Consider the circuit shown in Figure $4\mathrm{.}2$:

Determine the resonant frequencies, ${}_p(ra\frac{d}{s})$ and $f_p(Hz)$ of the circuit.

Find the Q of the circuit at resonance.

Calculate the voltage across the circuit at resonance.

Solve for currents through the inductor and the resistor at resonance.

Determine the bandwidth of the circuit in both radians per second and hertz.

Sketch the voltage response of the circuit, showing the voltage at the half$-$power frequencies.

Sketch the selectivity curve of the circuit showing P$($watts$)$ versus $(ra\frac{d}{s}).$