Which of the electrodes is at a higher potential in a voltaic cell using copper and zinc rods as electrodes and dilute $H_{2} {S O}_{4}$ as an electrolyte?

Copper

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Zinc

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Both are at same potential

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It depends on the concentration of H₂SO₄

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Solution

The correct option is A
Copper

In a voltaic cell using copper and zinc as electrodes and dilute $H_{2} {S O}_{4}$ as an electrolyte, copper is at the higher potential with respect to zinc by 1.08 V.

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Similar questions

With respect to a voltaic cell using copper and zinc rods as electrodes and dilute $H_{2} {S O}_{4}$ as an electrolyte, the current flows from zinc to copper outside the cell and copper to zinc inside the cell.

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What type of polarity develops on the copper and zinc electrodes in a voltaic cell? What is the value of the potential difference developed between them?

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Which of the electrodes is at a higher potential in a voltaic cell using copper and zinc rods as electrodes and dilute H2SO4​ as an electrolyte?

The correct option is A Copper In a voltaic cell using copper and zinc as electrodes and dilute H2SO4​ as an electrolyte, copper is at the higher potential with respect to zinc by 1.08 V.

Which of the electrodes is at a higher potential in a voltaic cell using copper and zinc rods as electrodes and dilute $H_{2} {S O}_{4}$ as an electrolyte?

The correct option is A
Copper

In a voltaic cell using copper and zinc as electrodes and dilute $H_{2} {S O}_{4}$ as an electrolyte, copper is at the higher potential with respect to zinc by 1.08 V.