An RLC series circuit is driven by an AC source consists of an inductor,capacitor and resistor having values of 1.5 mH,1.0 $\mu$F,and 1.9 k$\varOmega$,respectively.At what frequency is the rms voltage across the resistor half the source rms voltage? A)3.0 * 10² Hz B)48 Hz C)2.2 MHz D)0.35 MHz E)More than one answer is correct.

Question

Quizplus · Accepted Answer

The rms voltage across the resistor is half the source rms voltage in a series RLC circuit when the impedance of the inductor (Z_L) equals the impedance of the capacitor (Z_C), which occurs at the resonant frequency. However, the question as presented contains formatting errors, making it difficult to interpret the values correctly. Without clear values, it's impossible to calculate the exact frequency, leading to an ambiguous situation where more than one answer could be considered correct based on interpretation.

An RLC Series Circuit Is Driven by an AC Source μ\muμ

An RLC Series Circuit Is Driven by an AC Source $\mu$