<ト1- 25"x(S)+35×6)+2増 3x15)+25"メ5)+35x(S)→+る×(S)こR(S) c0) x (S) ニ 25+35+2 RIS) $3+25^+35+3 xS) こ Appty invorse' Laplace Prand formm ズ)+2x() +3×()) +3x) -コ4). c)= 2歳(t) +3夏(は)+2x)) Cousider x()=x1 メ=x)-メレ Substitu tein above ×る+2×3+3X2+3Kjc Jit) ×る- ) -2×3-3×2-3メ」 CHz2×3 +3×ー+2X1 Matrix fiorm
<ト1- 25"x(S)+35×6)+2増 3x15)+25"メ5)+35x(S)→+る×(S)こR(S) c0) x (S) ニ 25+35+2 RIS) $3+25^+35+3 xS) こ Appty invorse' Laplace Prand formm ズ)+2x() +3×()) +3x) -コ4). c)= 2歳(t) +3夏(は)+2x)) Cousider x()=x1 メ=x)-メレ Substitu tein above ×る+2×3+3X2+3Kjc Jit) ×る- ) -2×3-3×2-3メ」 CHz2×3 +3×ー+2X1 Matrix fiorm
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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Question
Explain what is going on?
![<ト1- 25"x(S)+35×6)+2増 3x(5)+2"x(S) +35x(S)+3×(5)こR(S)
x (S)
ニ
25+35+2
RIS)
$3+25*+35+3
xS)
こ
Appty invorse' Laplace Prand formm
ズ)+2x() +3×(t) +3x) -34).
c)= 2歳()+3夏(は)+2x))
Cousider x(E)=x1
メ-x)-Xレ
Substitu tein above
×る+2×3+3X2+3Ki< Jit)
×る- ) -2×3-3×2-3メ」
C)z2×3 +3×ー+2×1
Matrix fiorm
O 8(t)
X2
-3-3 -2
X3
2
3
X2
X3](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fd9147e2a-f1a4-4ee2-826b-508a5fd2d6bb%2F43ed22b1-a209-421e-bf65-7edc744c00a3%2Focdqhwe_processed.jpeg&w=3840&q=75)
Transcribed Image Text:<ト1- 25"x(S)+35×6)+2増 3x(5)+2"x(S) +35x(S)+3×(5)こR(S)
x (S)
ニ
25+35+2
RIS)
$3+25*+35+3
xS)
こ
Appty invorse' Laplace Prand formm
ズ)+2x() +3×(t) +3x) -34).
c)= 2歳()+3夏(は)+2x))
Cousider x(E)=x1
メ-x)-Xレ
Substitu tein above
×る+2×3+3X2+3Ki< Jit)
×る- ) -2×3-3×2-3メ」
C)z2×3 +3×ー+2×1
Matrix fiorm
O 8(t)
X2
-3-3 -2
X3
2
3
X2
X3
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