Degree Of Freedom - Practice Questions & MCQ

A mixture of 1 moles of oxygen and 3 moles of argon at temperature. considering only traditional and rotational moles, the total internal Energy of the system is.
(Take Temperate  = T )


 

A mixture of gas consists of 4 moles of oxygen and 6 moles of argon at temperature  T. Consisting only rotation and translation modes, the total internal energy of the system is.



 

The kinetic interpretation of temperature is a fundamental concept in statistical mechanics. Consider two different gases, Gas A and Gas B, at the same temperature. Gas A consists of molecules with twice the mass of those in Gas B. Compare the average kinetic energies of molecules in Gas A and Gas B.

Each atom of mass m of a monoatomic gas has got three degree of freedom. The rms velocity of these atoms is  at a temperature T, which has got five degrees of freedom, rms velocity of molecule is

In a crude model of a rotating diatomic molecule of chlorine, the two chlorine atoms are  apart and rotate about their

center of mass with angular speed  . What is the rotational kinetic energy of one molecule of Cl₂ which has a molar mass of 70g/mol?

In a mixture of gases, the average number of degree of freedoms per molecule is 6 .The rms speed of the molecule of the gas is C. The velocity of sound in the gas is 

 

If the density of a gas at  is  and velocity of sound is  the number of degrees of freedom of gas molecules is - 

Total number of degrees of freedom of a rigid diatomic molecule is -

  of a monatomic gas is mixed with  of a diatomic 8 as. Find out the value of  of the mixture.

The average degree of freedom per molecule for a gas is 6. The gas performs when it expands at constant pressure. The heat absorbed by gas is -