an-inductor-in-a-circuit-is-connected-in-parallel-to-two-capacitors-each-capacit

Question

In a circuit, an inductor is connected in parallel with two capacitors. The capacitors are used one at a time. Given that the inductance, L = 3.20 mH, and the capacitances are C₁ = 0.20 nF and C₂ = 0.35 nF, calculate the oscillation frequencies for each configuration.

Accepted Answer

ω₁ = 199 kHz and ω₂ = 150 kHz

Answer

ω₁ = 7.9 MHz and ω₂ = 5.9 MHz

Answer

ω₁ = 199 kHz and ω₂ = 2.49 kHz

Answer

ω₁ = 1.25 kHz and ω₂ = 150 kHz

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In a circuit, an inductor is connected in parallel with two capacitors. The capacitors are used one at a time. Given that the inductance, L = 3.20 mH, and the capacitances are C₁ = 0.20 nF and C₂ = 0.35 nF, calculate the oscillation frequencies for each configuration.

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In a circuit, an inductor is connected in parallel with two capacitors. The capacitors are used one at a time. Given that the inductance, L = 3.20 mH, and the capacitances are C1 = 0.20 nF and C2 = 0.35 nF, calculate the oscillation frequencies for each configuration.

In a circuit, an inductor is connected in parallel with two capacitors. The capacitors are used one at a time. Given that the inductance, L = 3.20 mH, and the capacitances are C₁ = 0.20 nF and C₂ = 0.35 nF, calculate the oscillation frequencies for each configuration.