Which of the following statements reasonably explains why this reaction has a low activation energy? View Available Hint (s) The small NO and F2 molecules have little steric hindrance; therefore random collisions occur more frequently. The formal positive charge on the NO molecule is attracted to the formal negative charge on the F2 molecule, so the driving force for the formation of the transition state is greater than simple random collisions. Because this reaction is only bimolecular, the frequency of random collision is very high. Due to the type of bonds being broken and formed in the transition state the stability of this transient structure is relatively high.

Question

Chemistry

Rayna Stark

31 March, 13:45

Which of the following statements reasonably explains why this reaction has a low activation energy? View Available Hint (s) The small NO and F2 molecules have little steric hindrance; therefore random collisions occur more frequently. The formal positive charge on the NO molecule is attracted to the formal negative charge on the F2 molecule, so the driving force for the formation of the transition state is greater than simple random collisions. Because this reaction is only bimolecular, the frequency of random collision is very high. Due to the type of bonds being broken and formed in the transition state the stability of this transient structure is relatively high.

+5

Answers (1)

Know the Answer?

Jenna Wilkerson · Answer 1

Answer;

Due to the type of bonds being broken and formed in the transition state the stability of this transient structure is relatively high.

Explanation; The equation for the reaction is; NO (g) + F2 (g) →NOF (g) + F (g) All chemical reactions, including exothermic reactions, need activation energy to get started. Activation energy is the minimum amount of energy required for the reactants to move together, overcome forces of repulsion, and start breaking bonds. When molecules collide, the kinetic energy of the molecules can be used to stretch, bend, and ultimately break bonds, leading to chemical reactions.