a) Show the voltage waveforms across each half of the secondary winding and across RL when a 100 V peak sine wave is applied to the primary winding in Figure. (b) what is Vavg and fout if fin = 50 Hz?

a) What driving frequency is required from a source powering a 71 microFarad capacitor, a 429 Ohm resistor, and a 209 milliHenry inductor in series so that the current is maximized? (give your answer in Hertz to 1 decimal place of precision) b) What is the phase difference between the current and voltage in a RLC series circuit with a 466 Ohm resistor, 114 microFarad capacitor, and a 234 milliHenry inductor, if the voltage source is oscillating with a frequency of 57 Hertz? (give your answer in degrees to 1 decimal place of precision)

(a) A series RLC circuit is shown in the figure below. (170 V) sin 120 mt 5.0 Ω A Series RLC Circuit. 0000 25 mH Calculate the linear freq ency (in Hz) of the voltage source. Hz Calculate the resonance frequency. Hz Calculate the impedance at resonance. 2 400 μF Calculate the current at resonance. A

A 21 mH inductor with 3.0 Ω resistance is connected in series to a 17 μF capacitor and a 75 Hz , 49 V (rms) source. Calculate the rms current. Calculate the phase angle. Calculate the power dissipated in this circuit.