It is found that real gases do not obey ideal gas equation perfectly under all conditions.
b) Why do real gases deviate from ideal behaviour?

It is found that real gases do not obey ideal gas equation perfectly under all conditions. c) What are the conditions under which real gases approach ideal behaviour?

Real gases deviate from ideal behaviour . b) When do real gases deviate from ideal behaviour?

What are the conditions under which real gases approach ideal behaviour?

Give reasons for the deviation of real gases from the ideal gas behaviour.

The combination of Boyl's law, Charle's law and Avogadro's law is known as ideal gas equation. But the real gases deviate from ideal behaviour.

How does an ideal gas differ from a real gas?

The combination of Boyl's law, Charle's law and Avogadro's law is known as ideal gas equation. But the real gases deviate from ideal behaviour. Name the above equation.

A high pressure and low temperature attractive forces between molecules become significant, the volume of a real gas is less than that of an ideal gas. Comment on the fact that there is a deviation from ideal behaviour at high pressure and low temperature.

Real gases deviate from ideal behaviour . a) What are the two wrong postulates of kinetic theory of gases, responsible for deviation of real gases from ideal behaviour?