This molecule can also revolve with Moment of Inertia ≠ 0 around all three axes, x, y, and z, which accounts for another 3 degrees of freedom (since there are 3 axes of rotation).
The average distance a molecule can travel without colliding is called
Detailed Solution for Test: Law of Equipartition of Energy - Question 10
The mean free path is the average distance travelled by a molecule between two successive collisions.
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