According to the kinetic molecular theory, which statement describes the particles of an ideal gas? -1)The gas particles are arranged in a regular pattern-2)the force of attraction between the gas particles are strong-3)the gas particles are hard spheres in continuous circular motion-4)the collisions of the gas particles may result in the transfer of energy

The kinetic molecular theory (KMT) explains the behavior and properties of gases in terms of the energy, the size, and the motion of the gas particles.

In terms of size, according to the KMT the gases are formed by small particles separated from each other in a vacuum. The volume of the particles is negligible and it is considered that they do not occupy any space.

Since the particles are separated they do not exert either attraction or repulsion to each other.

Regarding the motion, the particles are in constant random motion. They move in straight lines until collide with other particles or with the walls of the veseel. The collisions are elastic (the total kinetic energy is conserved). The kinetic energy may be trasferred between the particles, but the total kinetic energy does not change.

The kinetic energy and the temperature are related: the temperature is a measure of the average kinetic energy of the particles of gas. At a given temperature all the gases have the same average kinetic energy.

Now, check every choice:

1)The gas particles are arranged in a regular pattern:

False. The particles occupy all the volumen and are in random motion.

2) The force of attraction between the gas particles are strong:

False. The particles are separated and they do not exert any force on each other.

3) The gas particles are hard spheres in continuous circular motion.

False. The particles travel in straight until they collide.

4) The collisions of the gas particles may result in the transfer of energy.

True. When particles collide they may transfer kinetic energy but the total kinetic energy is conserved.

genewho genewho · Answer 2 · 2022-03-18T13:51:19+01:00

The kinetic theory of gases explains the properties of the ideal gas and it argues that the collisions of the gas particles may result in the transfer of energy.

What is kinetic molecular theory?

It postulates that matter is made up of a set of particles known as atoms or their molecules, which are constantly in motion.

The basic postulate of the kinetic theory of gases is that the directions and magnitudes of the velocities of the molecules are randomly distributed and the collisions between particles and with the walls of the container are considered perfectly elastic, that is, energy can be transferred.

Therefore, we can conclude that ideal gas collisions between molecules and the walls of the container that contains them are elastic; that is, the collisions of the gas particles may result in the transfer of energy.

Learn more about kinetic theory of gases here: brainly.com/question/2890791