A Simple Tuned FM Antenna Circuit Is Used to Pick $\mu$

Multiple Choice

A simple tuned FM antenna circuit is used to pick up radio signals.The circuit is a series RLC circuit with an inductor (9.50 $\mu$ H) and a variable capacitor which can be tuned to receive your favorite station.The radio signal from your favorite FM radio station produces a sinusoidal time-varying emf with an amplitude 15 $\mu$ V and a frequency of 88.7 MHz in the antenna,which acts as an ac emf.Another radio station produces a sinusoidal time-varying emf with the same amplitude but with a frequency of 88.5 MHz.With the circuit tuned to optimize reception at 88.7 MHz,what should the value of the resistance in the FM circuit be in order to attenuate by a factor of two (compared to the power if the circuit were optimized for 88.5 MHz) the current produced by the signal from the second station?

A) 4.3 * 10^-5 $\varOmega$
B) 10 $\varOmega$
C) 14 $\varOmega$
D) 24 $\varOmega$
E) 36 $\varOmega$