2. Refer to the RLC circuit given below. [15 marks] (a) Find the circuit total impedance...

 

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2. Refer to the RLC circuit given below. [15 marks] (a) Find the circuit total impedance Z and current Ir (b) Determine VR, VL, VC, and VLC (c) Find the total power Pa (apparent power), Ptrue, and reactive power Pr (d) What is Pav provided by the source, and Pav dissipated by R. (3 pts.) (2 pts.) (2 pts.) (2 pts.) (e) Find the frequency for Pav provided by the source to be maximum (f) Find Pav (max) (1 pt.) (1 pt.) (g) If Vs (t) Vp sin (oot), write down the equation of is (t) (2 pts.) (h) Draw voltages phasor diagram and specify whether circuit is inductive or capacitive (3 pts.) 500 1.8 H 10 F w 120 V, 60 Hz, 0 2. Refer to the RLC circuit given below. [15 marks] (a) Find the circuit total impedance Z and current Ir (b) Determine VR, VL, VC, and VLC (c) Find the total power Pa (apparent power), Ptrue, and reactive power Pr (d) What is Pav provided by the source, and Pav dissipated by R. (3 pts.) (2 pts.) (2 pts.) (2 pts.) (e) Find the frequency for Pav provided by the source to be maximum (f) Find Pav (max) (1 pt.) (1 pt.) (g) If Vs (t) Vp sin (oot), write down the equation of is (t) (2 pts.) (h) Draw voltages phasor diagram and specify whether circuit is inductive or capacitive (3 pts.) 500 1.8 H 10 F w 120 V, 60 Hz, 0