Apply the theorems of source dominance, source transformation, and source combina- tion to reduce the network shown in Figure 1.194 to its minimal form with nodes 1 through 3 preserved by eliminating all redundant components. Draw the reduced net- work and use it to do the following: (a) calculate the node-to-ground voltages Vnl, Vn2, and Vn3, and (b) calculate the voltage Vn and the current Ig2.

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Apply the theorems of source dominance, source transformation, and source combina-
tion to reduce the network shown in Figure 1.194 to its minimal form with nodes 1
through 3 preserved by eliminating all redundant components. Draw the reduced net-
work and use it to do the following:
(a) calculate the node-to-ground voltages Vni, Vn2, and Vn3, and
(b) calculate the voltage Vn and the current Ie2.
E,
5.0V
E2
J2 5mA
Vn1
R2
1.0V
Vn2
Rs,
Vn3
1ΚΩ
(1)
2000
J3
(3)
R3
1ΚΩ
2mA
4mA
R4
4000
Re.
6000
1000
Figure 1.194
Resistive network with independent sources
Transcribed Image Text:Apply the theorems of source dominance, source transformation, and source combina- tion to reduce the network shown in Figure 1.194 to its minimal form with nodes 1 through 3 preserved by eliminating all redundant components. Draw the reduced net- work and use it to do the following: (a) calculate the node-to-ground voltages Vni, Vn2, and Vn3, and (b) calculate the voltage Vn and the current Ie2. E, 5.0V E2 J2 5mA Vn1 R2 1.0V Vn2 Rs, Vn3 1ΚΩ (1) 2000 J3 (3) R3 1ΚΩ 2mA 4mA R4 4000 Re. 6000 1000 Figure 1.194 Resistive network with independent sources
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