One of the assumptions of kinetic theory of gases is that there is no force of attraction between the molecules of a gas.

State and explain the evidence that shows that the assumption is not applicable for real gases.

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Solution

Real gases can be liquefied by cooling and compressing the gas. This proves that force of attraction exist among the molecules.

$\dots s t H - F \dots S t H H - b o n d s \to - s t F \dots s t H - F \dots S t H - s F$

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One of the assumptions of kinetic theory of gases is that there is no force of attraction between the molecules of a gas. State and explain the evidence that shows that the assumption is not applicable for real gases.

Real gases can be liquefied by cooling and compressing the gas. This proves that force of attraction exist among the molecules. ⋯stH−F⋯StHH−bonds→−stF⋯stH−F⋯StH−sF

One of the assumptions of kinetic theory of gases is that there is no force of attraction between the molecules of a gas.

State and explain the evidence that shows that the assumption is not applicable for real gases.

Real gases can be liquefied by cooling and compressing the gas. This proves that force of attraction exist among the molecules.

$\dots s t H - F \dots S t H H - b o n d s \to - s t F \dots s t H - F \dots S t H - s F$