1. Which action between Mg ribbon and HCI will NOT increase the rate of reaction? A. Increase the temperature B. Cut the Mg ribbon C. Increase HCI concentration D. Coil the Mg ribbon 2. Why does high concentration increase reaction rate? A. It lowers the activation energy B. It decreases the frequency of particle collisions C. It increases the amount of reactants D. It decreases the energy of particle collisions
1. Which action between Mg ribbon and HCI will NOT increase the rate of reaction? A. Increase the temperature B. Cut the Mg ribbon C. Increase HCI concentration D. Coil the Mg ribbon 2. Why does high concentration increase reaction rate? A. It lowers the activation energy B. It decreases the frequency of particle collisions C. It increases the amount of reactants D. It decreases the energy of particle collisions
Chapter8: Reaction Rates And Equilibrium
Section: Chapter Questions
Problem 8.15E
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