Question

the transfer of electrons in the respiratory chain in the mitochondria can be represented by the reaction: NADH + H (+) + O2 -> H2O + NAD (+) A) Calculate delta E for the reaction if: 1) NAD (+) + H (+) + 2e- -> NADH delta E = -0.320 V 2) O2 + 2H (+) + 2e- ---> H2O delta E = 0.816 V B) Calculate delta G under standard conditions. Constants you may need: F = 96.5 KJ / V * mol R = 8.315 J / mol * K

          the transfer of electrons in the respiratory chain in the mitochondria can be represented by the reaction:

NADH + H (+) + O2 -> H2O + NAD (+)

A) Calculate delta E for the reaction if:

1) NAD (+) + H (+) + 2e- -> NADH delta E = -0.320 V

2) O2 + 2H (+) + 2e- ---> H2O delta E = 0.816 V

B) Calculate delta G under standard conditions.

Constants you may need:

F = 96.5 KJ / V * mol
R = 8.315 J / mol * K

the transfer of electrons in the respiratory chain in the mitochondria can be represented by the reaction:

NADH + H (+) + O2 -> H2O + NAD (+)

A) Calculate delta E for the reaction if:

1) NAD (+) + H (+) + 2e- -> NADH delta E = -0.320 V

2) O2 + 2H (+) + 2e- —> H2O delta E = 0.816 V

B) Calculate delta G under standard conditions.

Constants you may need:

F = 96.5 KJ / V * mol
R = 8.315 J / mol * K

Added by Judy S.

Chemistry: Structure and Properties

Nivaldo Tro 2nd Edition

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The transfer of electrons in the respiratory chain in the mitochondria can be represented by the reaction: NADH + H(+) + O2 -> H2O + NAD(+) A) Calculate delta E for the reaction if: 1) NAD(+) + H(+) + 2e- -> NADH delta E = -0.320 V 2) O2 + 2H(+) + 2e- -> H2O delta E = 0.816 V B) Calculate delta G under standard conditions. Constants you may need: F = 96.5 kJ/V mol R = 8.315 J/mol * K