The half-cell reduction potential is provided by the Nernst equation (Equation 14-8): (a) On the graph below,

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The half-cell reduction potential is provided by the Nernst equation (Equation 14-8):
The half-cell reduction potential is provided by the Nernst equation

(a) On the graph below, plot the reduction potentials for the FADH2/FAD half-cell (E°€² = - 0.219 V) when the [FADH2]/[FAD] ratios are 100, 10, 5, 2, 1, 0.5, 0.2, 0.1, and 0.01 at 25°C versus the percent reduction.

The half-cell reduction potential is provided by the Nernst equation

(b) Using the same [Reduced]/[Oxidized] ratios, plot the reduction potentials of cytochrome c (E°€² = 0.235 V).

The half-cell reduction potential is provided by the Nernst equation

(c) What is ΔE for the oxidation of FADH2 by cytochrome c when the [FADH2]/[FAD] ratio is 10 and the [cytochrome c (Fe2+)]/[cytochrome c (Fe3+)] ratio is 0.1?

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Fundamentals of biochemistry Life at the Molecular Level

ISBN: 978-0470547847

4th edition

Authors: Donald Voet, Judith G. Voet, Charlotte W. Pratt

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