Question

g The rate constant for binding of P to L is 106 M-1s-1. What is the rate constant for dissociation of L from PL

Answer 1

The rate constant for the dissociation of L from PL can be determined using the equation: k-1 = k1 / [L], where k1 is the rate constant for binding of P to L, k-1 is the rate constant for dissociation of L from PL, and [L] is the concentration of L.

Step-by-step explanation:

The rate constant for the dissociation of L from PL can be determined using the equation:

k1 = k-1 / [L]

where k1 is the rate constant for binding of P to L, k-1 is the rate constant for dissociation of L from PL, and [L] is the concentration of L. Based on the given information about the rate constant for binding (k1=106 M-1s-1), we can determine the rate constant for dissociation as:

k-1 = k1 * [L]

Therefore, the rate constant for dissociation of L from PL depends on the concentration of L.

Answer 2

Eq 4 would predict a basal rate constant of 6 × 109 M−1s−1. ... ci(li) = Pli−1(cosδi)−Pli+1(cosδi) .