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. Select incorrect statement(s) :

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. Select incorrect statement(s) :
Answer» a)Volume correction is DUE to finite size of MOLECULES and pressure correction is due to force of ATTRACTION between molecules b)At high temperatures, molecules have greater kinetic energy, and attractive forces are smaller and the behaviour of gases is CLOSE to the ideal gas behaviour c)Volume correction is also called covolume or excluded volume and is four times the volume of spherical molecules present in ONE mole of the gas d)At very low pressure, force of attraction is effective and pressure correction needs further resolution. Answer :D