(D) In an electrolytic cell,the movement of ions is driven by the potential difference applied across the electrodes. When the cathode is removed,the

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No movement of any kind will occur.

(D) In an electrolytic cell,the movement of ions is driven by the potential difference applied across the electrodes. When the cathode is removed,the circuit is broken. Since the circuit is no longer complete,the electric field that drives the migration of ions towards the electrodes ceases to exist. Consequently,the directional movement of both positive and negative ions stops.

Class 12 Chemistry Electrochemistry Electrolytes and Electrolysis

Easy

When an electric current is passed through a cell containing an electrolyte,positive ions move towards the cathode and negative ions move towards the anode. If the cathode is removed from the solution,what will happen?

A
Positive ions will continue to move towards the anode and negative ions will stop moving.
B
Negative ions will continue to move towards the anode and positive ions will stop moving.
C
Both positive and negative ions will move towards the anode.
D
No movement of any kind will occur.