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Construct balanced reactions for the microbial oxidation of 1 mole ethanol to CO2 by: A. Aerobes B. Nitrate reducers (assume N₂ gas as the final product) C. Sulfate reducers (assume sulfide as the final product) D. Iron reducers (assume ferrous iron as the final product)

Construct balanced reactions for the microbial oxidation of 1 mole ethanol to CO2 by: A. Aerobes B. Nitrate reducers (assume N₂ gas as the final product) C. Sulfate reducers (assume sulfide as the final product) D. Iron reducers (assume ferrous iron as the final product)

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
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Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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Question: 6 4. Construct balanced reactions for the microbial oxidation of 1 mole ethanol to CO2 by: A. Aerobes B. Nitrate reducers (assume N₂ gas as the final product) C. Sulfate reducers (assume sulfide as the final product) D. Iron reducers (assume ferrous iron as the final product) Calculate the standard free energy (AG) and from this value, calculate the standard reduction potential (AE) for each of the four sets of energy generating reactions above. What general conclusions can you draw about electron acceptor preferences for energy generation?
Transcribed Image Text:Question: 6 4. Construct balanced reactions for the microbial oxidation of 1 mole ethanol to CO2 by: A. Aerobes B. Nitrate reducers (assume N₂ gas as the final product) C. Sulfate reducers (assume sulfide as the final product) D. Iron reducers (assume ferrous iron as the final product) Calculate the standard free energy (AG) and from this value, calculate the standard reduction potential (AE) for each of the four sets of energy generating reactions above. What general conclusions can you draw about electron acceptor preferences for energy generation?
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