Gases tend to behave non-ideally at low temperatures and high pressures. The deviation from ideal behaviour can be explained by considering two types of corrections. They are volume correction and pressure correction. Which assumption of kinetic theory is not followed when a real gas shows non-ideal behaviour ?

Gases tend to behave non-ideally at low temperatures and high pressure

1.	Gases tend to behave non-ideally at low temperatures and high pressures. The deviation from ideal behaviour can be explained by considering two types of corrections. They are volume correction and pressure correction. Which assumption of kinetic theory is not followed when a real gas shows non-ideal behaviour ?
Answer» Gas molecules move at random with no attractive forces between them The velocity of gas molecules is DEPENDENT on temperature Amount of SPACE occupied by a gas is much greater than that by ACTUAL gas molecules During collisions with the walls of the CONTAINER or with another molecules, ENERGY is conserved Solution :Real gases have IMF.