An aerobic bacteria utilize dissolved oxygen and decaying organic matter for respiration, producing carbon dioxide and water under the acidic condition where H+ ion is present. The respiration process in bacteria is a redox reaction that can generate electricity. By referring to this finding and your knowledge in electrochemistry, design a microbial fuel cell to generate electricity by growing bacteria on the electrodes’ surfaces. Identify the organic compound and write the balanced equations. Draw the complete cell diagram with cell notation and outline the anode, cathode, electrolytes, and reactions at each half-cell

Chemistry
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Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
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An aerobic bacteria utilize dissolved oxygen and decaying organic matter for respiration, producing carbon dioxide and water under the acidic condition where H+ ion is present. The respiration process in bacteria is a redox reaction that can generate electricity. By referring to this finding and your knowledge in electrochemistry, design a microbial fuel cell to generate electricity by growing bacteria on the electrodes’ surfaces. Identify the organic compound and write the balanced equations. Draw the complete cell diagram with cell notation and outline the anode, cathode, electrolytes, and reactions at each half-cell

An aerobic bacteria utilize dissolved oxygen and decaying organic matter for respiration, producing
carbon dioxide and water under the acidic condition where H+ ion is present. The respiration process
in bacteria is a redox reaction that can generate electricity. By referring to this finding and your
knowledge in electrochemistry, design a microbial fuel cell to generate electricity by growing bacteria
on the electrodes' surfaces. Identify the organic compound and write the balanced equations. Draw
the complete cell diagram with cell notation and outline the anode, cathode, electrolytes, and
reactions at each half-cell.
Transcribed Image Text:An aerobic bacteria utilize dissolved oxygen and decaying organic matter for respiration, producing carbon dioxide and water under the acidic condition where H+ ion is present. The respiration process in bacteria is a redox reaction that can generate electricity. By referring to this finding and your knowledge in electrochemistry, design a microbial fuel cell to generate electricity by growing bacteria on the electrodes' surfaces. Identify the organic compound and write the balanced equations. Draw the complete cell diagram with cell notation and outline the anode, cathode, electrolytes, and reactions at each half-cell.
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