What to do: Read each statement below and identify if it defines electrode potential, reduction potential, oxidation potential or cell potential. Write your answers on a separate sheet of раper. 1. It refers to the difference of equilibrium potential between the surrounding solution and the metal electrode. 2. It is the reaction that takes place at the cathode. 3. It is the reaction that takes place at the anode. 4. It is the ability of anion solution to become reduced picking up or gaining electrons from its own electrode. 5. It is the ability of an electrode to become oxidized giving up or losing electrons. 6. It refers to the potential difference between the electrodes corresponding to an external electron flow from anode to cathode. 7. It is the combination of reduction potential at the cathode and oxidation potential at the anode. 8. An example of this reaction is Zns) 9. An example of this reaction is Cu*?jaq) + 2e- 10. It is illustrated as: Ecell = Eox,Anode + Ered,Cathode Znaq) + 2e- . » Cus) -
What to do: Read each statement below and identify if it defines electrode potential, reduction potential, oxidation potential or cell potential. Write your answers on a separate sheet of раper. 1. It refers to the difference of equilibrium potential between the surrounding solution and the metal electrode. 2. It is the reaction that takes place at the cathode. 3. It is the reaction that takes place at the anode. 4. It is the ability of anion solution to become reduced picking up or gaining electrons from its own electrode. 5. It is the ability of an electrode to become oxidized giving up or losing electrons. 6. It refers to the potential difference between the electrodes corresponding to an external electron flow from anode to cathode. 7. It is the combination of reduction potential at the cathode and oxidation potential at the anode. 8. An example of this reaction is Zns) 9. An example of this reaction is Cu*?jaq) + 2e- 10. It is illustrated as: Ecell = Eox,Anode + Ered,Cathode Znaq) + 2e- . » Cus) -
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
Section: Chapter Questions
Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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![What to do: Read each statement below and identify if it defines electrode potential, reduction
potential, oxidation potential or cell potential. Write your answers on a separate sheet of
раper.
1. It refers to the difference of equilibrium potential between the surrounding
solution and the metal electrode.
2. It is the reaction that takes place at the cathode.
3. It is the reaction that takes place at the anode.
4. It is the ability of anion solution to become reduced picking up or gaining
electrons from its own electrode.
5. It is the ability of an electrode to become oxidized giving up or losing electrons.
6. It refers to the potential difference between the electrodes corresponding to an
external electron flow from anode to cathode.
7. It is the combination of reduction potential at the cathode and oxidation
potential at the anode.
8. An example of this reaction is Zns)
9. An example of this reaction is Cu*?laq) + 2e-
10. It is illustrated as: Ecell = Eox,Anode + Ered,Cathode
Znag) + 2e-.
» Cus) .](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F5cf13a2e-6a8a-4b24-a640-5e563c309dc9%2Fca8f79b3-a31b-441e-8533-b631dd8131b9%2F1tc2p9b_processed.png&w=3840&q=75)
Transcribed Image Text:What to do: Read each statement below and identify if it defines electrode potential, reduction
potential, oxidation potential or cell potential. Write your answers on a separate sheet of
раper.
1. It refers to the difference of equilibrium potential between the surrounding
solution and the metal electrode.
2. It is the reaction that takes place at the cathode.
3. It is the reaction that takes place at the anode.
4. It is the ability of anion solution to become reduced picking up or gaining
electrons from its own electrode.
5. It is the ability of an electrode to become oxidized giving up or losing electrons.
6. It refers to the potential difference between the electrodes corresponding to an
external electron flow from anode to cathode.
7. It is the combination of reduction potential at the cathode and oxidation
potential at the anode.
8. An example of this reaction is Zns)
9. An example of this reaction is Cu*?laq) + 2e-
10. It is illustrated as: Ecell = Eox,Anode + Ered,Cathode
Znag) + 2e-.
» Cus) .
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