When does the motion of one particle of gas affect the motion of another particle of gas

Kinetic Molecular theory stated that gas particles are in constant motion and exhibited elastic collisions

Explanation:

Kinetic Molecular theory used to explain both Charles’s laws of motion and Boyle’s law of  motion. By the end of the 19th century scientists accepted the atomic theory of matter..the kinetic molecular theory of gases scientists observed the movement of particles of gases.The following points explains the movement of gas particles.

1.The volume of space occupied by a gas particle is compared with itself.

2.The gas particle exert no attractive force on their surroundings

3.The gas particle are in state of constant random motion and move in a linear way until it   collides with another particle.

4. The collision of gas particles exhibits elasticity.i.e., when two molecule of gases collide with  one another the total energy is conserved

5. The absolute kinetic energy of gas particles  is directly proportional to its  temperature alone.

amber has allowed scientists to study dna that has been preserved over millions of years.