In the LC circuit shown below, C=1 μF. When the capacitor is fully charged up to 100 V, the switch S is closed at t=0. The current in the circuit oscillates at a frequency of 103 Hz. The value of L will be approximately equal toTake π2≈10

In the LC circuit shown below, C=1 μF. When the capacitor is fully ch

1.	In the LC circuit shown below, C=1 μF. When the capacitor is fully charged up to 100 V, the switch S is closed at t=0. The current in the circuit oscillates at a frequency of 103 Hz. The value of L will be approximately equal toTake π2≈10
Answer» In the LC circuit shown below, $C = 1 μ F$ . When the capacitor is fully charged up to $100 V$ , the switch $S$ is closed at $t = 0$ . The current in the circuit oscillates at a frequency of $10^{3} Hz$ . The value of $L$ will be approximately equal to Take $π^{2} \approx 10$

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In the LC circuit shown below, C=1 μF. When the capacitor is fully charged up to 100 V, the switch S is closed at t=0. The current in the circuit oscillates at a frequency of 103 Hz. The value of L will be approximately equal toTake π2≈10

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