Find V, in the network in Figure 3 using Nodal Analysis (Hint: Note that the circuit contains two voltage sources, one of which is a controlled source, and two independent current sources. The circuit should be redrawn in order to label the nodes and identify the super node surrounding the controlled source.) +2Vx 1 kN {Vo 31 kN 2 mA 1 kN V31 kN 2 mA +) 4V Figure 3

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Find V0 in the network in Figure 3 using Nodal Analysis

Find V, in the network in Figure 3 using Nodal Analysis
(Hint: Note that the circuit contains two voltage sources, one of which is a controlled source, and two
independent current sources. The circuit should be redrawn in order to label the nodes and identify the
super node surrounding the controlled source.)
+2Vx 1 kN¿V,
31 kN
2 mA
1 kN
Vx 31 kN
2 mA
+) 4 V
Figure 3
Transcribed Image Text:Find V, in the network in Figure 3 using Nodal Analysis (Hint: Note that the circuit contains two voltage sources, one of which is a controlled source, and two independent current sources. The circuit should be redrawn in order to label the nodes and identify the super node surrounding the controlled source.) +2Vx 1 kN¿V, 31 kN 2 mA 1 kN Vx 31 kN 2 mA +) 4 V Figure 3
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