A (6.00-mathrm{mH}) solenoid is connected in series with a (1.0-mu mathrm{F}) capacitor and an AC source. The

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A $6.00-\mathrm{mH}$ solenoid is connected in series with a $1.0-\mu \mathrm{F}$ capacitor and an AC source. The solenoid has internal resistance $3.0 \Omega$, which can be treated as a series resistor in the circuit.

(a) What is the resonant angular frequency?

(b) If the source emf amplitude is $\mathscr{E}_{\max }=15 \mathrm{~V}$, what is the current amplitude at the resonant angular frequency?

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Principles And Practice Of Physics

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Authors: Eric Mazur

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Question Posted: Apr 17, 2024 07:01 AM

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A (6.00-mathrm{mH}) solenoid is connected in series with a (1.0-mu mathrm{F}) capacitor and an AC source. The

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a To find the resonant angular frequency we need to equate the reactance of the inductor XL and the reactance of the capacitor XC in the circuit The r...View the full answer

Principles And Practice Of Physics

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