Answer:
2.459 V
Explanation:
If we look at the data we have from the question closely, we will discover that aluminum has a very negative reduction potential. Recall that very negative reduction potentials are associated with strong reducing agents.
Similarly, silver has a positive reduction potential signifying that it is an oxidizing agent. Since the reducing agent is oxidized in a redox reaction and the oxidizing agent is reduced.
Hence;
E°cell= E°reduction process - E°oxidation process
E°cell= 0.799 -(-1.66)
E°cell= 2.459 V
The standard cell potential is 2.459 V
The standard cell potential is the potential difference between the cathode and anode.
The overall cell potential can be calculated by using the equation: [tex]E_0cell=E_0red-E_0oxid[/tex].
Aluminum has a very negative reduction potential. The negative reduction potentials are associated with strong reducing agents and Silver has a positive reduction potential signifying that it is an oxidizing agent. Since the reducing agent is oxidized in a redox reaction and the oxidizing agent is reduced.
Hence;
E°cell= E°reduction process - E°oxidation process
E°cell= 0.799 -(-1.66)
E°cell= 2.459 V
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