JEE MAIN · PHYSICS · KINETIC THEORY OF GASES
JEE Main Kinetic Theory of Gases Questions & Solutions
15 solved questions on Kinetic Theory of Gases, ranging from easy to JEE-Advanced-flavour hard. Click any to see the full solution.
15 solved questions on Kinetic Theory of Gases, ranging from easy to JEE-Advanced-flavour hard. Click any to see the full solution.
The mean free path increases as the number density of gas molecules decreases.
View solution →The formula for the mean free path $\lambda$ in an ideal gas (number density $n$, molecular diameter $d$) is:
View solution →The mean free path of a gas molecule depends on:
View solution →The molar heat capacity at constant volume $C_V$ for a diatomic ideal gas (ordinary temperatures) is:
View solution →The total number of degrees of freedom of a diatomic ideal gas molecule at ordinary temperatures is:
View solution →The number of translational degrees of freedom of a monatomic gas molecule is:
View solution →At the same temperature, the ratio of $v_{rms}$ for hydrogen to oxygen is:
View solution →For the same gas, the ratio of $v_{rms}$ at temperatures $T$ and $4T$ is:
View solution →The root-mean-square speed of ideal gas molecules of molar mass $M$ at temperature $T$ is:
View solution →In the ideal gas model, intermolecular forces are assumed to be zero except during collisions.
View solution →In kinetic theory, collisions of molecules with the walls of the container are assumed to be:
View solution →In the kinetic theory of gases, gas molecules are treated as:
View solution →At STP, 1 mole of an ideal gas occupies 22.4 L. What volume (in L, to the nearest integer) does 2 moles occupy at STP?
View solution →The SI units of the universal gas constant $R$ are:
View solution →The relation $PV = nRT$ is known as the:
View solution →PrepWiser turns these solved questions into a daily practice loop. Chapter-wise drills, full mocks, AI doubt chat. No auto-renew.
Start free →