Question 2 For the AC circuit shown in Figure 2, calculate: a. The equivalent impedance between nodes B and C. b. The cu

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Question 2 For The Ac Circuit Shown In Figure 2 Calculate A The Equivalent Impedance Between Nodes B And C B The Cu 1 (77.83 KiB) Viewed 34 times

Question 2 For the AC circuit shown in Figure 2, calculate: a. The equivalent impedance between nodes B and C. b. The current through R1 and C1 (magnitude and phase). C. The active power dissipated by resistor R1. d. The voltage across the capacitor Ci. e. Analyse and discuss the effect on the total circuit impedance, on the current through C1 and on the power dissipated by resistor R1 when the value of the capacitor C1 is increased by 20 times. Support your discussion with phasor diagrams and relevant derivations/calculations. A R1 522 w 100 W c1 HE B L2 25mH R3 25 22 50 V 600 rad/s 0° 2 R2 1523 L3 35mH Figure 2. AC Circuit for Question 2. The capacitance value of the capacitor C1 is set as follows: C1 = D2 x 20 (HF) where D2 is the last non-zero digit of your student ID number. For example, if your student ID number is 1774901, then D2 = 1.