In the following diagram, show the direction of electron flow, label the anode and cathode then answer the questions. Zn (s) NaNO, Cu (s) NO, NO, Zn2 NO, Cu2 NO, NO, Cu Zn2 NO, NO, NO, NO, 5. In all voltaic cells, energy is converted into energy. 6. Write the oxidation half reaction: 7. Write the reduction half reaction: 8. In terms of atoms and ions, why is the mass of the anode decreasing? 9. In terms of atoms and ions, why is the mass of the cathode increasing? 10. Write the overall redox reaction: 11. On the diagram, label the flow of ions in the salt bridge

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Chapter19: Electrochemistry
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In the following diagram, show the direction of electron flow, label the anode and cathode then answer the
questions.
Zn (s)
NANO,
Cu (s)
NO,
NO,
Zn2.
NO,
Cu2•
NO,
NO,
Cu²+
Zn2-
NO,
NO,
NO,
NO,
5. In all voltaic cells,
_energy is converted into
energy.
6. Write the oxidation half reaction:
7. Write the reduction half reaction:
8. In terms of atoms and ions, why is the mass of the anode decreasing?
9. In terms of atoms and ions, why is the mass of the cathode increasing?
10. Write the overall redox reaction:
11. On the diagram, label the flow of ions in the salt bridge
Transcribed Image Text:In the following diagram, show the direction of electron flow, label the anode and cathode then answer the questions. Zn (s) NANO, Cu (s) NO, NO, Zn2. NO, Cu2• NO, NO, Cu²+ Zn2- NO, NO, NO, NO, 5. In all voltaic cells, _energy is converted into energy. 6. Write the oxidation half reaction: 7. Write the reduction half reaction: 8. In terms of atoms and ions, why is the mass of the anode decreasing? 9. In terms of atoms and ions, why is the mass of the cathode increasing? 10. Write the overall redox reaction: 11. On the diagram, label the flow of ions in the salt bridge
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