Apply the source-superposition method to the circuit below to determine: a. Vx' , the component of Vx due to the 1-A current source alone b. Vx", the component of Vx, due to the 10-v voltage source alone c. Vx" , the component of Vx due to the 3-A current source alone d. The total voltage Vx = Vx' + Vx" + Vx" V - 18Ω 15N 1A(1)120 () 10 V 100 (†)3 A 52 3Ω
Apply the source-superposition method to the circuit below to determine: a. Vx' , the component of Vx due to the 1-A current source alone b. Vx", the component of Vx, due to the 10-v voltage source alone c. Vx" , the component of Vx due to the 3-A current source alone d. The total voltage Vx = Vx' + Vx" + Vx" V - 18Ω 15N 1A(1)120 () 10 V 100 (†)3 A 52 3Ω
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
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Transcribed Image Text:Apply the source-superposition method to the circuit below to determine:
a. Vx' , the component of Vx due to the 1-A current source alone
b. Vx", the component of Vx, due to the 10-v voltage source alone
c. Vx" , the component of Vx due to the 3-A current source alone
d. The total voltage Vx = Vx' + Vx" + Vx"
18Ω
15 2
1A(1)120
10
1 3 A
10Ω
52
3Ω
ww
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