QUESTION TWO (a) [12 marks]For the 100 rad/s phasor circuit of Fig. 22 (1) Write the KVL phasor equation(s) in matrix fo

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Question Two A 12 Marks For The 100 Rad S Phasor Circuit Of Fig 22 1 Write The Kvl Phasor Equation S In Matrix Fo 1 (88.79 KiB) Viewed 10 times

QUESTION TWO (a) [12 marks]For the 100 rad/s phasor circuit of Fig. 22 (1) 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 0 impedance, in the form iz = 1 sin(wt +9) A (iv) Determine the driving point impedance, 2p (v) Sketch the Zn equivalent, as a parallel connection of components, giving values and units z Z 10Ω 15Ω 20 + jo v 2-730212 -2.22 4-13012 Fig. Q2 (b) [6 marks]For the network of Fig. Q2, determine (i) the power factor (ii) the apparent power (i) the complex power (iv) the dissipated power