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!!
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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