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Find the contribution of the current source in the value of Vc(t). * 0 323 cos (3+ 26.42") V O 15.75 cos (3r + 11.28")V O 2.55 cos (3- 88.24°) V O L.897 cos (3r-71.56") V O 4.51 cos (3r + 22.45) V O 10.11 cos (3r-11.28") V

Find the contribution of the current source in the value of Vc(t). * 0 323 cos (3+ 26.42") V O 15.75 cos (3r + 11.28")V O 2.55 cos (3- 88.24°) V O L.897 cos (3r-71.56") V O 4.51 cos (3r + 22.45) V O 10.11 cos (3r-11.28") V

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...
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SUBJECT: CERCIT
Consider the following ärcuit and answer the following questions: 5Ω 3Ω 2 H 2cos(3t) A 1/3 F= Vc(t) 5V
Transcribed Image Text:Consider the following ärcuit and answer the following questions: 5Ω 3Ω 2 H 2cos(3t) A 1/3 F= Vc(t) 5V
10 Find the contribution of the current source in the value of Vc(t). * O 3.23 cos (r 26.42") V O 15.75 cos (3Y 11.28) V O255cox (3r - 88.24) V O L.897 cos (31-71.56") V 4.51 cos (3r + 22.45") V O 10.11 cos (3y-11.28") v
Transcribed Image Text:10 Find the contribution of the current source in the value of Vc(t). * O 3.23 cos (r 26.42") V O 15.75 cos (3Y 11.28) V O255cox (3r - 88.24) V O L.897 cos (31-71.56") V 4.51 cos (3r + 22.45") V O 10.11 cos (3y-11.28") v
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