Real gases do not follow the ideal gas equation perfectly under all conditions . They show deviation from the ideal behavior when

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?

Real gases do not obey ideal gas equation,

Real gases do not obey ideal gas equation,

The real gases show deviation from ideal gases donot follow Boyle's law, Charles law and Avogadro law perfectly under all conditions. The deviations from ideal behaviour can be measured in terms of compressibility factor, Z which may be defined as : Z=(pV)/(nRT) It has been observed that Z has values greater than and less than one for different gases. The behaviour of some common gases is shown here. If V_(o) is the observed volume of a gas and V_(i) is the ideal gas volume, then Z is

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?

The real gases show deviations from ideal gas behaviour. It is observed that real gases donot follow Boyle's law, Charles law and Avogadro law perfectly under all conditions. The deviations from ideal behaviour can be measured in terms of compressiblity factor Z. what is meant by the term Compressiblity ? (b) What is the value of Compressibility factor for ideal gases and real gases ?

The real gases show deviations from ideal gas behaviour. It is observed that real gases donot follow Boyle's law, Charles law and Avogadro law perfectly under all conditions. The deviations from ideal behaviour can be measured in terms of compressiblity factor Z. (a)what is meant by the term Compressiblity ? (b) What is the value of Compressibility factor for ideal gases and real gases ?

Ideal gas equation strictly obeys gas laws under all conditions of