A circuit of resistance 5 Ω and inductance 0.6 H is in series with a capacitance of 10 μF. If a voltage of 200 V is applied and the frequency is adjusted to resonance. The current in the circuit is I0 and voltage across the inductor and capacitor are V0, and V1 respectively. We have

A circuit of resistance 5 Ω and inductance 0.6 H is in series with a

1.	A circuit of resistance 5 Ω and inductance 0.6 H is in series with a capacitance of 10 μF. If a voltage of 200 V is applied and the frequency is adjusted to resonance. The current in the circuit is I0 and voltage across the inductor and capacitor are V0, and V1 respectively. We have
Answer» A circuit of resistance $5 Ω$ and inductance $0.6 H$ is in series with a capacitance of $10 μ F$ . If a voltage of $200 V$ is applied and the frequency is adjusted to resonance. The current in the circuit is $I_{0}$ and voltage across the inductor and capacitor are $V_{0}$ , and $V_{1}$ respectively. We have

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A circuit of resistance 5 Ω and inductance 0.6 H is in series with a capacitance of 10 μF. If a voltage of 200 V is applied and the frequency is adjusted to resonance. The current in the circuit is I0 and voltage across the inductor and capacitor are V0, and V1 respectively. We have

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