(a)
To determine: The value of ∆Gꞌ˚ for the interconversion reaction of fructose 6-phosphate and glucose 6-phosphate at 25˚C.
Introduction:
The standard free-energy change for an
(b)
To determine: The value of ∆Gꞌ˚ for the interconversion reaction of “fructose 6-phosphate” and “glucose 6-phosphate” if the concentration of fructose 6-phospharte is 1.5M and that of glucose-6 phosphate is 0.5M.
Introduction:
The standard free-energy change for an oxidation-reduction reaction is directly proportional to the difference in standard reduction potentials of two half-cells. The formula is ∆Gꞌ˚=- ƞF∆Eꞌ˚ and ∆Gꞌ˚=- RTln∆Kꞌeq.
(c)
To determine: The reason behind the difference of ∆G and ∆Gꞌ˚.
Introduction:
The standard free-energy change for an oxidation-reduction reaction is directly proportional to the difference in standard reduction potentials of two half-cells. The formula is ∆Gꞌ˚= -ƞF∆Eꞌ˚ and ∆Gꞌ˚= - RT ln ∆Kꞌeq.
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Lehninger Principles of Biochemistry (Instructor's)
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