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1. A linear resistive network is shown in Figure 1. ww R1 100 Ω ww R2 50 22 Vs 10 V +1 R 100 Ω Is 100 mA Figure 1 (a) De
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1. A linear resistive network is shown in Figure 1. ww R1 100 Ω ww R2 50 22 Vs 10 V +1 R 100 Ω Is 100 mA Figure 1 (a) De
1. A linear resistive network is shown in Figure 1. ww R1 100 Ω ww R2 50 22 Vs 10 V +1 R 100 Ω Is 100 mA Figure 1 (a) Determine the number of nodes (including ground) and the number of meshes. Considering the presence of sources, determine also the number of independent node voltages and independent mesh currents. (3 marks) (b) Using the mesh current method and the numerical values provided in Figure 1, find the current Ia. (8 marks) (c) Determine the total power generated or dissipated by the two sources. (6 marks) (d) Using the numerical values provided in Figure 1, determine the equivalent Thevenin circuit as seen by the current source. (5 marks) (e) Using the numerical values already found in (d), determine the equivalent Norton circuit as seen by the current source. (3 marks) la ww R 100 Ω
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