In a galvanic cell, which electrode is the site of reduction?

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Multiple Choice

In a galvanic cell, which electrode is the site of reduction?

Explanation:
Reduction happens at the cathode in a galvanic cell. This electrode is where electrons arrive from the external circuit, allowing ions in solution to gain electrons and be reduced. In contrast, the anode is where oxidation occurs, releasing electrons that travel to the cathode. The electrolyte transports ions to balance charge, and the conductor simply provides the path for electrons. For example, in a zinc–copper Daniell cell, zinc is oxidized at the anode and copper ions are reduced at the cathode. So the site of reduction is the cathode.

Reduction happens at the cathode in a galvanic cell. This electrode is where electrons arrive from the external circuit, allowing ions in solution to gain electrons and be reduced. In contrast, the anode is where oxidation occurs, releasing electrons that travel to the cathode. The electrolyte transports ions to balance charge, and the conductor simply provides the path for electrons. For example, in a zinc–copper Daniell cell, zinc is oxidized at the anode and copper ions are reduced at the cathode. So the site of reduction is the cathode.

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