Respuesta :
The average molecular kinetic energy rises as the reactants are heated. As a result, more molecules are travelling more quickly and colliding with more force. The rate of the reaction increases as more molecules collide with one another and exchange energy.
What is molecular kinetic energy?
These presumptions or postulates serve as the foundation for this theory.
1. Gases are made up of numerous particles that behave like hard, spherical objects moving randomly and continuously.
Before colliding with another particle or the container walls, these particles go straight ahead.
3. The size of these particles is substantially smaller than their separation. Therefore, a gas's majority of volume is made up of empty space.
4. There isn't any attraction between gas atoms or between the atoms and the container walls.
5. Gas particle collisions and impacts with container walls are both completely elastic. When a gas particle collides with another gas particle or the container walls, none of its energy is wasted.
6. The average kinetic energy of a group of gas particles solely depends on the temperature of the gas.
To learn more about molecular kinetic energy from the given link
https://brainly.com/question/134712
#SPJ4
Think about the reactions you have seen in the lab, all reactions were performed at room temperature. If you chose to perform those same reactions with heated solutions; how would that change the reactions?
