QUESTION TWO (a) [12 marks]For the 100 rad/s phasor circuit of Fig. Q2 ) Write the KVL phasor equation(s) in matrix form

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Question Two A 12 Marks For The 100 Rad S Phasor Circuit Of Fig Q2 Write The Kvl Phasor Equation S In Matrix Form 1 (90.45 KiB) Viewed 32 times

(a) and (b)
QUESTION TWO (a) [12 marks]For the 100 rad/s phasor circuit of Fig. Q2 ) Write the KVL phasor equation(s) in matrix form (ii) Determine the three loop phasor currents using Cramer's rule (iii) Give the actual current through the 2-j3 impedance, in the form iz, = 1 sin(wt +0°) A (iv) Determine the driving point impedance, 2p () Sketch the Zn equivalent, as a parallel connection of components, giving values and units z Z 1012 3522 4. 20 +jov 2-139212 -2022 4 -1302/2 } Fig. Q2 (b) [6 marks]For the network of Fig. Q2, determine (1) the power factor (ii) the apparent power (i) the comilex power (iv) the dissipated power