Acid phosphatase hydrolyses PNPP to pNP. Acid phosphatase has a K, = 0.04 mM. How low would the pNP concentration have to fall to decrease the rate of hydrolysis in the reaction mixture to 75% of V? (Assume that the Michaelis-Menten equation is applicable.) %3D max

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Acid phosphatase hydrolyses PNPP to pNP. Acid phosphatase has a K= 0.04 mM.
How low would the pNP concentration have to fall to decrease the rate of hydrolysis in
the reaction mixture to 75% of Vmax? (Assume that the Michaelis-Menten equation is
applicable.)
Transcribed Image Text:Acid phosphatase hydrolyses PNPP to pNP. Acid phosphatase has a K= 0.04 mM. How low would the pNP concentration have to fall to decrease the rate of hydrolysis in the reaction mixture to 75% of Vmax? (Assume that the Michaelis-Menten equation is applicable.)
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