What is the difference in the pressure-volume | vedclass

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(D) For an ideal gas,the product $PV$ is constant at a constant temperature $(T)$,resulting in a rectangular hyperbola. For a real gas,deviations occu

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The real gas curve deviates from the ideal gas curve due to intermolecular forces and molecular volume.

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(D) For an ideal gas,the product $PV$ is constant at a constant temperature $(T)$,resulting in a rectangular hyperbola. For a real gas,deviations occur due to intermolecular forces of attraction and the finite volume of gas molecules. At low pressures,attractive forces dominate,making the volume smaller than expected for an ideal gas. At high pressures,the finite volume of molecules dominates,making the volume larger than expected. Therefore,the real gas curve deviates from the ideal gas curve.

What is the difference in the pressure-volume $(P-V)$ graph (at constant $T$) for a real gas and an ideal gas?

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Compressibility factor,$Z$,of a gas is given as $Z = \frac{pV}{nRT}$.
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