The relationship between the Monod rate constant, k and the rate constant observed due to waste accumulation kobs is ____

k obs = k (1- ( frac{C_R}{C_R^*})^ frac{1}{n} )

kobs = k (1- ( frac{C_R}{C_R^*} ))n

kobs = k (1- ( frac{C_R}{C_R^*})^ frac{1}{n} )

k = kobs (1- ( frac{C_R}{C_R^*} ))n

kobs = k ( ( frac{C_R}{C_R^*} ))n

nCR* is the concentration of R where cell activity stops and n is the order of product poisoning.

The relationship between the Monod rate constant, k and the rate const

1.	The relationship between the Monod rate constant, k and the rate constant observed due to waste accumulation k_obs is ____
A.	k<sub>obs</sub> = k (1- ( frac{C_R}{C_R^*} ))<sup>n</sup>
B.	k<sub>obs</sub> = k (1- ( frac{C_R}{C_R^*})^ frac{1}{n} )
C.	k = k<sub>obs</sub> (1- ( frac{C_R}{C_R^*} ))<sup>n</sup>
D.	k<sub>obs</sub> = k ( ( frac{C_R}{C_R^*} ))<sup>n</sup>
E.	nC<sub>R</sub>* is the concentration of R where cell activity stops and n is the order of product poisoning.
Answer» B. k<sub>obs</sub> = k (1- ( frac{C_R}{C_R^*})^ frac{1}{n} )