In a chemical reaction mechanism the rate of the overall chemical reaction is determined by the rate determining elementary step. Ts

Excerpt
Step 2: C4H9+ + H2O → C4H9OH2+ (fast) Step 3: C4H9OH2+ + H2O → C4H9OH + H3O+ (fast) Overall: C4H9Br + 2H2O → C4H9OH + H3O+ + Br− b. What is the rate law of the overall reaction? c. Identify any intermediates in question 6?

In a chemical reaction mechanism the rate of the overall chemical reaction is determined by the rate determining elementary step. Ts elementary step is the one that occurs mostly slowly out of all the elementary steps in the process. Once ts step is identified one uses the coefficients of the reactants as the order of these reactants in the rate law. a. For the proposed mechanism below write out the chemical equation for step 1 using the given equations for steps 2 and 3 and the overall equation. The relative rates of each step are also provided. Step 1: ? (slow) Step 2: C4H9+ + H2O → C4H9OH2+ (fast) Step 3: C4H9OH2+ + H2O → C4H9OH + H3O+ (fast) Overall: C4H9Br + 2H2O → C4H9OH + H3O+ + Br− b. What is the rate law of the overall reaction? c. Identify any intermediates in question 6?

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