1. Apply KCL to find the value of I in Fig. 2.36. [8 A] +15 V- |C } Tiov 5A 10 V A B 3A Fig. 2.36 Fig. 2.37 2. Applying Kirchhoff's voltage law, find V, and V, in Fig. 2.37. 3. Find the values of currents I, and I, in the network of Fig. 2.38. [V½ = 10 V; V,=5 V] [I, = 4 A ; I, = 5 A] 9V 18 V /4 4 = 6A 12 V 10 V 2A 9A 3V 3 Fig. 2.38 Fig. 2.39 4. Use Kirchhoff's law, to find the values of voltages V, and V, in the network shown in Fig. 2.39. [V = 2 V ; V, = 5 V]
1. Apply KCL to find the value of I in Fig. 2.36. [8 A] +15 V- |C } Tiov 5A 10 V A B 3A Fig. 2.36 Fig. 2.37 2. Applying Kirchhoff's voltage law, find V, and V, in Fig. 2.37. 3. Find the values of currents I, and I, in the network of Fig. 2.38. [V½ = 10 V; V,=5 V] [I, = 4 A ; I, = 5 A] 9V 18 V /4 4 = 6A 12 V 10 V 2A 9A 3V 3 Fig. 2.38 Fig. 2.39 4. Use Kirchhoff's law, to find the values of voltages V, and V, in the network shown in Fig. 2.39. [V = 2 V ; V, = 5 V]
Introductory Circuit Analysis (13th Edition)
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ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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![1. Apply KCL to find the value of I in Fig. 2.36.
[8 A]
+15 V-
|C }
Tiov
5A
10 V
A
B
3A
Fig. 2.36
Fig. 2.37
2. Applying Kirchhoff's voltage law, find V, and V, in Fig. 2.37.
3. Find the values of currents I, and I, in the network of Fig. 2.38.
[V½ = 10 V; V,=5 V]
[I, = 4 A ; I, = 5 A]
9V
18 V
/4
4 = 6A
12 V
10 V
2A
9A
3V 3
Fig. 2.38
Fig. 2.39
4. Use Kirchhoff's law, to find the values of voltages V, and V, in the network shown in Fig. 2.39.
[V = 2 V ; V, = 5 V]](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fcdbbc9a6-3328-4145-ac88-87f6e891559f%2F75bc184d-c7cc-49f2-b70c-b346b83e5ebc%2F9dhp9zu_processed.png&w=3840&q=75)
Transcribed Image Text:1. Apply KCL to find the value of I in Fig. 2.36.
[8 A]
+15 V-
|C }
Tiov
5A
10 V
A
B
3A
Fig. 2.36
Fig. 2.37
2. Applying Kirchhoff's voltage law, find V, and V, in Fig. 2.37.
3. Find the values of currents I, and I, in the network of Fig. 2.38.
[V½ = 10 V; V,=5 V]
[I, = 4 A ; I, = 5 A]
9V
18 V
/4
4 = 6A
12 V
10 V
2A
9A
3V 3
Fig. 2.38
Fig. 2.39
4. Use Kirchhoff's law, to find the values of voltages V, and V, in the network shown in Fig. 2.39.
[V = 2 V ; V, = 5 V]
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