Gas molecules move with the same speed, known as the r.m.s. speed

Gas molecules are in constant free random motion

Collisions between gas molecules are perfectly elastic

The size of a gas molecule is negligible compared to the distance between gas molecules

Pressure is directly proportional to the absolute temperature.

Pressure is inversely proportional to volume

Volume is directly proportional to the absolute temperature.

Volume is directly proportional to pressure.

All gases are made up of identical atoms or molecules.

The intermolecular forces are negligible except during collisions.

The molecules undergoes inelastic collisions with one another.

The volume of the atoms or molecules is negligible when compared to the volume occupied by the gas.

molar mass ; temperature

temperature ; molar mass

temperature ; pressure

pressure ; temperature

$$22.4km^3$$

$$22.4cm^3$$

$$22.4mm^3$$

$$22.4dm^3$$

absolute temperature

pressure

volume

degree of freedom

2

3

5

6

at rest

0

∞

$$\sqrt{\frac{8KT}{m\pi}}$$

Can't say anything

Volume of gas chamber

Density of gas

Density of glass of chamber

speed of gas molecules

Energy of the system of particles is equally distributed amongst various degrees of freedom

energy possessed by each particle in each degree of freedom is KT/2

All the above

J/kg/K

erg/gm/K

erg/Kg/K

All the Above

$$\sqrt{\frac{3kT}{m}}$$

$$\sqrt{\frac{3kT}{m\pi}}$$

$$\sqrt{\frac{8KT}{m\pi}}$$

$$\sqrt{\frac{2kT}{m}}$$

1.8X10¹¹

1.02X10¹¹

6.02x10²³

3.2x10²³

1.3

1.5

1.4

1

0.63x10^-6 m

2.6x10^-6 m

10.61x10^-6 m

6.6x10^-6 m

2069.75J

1688.75J

1869.75J

1695.5J