The kinetic molecular theory predicts that the pressure rises as the temperature of a gas increases because:
a. the average kinetic energy of the gas molecules decreases.
b. the gas molecules collide less frequently with the interior wall.
c. the gas molecules collide more frequently with the interior wall.
d. the gas molecules collide more energetically with the interior wall.
e. both c and d above are true.

In fact, the kinetic molecular theory predicts that when the temperature of a gas increases, the speed of the molecules increases. This means that the particles are more energetic and move faster, and there are two consequences of this:

1) Since the molecules move faster, they collide more frequently with the walls of the container (option c)

2) Since the molecules are more energetic, they collide more energetically with the walls of the container (option d)

As a result, the pressure of the gas increases. So, both options c and d are correct.

priyankatutor priyankatutor · Answer 2 · 2022-01-25T07:34:52+01:00

The pressure rises with an increase in the temperature of the gas. The correct answer is because the gas particles collide more frequently and energetically. Option E is correct.

What is the kinetic molecular theory?

This theory predicts the gas particles as tiny solid, spheres that are always in random motion.

The gas particles absorb the heat energy, this energy increase the kinetic energy of the particle.

This results in the collisions of the particles with others and the wall of the container.

Therefore, the pressure rises with an increase in the temperature of the gas.

Learn more about kinetic molecular theory:

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