Final answer:
The Gas Kinetic Theory assumes that gas particles have negligible volume, move randomly and rapidly, experience elastic collisions, and have no interparticle attractions, with their average kinetic energy being temperature dependent.
Step-by-step explanation:
When discussing the Gas Kinetic Theory several key assumptions are made about the behavior of gas particles. These assumptions are outlined as follows: Gases consist of a very large number of tiny spherical particles which have negligible volume compared to the empty space between them.Gas particles are in constant, rapid and random motion, with their collisions resulting in no net loss of kinetic energy – these are termed elastic collisions.
There are no forces of attraction or repulsion between the particles, which means their motion is independent of one another.The average kinetic energy of the particles depends on the gas's temperature with higher temperatures correlating to greater kinetic energy.Consequently the best match to these assumptions from the choices provided is c) Random motion and negligible volume of gas particles.