For
the process A ↔
B, Keq
(AB) is 0.02 at 37°C. For the process B ↔
C, Keq
(BC) = 1000 at 37°C.
a. Determine Keq (AC), the equilibrium constant for the overall process A ↔ C, from Keq (AB) and Keq (BC).
a. Determine Keq (AC), the equilibrium constant for the overall process A ↔ C, from Keq (AB) and Keq (BC).
b.
Determine standard-state free energy changes for all three processes, and use ΔG°(AC)
to determine Keq
(AC). Make sure that this value agrees with that
determined in part a of this problem
From GARRETT/GRISHAM. Biochemistry, 4E. © 2009 Brooks/Cole, a part of Cengage Learning, Inc. Reproduced by permission. www.cengage.com/permissions
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