select the statement which does not apply to an ideal gas. a. there are no attractive forces between the gas molecules. b. there are strong repulsive forces between the gas molecules. c. the volume occupied by the molecules is negligible compared to the container volume. d. the gas behaves according to the ideal gas equation. e. the average kinetic energy of the molecules is proportional to the absolute temperature.

If there are no intermolecular attractive forces and all collisions between atoms or molecules are entirely elastic, then a substance is said to be an ideal gas. It can be pictured as a collection of perfectly hard spheres that collide but do not otherwise interact.

Ideal gases' internal enthalpy and energy rely only on temperature, not on volume or pressure. These characteristics of ideal gases can be demonstrated using property relations.

Calculating the volume of gases created or consumed can be done using the ideal gas law. Chemical equations typically translate between volumes and molar quantities using the ideal-gas equation.

The molecules of the gas take up volume because they spread out over a broad area of space, whereas the molecules of an ideal gas are modelled as point particles with no volume on their own.

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