Analyze the circuit provided in Figure 4 to obtain the following: (a) Norton equivalent of the network (b) Thévenin Equivalent of the same network (c) Use either to calculate it for RL = 0N, 10, 4.9232, and 8.1072. 5Ω 50 1A 0.8 Ω 20 RL Figure 4

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  • Analyze the circuit provided in Figure 4 to obtain the following:

 

  • Norton equivalent of the network
  • Thévenin Equivalent of the same network

Use either to calculate iL for RL = 0Ω, 1Ω, 4.923Ω, and 8.107Ω

2) Analyze the circuit provided in Figure 4 to obtain the following:
(a) Norton equivalent of the network
(b) Thévenin Equivalent of the same network
(c) Use either to calculate it for RL = 02, 12, 4.9232, and 8.1072.
5Ω
5Ω
IA(
320
RL
0.8 N
Figure 4
Transcribed Image Text:2) Analyze the circuit provided in Figure 4 to obtain the following: (a) Norton equivalent of the network (b) Thévenin Equivalent of the same network (c) Use either to calculate it for RL = 02, 12, 4.9232, and 8.1072. 5Ω 5Ω IA( 320 RL 0.8 N Figure 4
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