Which statement best describes how activation energy influences a reaction? a the greater the activation energy, the greater the enthalpy of reaction. bthe lower the activation energy, the more energy is released. cthe greater the activation energy, the lower the reaction rate. dthe lower the activation energy, the lower the energy of the products.

The correct answer is:C. The greater the activation energy, the lower the reaction rate.
Activation energy simply means the minimum amount of energy needed for the particles to have a successful reaction when they collide. There are two basic factors necessary for a reaction to just take place.
Particles need to collide with each other with minimum amount of energry.They must hit each other in proper orientation. If the particles are colliding each other at proper orientation but not with sufficient energy, then reaction will not take place. Higher activation energy means that more energy will be required for the particles to have a successful collision. Like, combustion. It is generally an exo reaction but still needs heat. It is because activation energy is high. Heat causes particles to gain enough energy to overcome the activation energy barrier. So basically, higher activation energy means slow rate and lower means higher rate

The answer for this is a

The answer is false because: gravitational force is independent of medium and depends only on the masses of the two objects and the distance between them