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Calculate ÎG at 25 °C (298 K) for the oxidation-reduction reaction shown in question 1 when the concentrations of reactants are products are: Crotonyl-CoA 1.6 mM; Butyryl- CoA= 0.18 mM: NADPH = 7.8 mM; NADP+-0.16 mM. (Remember that for biochemistry transformed constants, the concentrations of H20, H+ and Mg2+ are considered constant and are not included in the expressions involving ratios of product and reactants.) The Faraday constant is 96480 joules/mol-volt and the gas constant is 8.314 joules/mol-Kelvin Write your answer in joules/mol and include 2 decimal places in your answer Show transcribed image text
Calculate ÎG at 25 °C (298 K) for the oxidation-reduction reaction shown in question 1 when the concentrations of reactants are products are: Crotonyl-CoA 1.6 mM; Butyryl- CoA= 0.18 mM: NADPH = 7.8 mM; NADP+-0.16 mM. (Remember that for biochemistry transformed constants, the concentrations of H20, H+ and Mg2+ are considered constant and are not included in the expressions involving ratios of product and reactants.) The Faraday constant is 96480 joules/mol-volt and the gas constant is 8.314 joules/mol-Kelvin Write your answer in joules/mol and include 2 decimal places in your answer
Show transcribed image text