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The Reaction: 2A + B \to C
Has the Following Proposed Mechanism:
Step 1: a

Question 30

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The reaction: 2A + B \to C
Has the following proposed mechanism:
Step 1: A + B  The reaction: 2A + B  \to  C Has the following proposed mechanism: Step 1: A + B   D (fast equilibrium)  Step 2: D + B  \to  E Step 3: E + A  \to  C + B If step 2 is the rate-determining step,then the rate of formation of C should equal: A) k[A] B) k[A]<sup>2</sup>[B] C) k[A]<sup>2</sup>[B]<sup>2</sup> D) k[A][B] E) k[A][B]<sup>2</sup> D (fast equilibrium)
Step 2: D + B \to E
Step 3: E + A \to C + B
If step 2 is the rate-determining step,then the rate of formation of C should equal:


A) k[A]
B) k[A]2[B]
C) k[A]2[B]2
D) k[A][B]
E) k[A][B]2

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