If one mole of the polyatomic gas is having two vibrational modes and $\beta$ is the ratio of molar specific heats for polyatomic gas $\left(\beta=\frac{ C _{ P }}{ C _{ v }}\right)$ then the value of $\beta$ is:
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The temperature of the mixture of one mole of helium and one mole of hydrogen is increased from ${0^o}C$ to ${100^o}C$ at constant pressure. The amount of heat delivered will be ...... $cal$
The following sets of values for ${C_V}$ and ${C_P}$ of a gas has been reported by different students. The units are $cal/gm-mole-K.$ Which of these sets is most reliable
When one mole of monatomic gas is mixed with one mole of a diatomic gas, then the equivalent value of $\gamma$ for the mixture will be (vibration mode neglected)
Molecules of an ideal gas are known to have three translational degrees of freedom and two rotational degrees of freedom. The gas is maintained at a temperature of $T$. The total internal energy, $U$ of a mole of this gas, and the value of $\gamma\left(=\frac{ C _{ P }}{ C _{ v }}\right)$ given, respectively, by
In kinetic theory of gases, a molecule of mass m of an ideal gas collides with a wall of vessel with velocity $V.$ The change in the linear momentum of the molecule is