Question: Please use the steady-state approximation to find rate law, do the same for the reverse reaction and answer the expression of Ke please!! 3. Consider

Please use the steady-state approximation to find rate law, do the same for the reverse reaction and answer the expression of Ke please!!Please use the steady-state approximation to find rate law, do the same

3. Consider the interchange of O2 and CO coordinated to myoglobin, an iron porphyrin denoted as PFe: PFe(0) PFe +0;} PFe+C0ky PFe(CO) Making the steady-state approximation for [PFe), derive the rate law. Next, repeat the derivation including the reverse step with k-2 (i.e. add a step to the mechanism). If [CO] and [02] are much greater than [PFe(O2)], what is the expression for ke, the effective rate constant for approaching equilibrium

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