A given reactionH3COH + H* + Br → H3CB + H20has the following proposed mechanismstep 1: H3COH + H*→ H3COH* (k1)step 2: H3COH2* → H3COH + H* (k2)step 3: Br + H3COH2* → H3CB + H2O (k3)d[H¸CBr],Using the steady state approximation, derivefor the reaction.dtk,[H,COH]+ks[H*][Br-]kzky[Br-]rate =O rate = kık2 [H*] [Br¯]O rate = (H;COH| [H*] [Br¯]kiks[H,COH](H*][Br"]kz+ k3[Br"]rate =O rate = kıkɔka[Br-1²

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A given reaction H3COH + H* + Br → H3CBr + H2O has the following proposed mechanism step 1: H3COH + H*→ H3COH* (k1) step 2: H3COH2* → H3COH + H* (k2) step 3: Br + H3COH2* → H3CB + H2O (k3) Using the steady state approximation, derive dHIC Brl for the reaction. dt k[H,COH]+k}[H*][Br¯]| kzky[Br-] rate = O rate = kik2 [H*] [Br¯] O rate = k2 (H,COH) [H*] [Br| kikilH,COH][H*][Br"]| rate = kz+ ks[Br"] O rate = kıkaka[Br-1² %3D

A given reaction H3COH + H* + Br → H3CBr + H2O has the following proposed mechanism step 1: H3COH + H→ H3COH (k1) step 2: H3COH2* → H3COH + H* (k2) step 3: Br + H3COH2* → H3CB + H2O (k3) Using the steady state approximation, derive dHIC Brl for the reaction. dt k[H,COH]+k}[H][Br¯]| kzky[Br-] rate = O rate = kik2 [H] [Br¯] O rate = k2 (H,COH) [H] [Br| kikilH,COH][H][Br"]| rate = kz+ ks[Br"] O rate = kıkaka[Br-1² %3D

Chemistry

10th Edition

ISBN:9781305957404

Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste

Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste

Chapter1: Chemical Foundations

Section: Chapter Questions

Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...

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