1(a) A D.C. circuit has been setup as shown in Figure 1(a). Apply the Kirchhoffs Voltage Law to resolve questions below.

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1 A A D C Circuit Has Been Setup As Shown In Figure 1 A Apply The Kirchhoffs Voltage Law To Resolve Questions Below 1 (75.14 KiB) Viewed 20 times

1(a) A D.C. circuit has been setup as shown in Figure 1(a). Apply the Kirchhoffs Voltage Law to resolve questions below. (1) Copy the below circuit to your answer book, insert the voltage arrows for (5 marks) each circuit component, and label loops in your circuit. (11) Write the two loop equations for WXUP, and XYZU in terms of 11 and 12. (2 marks) (iii) Determine the values of I, and 13. (4 marks) (iv) Calculate the power dissipation for the 32 resistor. (1 mark) (v) An analogue ammeter is connected in series with the resistor Rs for (7 marks) measuring the current 13. However, measured value is not matched with the calculation results. Explain the situation and propose another method to obtain a more accurate result. w R1 I1 X 12 Y 1 E3 384V 10022 (11-12) W W Ει 256V R3 3292 RS 12492 E2 160V R2 R4 W W P 2892 U 26092 z Figure 1(a) (b) A resistor network is built as shown in Figure 1(6), With the application of (6 marks) Kirchhoff's Current Law, determine the unknown currents I1, 12, 13, and 14. I1 Ni 2A 13 0.5A 4A N2 N4 1.5A N5 3A N3 0.5A 14 N6 Figure 1(6)