Calculate the volume occupied by 250 moles of water vapor at STP, assuming ideal gas behavior.

At the same temperature and pressure and volume of two gases, which of the following quantities is constant

The equation of state of a gas is given by $\left( {P + \frac{{a{T^2}}}{V}} \right){V^c} = \left( {RT + b} \right),$ where $a,b,c$ and $R$ are constants. The isotherms can be represented by $P = A{V^m} - B{V^n},$ where $A$ and $B$ depend only on temperature and

The average kinetic energy of a gas molecules is

The relation between the gas pressure $P$ and average kinetic energy per unit volume $E$ is

If 90 g of water is converted to steam at STP and behaves ideally, what volume will it occupy?

A gas is filled in a closed container and its molecules are moving in horizontal direction with uniform acceleration. Neglecting acceleration due to gravity, the pressure inside the container is

The average translational kinetic energy of a hydrogen gas molecules at NTP will be

[Boltzmann’s constant ${k_B} = 1.38 imes {10^{ - 23}}J/K$]

The kinetic energy of translation of $20\;g$ of oxygen at ${47^ \circ }C$ is (molecular wt. of oxygen is $32\;g/mol\;$ and R = $8.3J/mol/K$)

The mean kinetic energy of one mole of gas per degree of freedom (on the basis of kinetic theory of gases) is

Which of the following is NOT an assumption of the kinetic theory of ideal gases?