An inductor, a capacitor, and a resistor are in series with a $300\mathrm{Hz}$ AC source with peak voltage 13 V$13\mathrm{V}$. If the impedance of the circuit is $3.4\mathrm{\Omega }$, what is the peak current?

A motor attached to a 120 V/60 Hz power line draws an 8.0 A current. Its average energy dissipation is 800 W.d. How much series capacitance needs to be added to increase the power factor to 1.0?

The tuning circuit in an FM radio receiver is a series RLC circuit with a 0.200 μH inductor.b. FM radio stations are assigned frequencies every 0.2 MHz, but two nearby stations cannot use adjacent frequencies. What is the maximum resistance the tuning circuit can have if the peak current at a frequency of 103.9 MHz, the closest frequency that can be used by a nearby station, is to be no more than 0.10% of the peak current at 104.3 MHz? The radio is still tuned to 104.3 MHz, and you can assume the two stations have equal strength.

An inductor, a capacitor, and a resistor are in series with a $300\mathrm{Hz}$ AC source. If the capacitor is $470\mathrm{nF}$, the inductor is $24\mathrm{mH}$, and the resistor is $800\mathrm{\Omega }$, what is the impedance?

An inductor, a capacitor, and a resistor are in series with an AC source. If the capacitor is 470 nF, the inductor is $24\mathrm{mH}$, and the resistor is 800 Ω$800\mathrm{\Omega }$, what is the circuit's resonant (angular) frequency?

An inductor, a capacitor, and a resistor are in series with a $300\mathrm{Hz}$ AC source. If the capacitor is $470\text{nF}$, the inductor is $24\text{mH},$ and the resistor is $800\Omega$. what is the impedance?

An inductor, a capacitor, and a resistor are in series with an AC source. If the capacitor is $470\text{nF}$, the inductor is $24\text{mH}$, and the resistor is $800\Omega$. what is the circuit's resonant frequency?

A motor attached to a 120 V/60 Hz power line draws an 8.0 A current. Its average energy dissipation is 800 W.d. How much series capacitance needs to be added to increase the power factor to 1.0?