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The following circuit has been at DC steady state before the switch is closed at t=0. Let Vs1=30,- Vs2=16, R₁=9, R2=10, R3=10, L=9, C=10, find : • Please round all of your decimal value answers to 2 significant digits; for instance, for 2.5666 you would enter 2.56, or 1.3333, you would enter 1.33. v(0) = i(∞) = The relative tolerance for this problem is 2 %. VS1 R₁ w t=0 R3 R₂ i(t) V(t) C L s2

The following circuit has been at DC steady state before the switch is closed at t=0. Let Vs1=30,- Vs2=16, R₁=9, R2=10, R3=10, L=9, C=10, find : • Please round all of your decimal value answers to 2 significant digits; for instance, for 2.5666 you would enter 2.56, or 1.3333, you would enter 1.33. v(0) = i(∞) = The relative tolerance for this problem is 2 %. VS1 R₁ w t=0 R3 R₂ i(t) V(t) C L s2

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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The following circuit has been at DC steady state before the switch is closed at t=0. Let Vs1=30,- Vs2=16, R₁=9, R2=10, R3=10, L=9, C=10, find : • Please round all of your decimal value answers to 2 significant digits; for instance, for 2.5666 you would enter 2.56, or 1.3333, you would enter 1.33. v(0) = i(∞) = The relative tolerance for this problem is 2 %. VS1 R₁ w t=0 R3 R₂ i(t) V(t) C L s2
Transcribed Image Text:The following circuit has been at DC steady state before the switch is closed at t=0. Let Vs1=30,- Vs2=16, R₁=9, R2=10, R3=10, L=9, C=10, find : • Please round all of your decimal value answers to 2 significant digits; for instance, for 2.5666 you would enter 2.56, or 1.3333, you would enter 1.33. v(0) = i(∞) = The relative tolerance for this problem is 2 %. VS1 R₁ w t=0 R3 R₂ i(t) V(t) C L s2
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