For a given reaction `3 A + B to C + D` the rate of reaction can be represented byA. `-(1)/(3) (d[A])/(dt) = (-d[B])/(dt) = (+d[C])/(dt) = (+d[D])/(dt)`B. `-(1)/(3) (d[A])/(dt) = (d[C])/(dt) = K[A]^(m) [ B]^(n)`C. `+(1)/(3) (d[A])/(dt) = (-d[C])/(dt) = K[A]^(n) [ B]^(m)`D. None of these

For a given reaction `3 A + B to C + D` the rate of reaction can be re

1.	For a given reaction `3 A + B to C + D` the rate of reaction can be represented byA. `-(1)/(3) (d[A])/(dt) = (-d[B])/(dt) = (+d[C])/(dt) = (+d[D])/(dt)`B. `-(1)/(3) (d[A])/(dt) = (d[C])/(dt) = K[A]^(m) [ B]^(n)`C. `+(1)/(3) (d[A])/(dt) = (-d[C])/(dt) = K[A]^(n) [ B]^(m)`D. None of these
Answer» Correct Answer - a `-(1)/(3) (d[A])/(dt) = - (d[B])/(dt) = (+d[C])/(dt) = (+d(D))/(dt)` .

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For a given reaction `3 A + B to C + D` the rate of reaction can be represented byA. `-(1)/(3) (d[A])/(dt) = (-d[B])/(dt) = (+d[C])/(dt) = (+d[D])/(dt)`B. `-(1)/(3) (d[A])/(dt) = (d[C])/(dt) = K[A]^(m) [ B]^(n)`C. `+(1)/(3) (d[A])/(dt) = (-d[C])/(dt) = K[A]^(n) [ B]^(m)`D. None of these

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