5. a) Using Simulink, find the response (displacement) of the Spring-Mass system with the transfer function...

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5. a) Using Simulink, find the response (displacement) of the Spring-Mass system with the transfer function H(s) = 6 s +28+ 5 when the input force is given by the step-function with step time=1, initial value=1, final value=2 and sample time=0. Show your design and show the graph of both input and out put of the system in the same Scope. b) The following integration v(t) = "cos () dt is the sled's velocity for the rocket thrust problem. Use Simulink to simulate the solution of this integration(velocity) if v(0) = 0 and show the graph of v(t) in the scope. 5. a) Using Simulink, find the response (displacement) of the Spring-Mass system with the transfer function H(s) = 6 s +28+ 5 when the input force is given by the step-function with step time=1, initial value=1, final value=2 and sample time=0. Show your design and show the graph of both input and out put of the system in the same Scope. b) The following integration v(t) = "cos () dt is the sled's velocity for the rocket thrust problem. Use Simulink to simulate the solution of this integration(velocity) if v(0) = 0 and show the graph of v(t) in the scope.