Consider the following transfer function, with U(s) as a unit step input. What is the correct expression to use when solving for y(t) using an inverse Laplace transform? Y(s) = T(s) = U(s) 16 s2 +s + 10 А. В. y(t) = L-1{T(s)}L-1}} y(1) = L=1{r(»)} |C. y(t) = L-1{T(s)} D. None of the other answers

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MULTIPLE CHOICE -The answer is one of the options below please solve carefully and circle the correct option Please write clear .
Consider the following transfer function, with U(s) as a unit step input. What is the
correct expression to use when solving for y(t) using an inverse Laplace transform?
Y(s)
16
= T(s) =
U(s)
s2 +s + 10
А.
В.
y(t) = L-1{T(s)}L-1}
y(1) = L=1{r(»)}
|C.
y(t) = L-1{T(s)}
D. None of the other answers
Transcribed Image Text:Consider the following transfer function, with U(s) as a unit step input. What is the correct expression to use when solving for y(t) using an inverse Laplace transform? Y(s) 16 = T(s) = U(s) s2 +s + 10 А. В. y(t) = L-1{T(s)}L-1} y(1) = L=1{r(»)} |C. y(t) = L-1{T(s)} D. None of the other answers
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