What is the Laplace transform of the following differential equations? dm 6 + m(t) = 2 p(t) dt where m(t) is output, p(t) is input, m(0) = 3 OM(s) = 62²/P(s) 6s+1 18 OM(s)=P(s) + 68 6s+1 6s+ No correct answers above OM(s)=P(s) + 3

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
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What is the Laplace transform of the
following differential equations?
dm
6 + m(t) = 2 p(t)
dt
where
m(t) is output, p(t) is input, m(0) = 3
OM(s) = P(s)
2
6s+1
○ M (s):
=
2
68+1P(s) +
No correct answers above
18
6s+
2
OM(s)=P(s) +3
Transcribed Image Text:What is the Laplace transform of the following differential equations? dm 6 + m(t) = 2 p(t) dt where m(t) is output, p(t) is input, m(0) = 3 OM(s) = P(s) 2 6s+1 ○ M (s): = 2 68+1P(s) + No correct answers above 18 6s+ 2 OM(s)=P(s) +3
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