B1. Fig B1 shows a RLC circuit where V = 11020° V and its frequency (1) = 60 Hz. Given R = 102, L = 50 mH and C = 0.02 m
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B1. Fig B1 shows a RLC circuit where V = 11020° V and its frequency (1) = 60 Hz. Given R = 102, L = 50 mH and C = 0.02 m
B1. Fig B1 shows a RLC circuit where V = 11020° V and its frequency (1) = 60 Hz. Given R = 102, L = 50 mH and C = 0.02 mF, determine: 1 R 70 VR HH Vc 16 c Fig B1 (2 marks) (2 marks) (2 marks) = WC (a) the angular frequency (w) of V; (Given w = 2 Tef) (b) the complex impedance of the inductor (ZL); (Given: Z1 =jXL=joL) (C) the complex impedance of the capacitor (ZC); (Given: Zų = -jXC = (d) the total impedance(Z) of the circuit in both Cartesian form and Polar form; (e) the current (1) in Polar form; (f) the voltage (Vc) in Polar form; and (g) the voltages (VR) and (VL) in Polar forms. (4 marks) (2 marks) (2 marks) (6 marks)
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