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According to the mechanism given in the degradation of 12- catalyzed acetaldehyde, subtract the rate expression based only on the rate constants and 12 and acetaldehyde concentration. Note: Apply the steady-state hypothesis for I, CH3CO and CH3. k 12 21 k1 I+CH,CHO–→HI+CH,CO k3 CH,CO- CH, СО —СH, + CО CH, + HI- →CH, +I

According to the mechanism given in the degradation of 12- catalyzed acetaldehyde, subtract the rate expression based only on the rate constants and 12 and acetaldehyde concentration. Note: Apply the steady-state hypothesis for I, CH3CO and CH3. k 12 21 k1 I+CH,CHO–→HI+CH,CO k3 CH,CO- CH, СО —СH, + CО CH, + HI- →CH, +I

Chemistry
Chemistry
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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
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According to the mechanism given in the degradation of 12- catalyzed acetaldehyde, subtract the rate expression based only on the rate constants and 12 and acetaldehyde concentration. Note: Apply the steady-state hypothesis for I, СНЗСО and CНЗ. k 21 2 k1 k2 I+CH,CHO->HI+CH,CO k3 CH,СО СH, + CO →CH, +CO CH, + HI — kyСH, +I →CH4
Transcribed Image Text:According to the mechanism given in the degradation of 12- catalyzed acetaldehyde, subtract the rate expression based only on the rate constants and 12 and acetaldehyde concentration. Note: Apply the steady-state hypothesis for I, СНЗСО and CНЗ. k 21 2 k1 k2 I+CH,CHO->HI+CH,CO k3 CH,СО СH, + CO →CH, +CO CH, + HI — kyСH, +I →CH4
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