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a) Assuming that ubiquinone is unavailable inside of the cell, calculate the AG and the Keq if electrons are transferred directly from complex I to complex IIl of the electron transport chain. In your answer include the net equation for this electron transfer. Constants: R- 8.31/degree'mol, F= 96.1kJ/volt mol, T-298K ( Half Reaction Ubiquinone+ 2e+ 2H Ubiquinol H NAD+ 2e+ 2H NADH H 1/202+ 2e+ 2ZH'→H,0 Cytc (Fe O 045 0.320 Os16 1e- 1HCytc (Fe) 0254

a) Assuming that ubiquinone is unavailable inside of the cell, calculate the AG and the Keq if electrons are transferred directly from complex I to complex IIl of the electron transport chain. In your answer include the net equation for this electron transfer. Constants: R- 8.31/degree'mol, F= 96.1kJ/volt mol, T-298K ( Half Reaction Ubiquinone+ 2e+ 2H Ubiquinol H NAD+ 2e+ 2H NADH H 1/202+ 2e+ 2ZH'→H,0 Cytc (Fe O 045 0.320 Os16 1e- 1HCytc (Fe) 0254

Chemistry
Chemistry
10th Edition
ISBN:9781305957404
Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Chapter1: Chemical Foundations
Section: Chapter Questions
Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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.a) Assuming that ubiquinone is unavailable inside of the cell, calculate the AG" and the Keq if electrons are transferred directly from complex I to complex IIl of the electron transport chain. In your answer include the net equation for this electron transfer. Constants: R- 8.31/degree'mol, F- 96.1kJ/volt mol, T-298K( Half Reaction ubiquinone + 2e. 2H Ubiquinol + H NAD+2e+ 2H NADH +H 0.045 0.320 1/202 + 2e+ 2H'H,O Cytc (Fe")+ le 1H' Cytc (Fe) 0.s16 0254 b) In a single sentence explain whether or not this electron transfer is possible.
Transcribed Image Text:.a) Assuming that ubiquinone is unavailable inside of the cell, calculate the AG" and the Keq if electrons are transferred directly from complex I to complex IIl of the electron transport chain. In your answer include the net equation for this electron transfer. Constants: R- 8.31/degree'mol, F- 96.1kJ/volt mol, T-298K( Half Reaction ubiquinone + 2e. 2H Ubiquinol + H NAD+2e+ 2H NADH +H 0.045 0.320 1/202 + 2e+ 2H'H,O Cytc (Fe")+ le 1H' Cytc (Fe) 0.s16 0254 b) In a single sentence explain whether or not this electron transfer is possible.
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