Consider a series RLC circuit which is driven by an AC applied voltage. At resonance A. the current is in phase with the driving voltage. the peak voltage across the capacitor is larger than the peak voltage across the inductor. B. the peak voltage across the resistor is equal to the peak voltage across the inductor. C. the peak voltage across the inductor is larger than the peak voltage across the capacitor. D. none of the above
Consider a series RLC circuit which is driven by an AC applied voltage. At resonance A. the current is in phase with the driving voltage. the peak voltage across the capacitor is larger than the peak voltage across the inductor. B. the peak voltage across the resistor is equal to the peak voltage across the inductor. C. the peak voltage across the inductor is larger than the peak voltage across the capacitor. D. none of the above
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Consider a series RLC circuit which is driven by an AC applied voltage. At resonance
A. the current is in phase with the driving voltage.
the peak voltage across the capacitor is larger than the peak voltage across the inductor.
B. the peak voltage across the resistor is equal to the peak voltage across the inductor.
C. the peak voltage across the inductor is larger than the peak voltage across the capacitor.
D. none of the above
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