An insulated container contains $4\, moles$ of an ideal diatomic gas at temperature $T$. Heat $Q$ is supplied to this gas, due to which $2\, moles$ of gas are dissociated into atoms but temperature of the gas remains constant. Then:
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The change in volume $V$ with respect to an increase in pressure $P$ has been shown in the figure for a non-ideal gas at four different temperatures ${T_1},\,{T_2},\,{T_3}$ and ${T_4}$. The critical temperature of the gas is
At a temperature $T K,$ the pressure of $4.0\,\,g$ argon in a bulb is $p$. The bulb is put in a bath having temperature higher by $50\,\,K$ than the first one. $0.8\,\,g$ of argon gas had to be removed to maintained original pressure. The temperature $T$ is equal to ..... $K$
A flask contains argon and oxygen in the ratio of $3: 2$ in mass and the mixture is kept at $27^{\circ} C$. The ratio of their average kinetic energy per molecule respectively will be ...........
The temperature, at which the root mean square velocity of hydrogen molecules equals their escape velocity from the earth is closest to : [Boltzmans Constant $k_B = 1.38\times10^{-23}\, J / K$ Avogadro number $N_A = 6.02\times10^{26}\, / kg$ Radius of Earth $: 6.4\times10^6\, m$ Gravitation acceleration on Earth $= 10\, ms^{-2}$]