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.

True

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False

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Solution

The correct option is B
False

In the outer circuit, electrons flow from zinc to copper and hence current from copper to zinc. On the other hand, current flows from zinc to copper inside the cell. Hence, the given statement is false.

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Similar questions

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?

In a voltaic cell using copper and zinc as electrodes, which of the following is true?

Why does a potential difference develop between the copper and zinc electrodes in a voltaic cell?

Assertion: In a Daniell cell, electrons flow from zinc electrode to copper electrode outside the cell.

Reason: In Daniell cell, Zn electrode is anode and Cu is cathode.

Q. Avinash wants to electroplate a copper plate with zinc. He uses an arrangement as shown in the figure. Select the correct combination of electrodes and electrolyte.

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With respect to a voltaic cell using copper and zinc rods as electrodes and dilute H2SO4 as an electrolyte, the current flows from zinc to copper outside the cell and copper to zinc inside the cell.

The correct option is B False In the outer circuit, electrons flow from zinc to copper and hence current from copper to zinc. On the other hand, current flows from zinc to copper inside the cell. Hence, the given statement is false.

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.

The correct option is B
False

In the outer circuit, electrons flow from zinc to copper and hence current from copper to zinc. On the other hand, current flows from zinc to copper inside the cell. Hence, the given statement is false.