8s+2 (c) F(s)=7+s+20 %3D (d) F(s) = 5s+3 (s+1)(s+2s+30) (e) F(s) = +4 2+2 %3D S+1 s(s2+4) s+9 2(s+1) (f) F(s) = (g) F(s) = (h) F(s) = 3 b

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
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Solve only c and h. I will rate accordingly. Need correct answer of both

no sl 3.7
Find the time function corresponding to each of the following Laplace
transforms using partial-fraction expansions:e lhe charicter
(a) F(s) = 5+7)
0LE
lane s delined by the parameter
mbiers are related to the tim
SRing time and overshoot
t The correspondences between
no zeros, ar
(b) F(s) =
%3D
the time
s(s+1)(s+2)
8s+2
s2+s+20
5s+3
(s+1)(s+2s+30)
s+4
s2+2
S+1
s(s2+4)
(c) F(s) = =
(d) F(s) =
by
2M (e) F(s) =
(3.95)
(f) F(s) =
%3D
ulg
oos ldon
(g) F(s) =
s+9
%3D
2 (s+1)
(3.96)
LE
bilsbo
(h) F(s) =
(3.97
18
(i) F(s) =
4+9
Thi
ill ) F(s) = 5
S.E
Transcribed Image Text:no sl 3.7 Find the time function corresponding to each of the following Laplace transforms using partial-fraction expansions:e lhe charicter (a) F(s) = 5+7) 0LE lane s delined by the parameter mbiers are related to the tim SRing time and overshoot t The correspondences between no zeros, ar (b) F(s) = %3D the time s(s+1)(s+2) 8s+2 s2+s+20 5s+3 (s+1)(s+2s+30) s+4 s2+2 S+1 s(s2+4) (c) F(s) = = (d) F(s) = by 2M (e) F(s) = (3.95) (f) F(s) = %3D ulg oos ldon (g) F(s) = s+9 %3D 2 (s+1) (3.96) LE bilsbo (h) F(s) = (3.97 18 (i) F(s) = 4+9 Thi ill ) F(s) = 5 S.E
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