Figure B3 shows a R-L-C circuit with its component connected in parallel. The resistance R is 452, reactance of inductor

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Figure B3 Shows A R L C Circuit With Its Component Connected In Parallel The Resistance R Is 452 Reactance Of Inductor 1 (34.57 KiB) Viewed 37 times

Figure B3 shows a R-L-C circuit with its component connected in parallel. The resistance R is 452, reactance of inductor and capacitor is 552 and 62 respectively. The supply voltage Vs is 24V 20°. Determine: (a) the current (IR) in polar form; (b) the current (IL.) in polar form; (c) the current (Ic) in polar form; (d) (e) the root mean square value of the current (Is); the real power dissipation (P) of the circuit; the total reactive power (Qr) of the circuit; (f) (g) the power factor of the power supply; and (h) the apparent power (S) of the power supply. (3 marks) (3 marks) (3 marks) (2 marks) (2 marks) (3 marks) (2 marks) (2 marks)