Review Example 12.14. 1. 2B B₂ 2. B₂+ C B₂C 3. B₂CX+C First, write the rate equation for the rate-determining step. Next

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Review Example 12 14 1 2b B 2 B C B C 3 B Cx C First Write The Rate Equation For The Rate Determining Step Next 1 (29.07 KiB) Viewed 12 times

Review Example 12.14. 1. 2B B₂ 2. B₂+ C B₂C 3. B₂CX+C First, write the rate equation for the rate-determining step. Next, write the rate equation for the equilibrium step by setting its forward rate equal to its reverse rate. Then, obtain an equation for [B₂] by rearranging the equilibrium rate equation. Now, substitute that result for [B₂] into the rate equation for the rate-determining step. The result should simplify to rate=k[C]. Find what k equals in terms of the other rate constants. (1 pt) Suppose a reaction has the following mechanism: fast equilibrium, rate constants are kir forward and k₁R reverse slow, rate constant is k₂ fast, rate constant is k