A parallel RLC circuit is shown in Fig. 1. Calculate (a) circuit equivalent impedance (4 Marks) (b) total current delive

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A Parallel Rlc Circuit Is Shown In Fig 1 Calculate A Circuit Equivalent Impedance 4 Marks B Total Current Delive 1 (44.99 KiB) Viewed 48 times

plese solve 1 and 2 question asap
A parallel RLC circuit is shown in Fig. 1. Calculate (a) circuit equivalent impedance (4 Marks) (b) total current delivered from source (2 Marks) (c) current through each branch (3 Marks) (d) overall power factor of the circuit (1 Mark). 1 1 240 200, 50 Hz 25 F 10Ω: 15mH wwww Fig. 1 A parallel RC circuit is shown in Fig. 2. A voltage of 240 V (RMS) is applied and currents through each branch are indicated. Find (a) the circuit elements (R and C) (5 Marks) (b) circuit (line) input current delivered from source (3 Marks) (c) total active power (2 Marks). 2. IR = 1.5 20°A R w I с Ic = 1.5 290°A = n 240 200, 50 Hz Fig. 2