(a) Calculate real power, reactive power and apparent power dissipated by each component (resistor, inductor and capacitor) in the circuit. (b) Compute total real power, total reactive power, total apparent power and the power factor F, of the overall circuit. (c) Sketch the power triangle of the circuit.

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-3.
For network in Figure Q3:
(a)
Calculate real power, reactive power and apparent power dissipated by each
component (resistor, inductor and capacitor) in the circuit.
(b) Compute total real power, total reactive power, total apparent power and the
power factor Fp of the overall circuit.
(c) Sketch the power triangle of the circuit.
L= 30 mH
e = 14.142 sin 377t (S
C= 500 µF
R=5Q
Figure Q3
ll
Transcribed Image Text:-3. For network in Figure Q3: (a) Calculate real power, reactive power and apparent power dissipated by each component (resistor, inductor and capacitor) in the circuit. (b) Compute total real power, total reactive power, total apparent power and the power factor Fp of the overall circuit. (c) Sketch the power triangle of the circuit. L= 30 mH e = 14.142 sin 377t (S C= 500 µF R=5Q Figure Q3 ll
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