c) Explain briefly, if the equilibrium concentrations of compounds A and B will be expected to be different from those listed above if a competitive inhibitor of the enzyme is present during the enzyme catalysed reaction.

Principles of Modern Chemistry
8th Edition
ISBN:9781305079113
Author:David W. Oxtoby, H. Pat Gillis, Laurie J. Butler
Publisher:David W. Oxtoby, H. Pat Gillis, Laurie J. Butler
Chapter14: Chemical Equilibrium
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I need only C part .need proper explanation in detail .don't copy I will downvote

need only Part C

The isomerization of the compounds A and B is catalyzed by an enzyme:
ABB
a)
0.999 mM of compound B and 0.001 mM of compound A at 25 °C. Calculate the equilibrium constant
Keq', and the standard free energy change, AGº", for the reaction. The value of the gas constant is 1.987
Starting with a 1 mM solution of compound A, the equilibrium mixture was found to contain
cal-mol-1-K-1 or 8.314 J-mol-1-K-1.
b)
Explain briefly, if the velocity by which the equilibrium is attained will be dependent on the
magnitude of AG".
c)
different from those listed above if a competitive inhibitor of the enzyme is present during the enzyme
catalysed reaction.
Explain briefly, if the equilibrium concentrations of compounds A and B will be expected to be
Transcribed Image Text:The isomerization of the compounds A and B is catalyzed by an enzyme: ABB a) 0.999 mM of compound B and 0.001 mM of compound A at 25 °C. Calculate the equilibrium constant Keq', and the standard free energy change, AGº", for the reaction. The value of the gas constant is 1.987 Starting with a 1 mM solution of compound A, the equilibrium mixture was found to contain cal-mol-1-K-1 or 8.314 J-mol-1-K-1. b) Explain briefly, if the velocity by which the equilibrium is attained will be dependent on the magnitude of AG". c) different from those listed above if a competitive inhibitor of the enzyme is present during the enzyme catalysed reaction. Explain briefly, if the equilibrium concentrations of compounds A and B will be expected to be
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