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Which of the following describes the properties of a gas based on the kinetic molecular theory of gases? The attractive forces between the particles of a gas are quite strong. At higher temperatures, gas particles hit the walls of the container with less force, producing a lower pressure. The actual volume occupied by gas molecules is extremely small compared to the volume that the gas occupies. Gas molecules move in an organized pattern at slow speeds. Submit Request Answer Provide Feedback

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The properties of a gas based on the kinetic molecular theory of gases describes by, at lower speeds, gas molecules circulate in a structured way.

The ideal gas law's findings may be explained at the molecular level by the kinetic molecular theory of gases. The kinetic molecular theory of gases is based on the initial 5 postulates.:

A gas is made up of many molecules, which move randomly and in great numbers.

Since their distance from one another is much greater than their aggregate volume, gas molecules have a relatively small volume.

Whether they are inclined each other or not, structural differences are so minor.

The average kinetic energy of the gas particles is unaffected by collisions between gas molecules and the container walls since gas molecules collide with one another with each other as well.

All gas particles exhibit the same median kinetic energy at a specific temperature. Any gas's typical kinetic energy of its molecules relies only on its temperature.

Therefore Gas molecules move in an organized pattern at slow speeds.

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