2.2 Find the response of the following system to the input x(t) = e3*- 3s+1 F(s) = %3D s2+2s+5 Consider a second-order system and give a transfer function, H(s) such that (also sketch a pole-zero plot for each): 2.3 2.3.1 The system is stable. 2.3.2 The system's natural response contains a damped sinusoid.
2.2 Find the response of the following system to the input x(t) = e3*- 3s+1 F(s) = %3D s2+2s+5 Consider a second-order system and give a transfer function, H(s) such that (also sketch a pole-zero plot for each): 2.3 2.3.1 The system is stable. 2.3.2 The system's natural response contains a damped sinusoid.
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![2.2
Find the response of the following system to the input x(t) = e*.
%3D
3s+1
F(s) =
s2+2s+5
2.3
Consider a second-order system and give a transfer function, H(s) such
that (also sketch a pole-zero plot for each):
2.3.1 The system is stable.
2.3.2 The system's natural response contains a damped sinusoid.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fa5aba69d-47e0-4485-8d97-b0ec490a5ef0%2F548328ed-52ae-41d8-80b0-402f11ed9b33%2Fh4lgyve_processed.jpeg&w=3840&q=75)
Transcribed Image Text:2.2
Find the response of the following system to the input x(t) = e*.
%3D
3s+1
F(s) =
s2+2s+5
2.3
Consider a second-order system and give a transfer function, H(s) such
that (also sketch a pole-zero plot for each):
2.3.1 The system is stable.
2.3.2 The system's natural response contains a damped sinusoid.
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