Answered

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Which statement describes gases according to kinetic molecular theory?

A. The gas particles have essentially zero volume and no attraction for one another.
B. The gas particles have a large volume and strong attraction for one another.
C. The gas particles have a large volume and weak attraction for one another.
D. The gas particles have a small volume and strong attraction for one another.

Sagot :

GinnyAnsweridn

Final answer:

The kinetic molecular theory of gases describes gas particles as having essentially zero volume and no attraction for one another, with constant random motion and elastic collisions.


Explanation:

The kinetic molecular theory of gases states that gas particles have an essentially zero volume and no attraction for one another.

According to this theory, gas particles are in constant rapid motion in random directions, and collisions between them and with the container walls are elastic, with no overall loss of kinetic energy.

These postulates help explain the behavior of gases and are fundamental in understanding the properties and characteristics of gases as they relate to the kinetic molecular theory.


Learn more about Kinetic Molecular Theory of Gases here:

https://brainly.com/question/30648725


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