The temperature of argon,kept in a vessel,is | vedclass

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(D) Argon $(Ar)$ is a monoatomic gas.For a monoatomic gas,the degrees of freedom $(f)$ is $3$,which corresponds entirely to translational motion.Monoa

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$100\%$ and $0\%$

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(D) Argon $(Ar)$ is a monoatomic gas.For a monoatomic gas,the degrees of freedom $(f)$ is $3$,which corresponds entirely to translational motion.Monoatomic gases do not possess rotational degrees of freedom because they are point-like particles.Therefore,the total heat supplied to the gas at constant volume is used entirely for increasing the translational kinetic energy.The share of translational energy is $100\%$ and the share of rotational energy is $0\%$.

The temperature of argon,kept in a vessel,is raised by $1^\circ C$ at a constant volume. The total heat supplied to the gas is a combination of translational and rotational energies. Their respective shares are

Similar Questions

An ideal gas is made of polyatomic molecules. Each of the molecules has three translational, three rotational and $f$ number of vibrational modes. If the ratio of heat capacities $C_p/C_v$ of the gas is $8/7$, then the value of $f$ is:

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When the temperature of a gas is increased,does the degree of freedom change?

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