Question 6. In reaction ki B A show that [B] : [C] = k : k. 7. A reaction has following mechanism: A+B=1, +12 (fast) k2 1, + B ka>> P + 12 (slow) 212 ks P. where A and B are reactants, P, and P, are products, I, and I are reaction intermediates. Find rate of reaction in terms of reactants and total order of reaction.
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Transcribed Image Text: 6. In reaction ki B A show that [B] : [C] = k : k. 7. A reaction has following mechanism: A+B=1, +12 (fast) k2 1, + B ka>> P + 12 (slow) 212 ks P. where A and B are reactants, P, and P, are products, I, and I are reaction intermediates. Find rate of reaction in terms of reactants and total order of reaction.
More Transcribed Image Text: 6. In reaction ki B A show that [B] : [C] = k : k. 7. A reaction has following mechanism: A+B=1, +12 (fast) k2 1, + B ka>> P + 12 (slow) 212 ks P. where A and B are reactants, P, and P, are products, I, and I are reaction intermediates. Find rate of reaction in terms of reactants and total order of reaction.
Community Answer
UGOY9V
If is a side or concurrent elementary reactionHere consider, this reaction in which A is converted into B&C bif two different reactions at the same time.(i) Rate of consumption of A in A longrightarrow B conversion.-[(d(A))/(dt)]_(1)=k_(1)[A]=" rate of reaction "similarlyii) rate of consumption of A in A longrightarrow C conversion-[(d(A))/(dt)]_(2)=k_(2)[A]=" rate of reaction "So overall rate of consumption of A is{:[(-d[A])/(dt)=-[(d[A])/(dt)]_(1)+[(-d[A])/(dt)]_(2)],[(-d(A))/(dt)=k_(1)[A]+k_(2)[A)],[=[k_(1)+k_(2)][A]],[=k_("orgral ")[A]quadk_(1)+k_(2)]:}k_("over all ")=k_(1)+k ... See the full answer