(s²+2s+35)) For a given transfer function of a system G(s) = 100; (s+2)(s²+4s+5) a) Find the differential equation between the input and the output of the system b) Find the unit step response of the...

(s²+2s+35))<br>For a given transfer function of a system G(s) = 100;<br>(s+2)(s²+4s+5)<br>a) Find the differential equation between the input and the output of the system<br>b) Find the unit step response of the system.<br>c) Check the stability of the system.<br>

Extracted text: (s²+2s+35)) For a given transfer function of a system G(s) = 100; (s+2)(s²+4s+5) a) Find the differential equation between the input and the output of the system b) Find the unit step response of the system. c) Check the stability of the system.

Jun 11, 2022

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(s²+2s+35)) For a given transfer function of a system G(s) = 100; (s+2)(s²+4s+5) a) Find the differential equation between the input and the output of the system b) Find the unit step response of the...

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