Chapter 13: Problem 54
Consider the transition state for a chemical reaction. (a) What is it (define it). (b) Can there be only imminent bond breaking in a transition state? Explain.
Chapter 13: Problem 54
Consider the transition state for a chemical reaction. (a) What is it (define it). (b) Can there be only imminent bond breaking in a transition state? Explain.
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Get started for freeA student says that an exothermic reaction will always have a larger rate constant \(k\) than an endothermic one and will thus always be faster. What is wrong with her line of reasoning?
Which of the following will slow down a chemical reaction? (a) Increase concentration of reactants. (b) Add catalyst. (c) Decrease temperature. (d) All of the above.
Chemical companies invest a considerable amount of time and energy in search of better catalysts for their chemical processes. Explain how this investment might pay off.
Explain the difference between the energy factor and the orientation factor in the equation for reaction rate (Equation 13.1).
True or false? The orders in a rate law are equal to the balancing coefficients in the slowest elementary step in a mechanism.
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