If the mechanism for a reaction is: S1 (SLOW): CH3Br(aq) 2 CH3 (aq) + Br (aq) S2 (FAST): CH3 (aq) + Cl'(aq) CH3CI(aq) Calculate the rate of reaction based on the rate law for this process when (CI']-4.9 x 104 M, [CH3Br)] 5.0 x 104 M, and [Br] 1.8 x 104 M. Assume the rate constant k for the process is k = 8.2 x 10 M 1h1, Give the answer to one decimal ( please DO NOT enter units and DO NOT use scientific notation). Your Answer: Answer

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If the mechanism for a reaction is:
S1 (SLOW) : CH3Br(aq) 2 CH3 (aq) + Br (aq)
S2 (FAST): CH3 (aq) + CI'(aq) CH3CI(aq)
Calculate the rate of reaction based on the rate law for this process when (CI'] 4.9
x 104 M, [CH3Br) 5.0 x 104 M, and [Br] 1.8 x 104 M. Assume the rate
constant k for the process is k = 8.2 x 10 M 1h1, Give the answer to one decimal (
please DO NOT enter units and DO NOT use scientific notation).
Your Answer:
Answer
Transcribed Image Text:If the mechanism for a reaction is: S1 (SLOW) : CH3Br(aq) 2 CH3 (aq) + Br (aq) S2 (FAST): CH3 (aq) + CI'(aq) CH3CI(aq) Calculate the rate of reaction based on the rate law for this process when (CI'] 4.9 x 104 M, [CH3Br) 5.0 x 104 M, and [Br] 1.8 x 104 M. Assume the rate constant k for the process is k = 8.2 x 10 M 1h1, Give the answer to one decimal ( please DO NOT enter units and DO NOT use scientific notation). Your Answer: Answer
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