11. For the reaction in question 10, above, what is the molecularity of each elementary step? a. uni, uni, uni b. bi, bi

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11. For the reaction in question 10, above, what is the molecularity of each elementary step? a. uni, uni, uni b. bi, bi, bi c. ter, ter, tetra duni, bi, ter e. bi, uni, uni Letter answer to question #11:
10. When considering the mechanism shown below, which of the following is the correct rate law for this reaction? A + B → C (slow) A +DE (fast) C + E X+ D (fast) aratek[A] b. rate K[AD] crate=K[C][E] d. ratek[A e rate = K[AMB]D Letter answer to question #10: 11. For the reaction in question 10, above, what is the molecularity of each elementary step? auni, uni, uni b. bi, bi, bi c. ter, ter, tetra duni, bi, ter e bi, uni, uni Letter answer to question #11: