(c) Applying Kirchhoff's voltage law on the following circuit diagram R, = = 100 N R = 100 2 V, = 6 V = 4.5 V + V, = 36 V R = 1.2 k2 V, = 18 V R, = 120 2 V, = 5.4 V V, = 12 V V 8.1 V B. D R, = 200 2 R. = 180 2 1. Write a KVL equation for the loop CEFDC goingclockwise from point C. 2. Write a KVL equation for the loop ACDBA goingclockwise from point A. 3. Write a KVL equation for the loop ACEFDBA goingclockwise from point A.
(c) Applying Kirchhoff's voltage law on the following circuit diagram R, = = 100 N R = 100 2 V, = 6 V = 4.5 V + V, = 36 V R = 1.2 k2 V, = 18 V R, = 120 2 V, = 5.4 V V, = 12 V V 8.1 V B. D R, = 200 2 R. = 180 2 1. Write a KVL equation for the loop CEFDC goingclockwise from point C. 2. Write a KVL equation for the loop ACDBA goingclockwise from point A. 3. Write a KVL equation for the loop ACEFDBA goingclockwise from point A.
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Transcribed Image Text:>-20 mA
4- 3 mA
(c) Applying Kirchhoff's voltage law on the following circuit diagram
R,= 100 0
%3D
C.
R,= 100 0
+.
V, = 6 V
V = 4.5 V
%3D
R,- 1.2 kf2
V,- 18 V
R, = 120 2
V,-5.4 V
%3D
%3D
V, = 36 V
V, - 12 V
V.-8.1 V
B.
R, - 200 ()
R.-180 12
1. Write a KVL equation for the loop CEFDC goingclockwise from point C.
2. Write a KVL equation for the loop ACDBA goingclockwise from point A.
3. Write a KVL equation for the loop ACEFDBA goingclockwise from point A.
ted States)
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