The basal rate of consumption of O 2 by a 70-kg human is about 16 mol of

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The basal rate of consumption of O2 by a 70-kg human is about 16 mol of O2 per day. This O2 oxidizes food and is reduced to H2O, providing energy for the organism:

O2 + 4H* + 4e = 2H20


(a) To what current (in amperes = C/s) does this respiration rate correspond? (Current is defined by the flow of electrons from food to O2.)

(b) Compare your answer in part (a) with the current drawn by a refrigerator using 5.00 × 102 W at 115 V. Remember that power (in watts) = work/s E ∙ I.

(c) If the electrons flow from nicotinamide adenine dinucleotide (NADH) to O2, they experience a potential drop of 1.1 V. What is the power output (in watts) of our human friend?

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