NEET Physics (general) MCQ Question
In an LC circuit, which of the following statements about the energy oscillation and current behavior is correct?
The total energy in the LC circuit remains constant as energy oscillates between the capacitor and inductor.
The energy in the capacitor is always greater than that in the inductor during oscillation.
Current amplitude decreases as the capacitor discharges completely.
The oscillation frequency is independent of the values of L and C in the circuit.
Correct Answer
Detailed Explanation
According to the context, the total energy of the LC circuit remains constant, as it oscillates between the stored electrical energy in the capacitor and the energy in the inductor. This is highlighted by the energy conservation principle in an LC circuit.
Found an issue with this question?