You are given the following ODE: y+3y+2y+ y = 3x 1. Derive the frequency response function...

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You are given the following ODE: y+3y+2y+ y = 3x 1. Derive the frequency response function G(jw) of this ODE. 2. Calculate the magnitude of G(jw). 3. Calculate the phase of G(jw). 4. Calculate the steady-state output of this system when it is excited with x = 10 sin(0.01t) + 10 sin(100+) 5. Based on what you see in part 4, explain how this system generally responds to very high and very low frequency signals. Q You are given the following ODE: y+3y+2y+ y = 3x 1. Derive the frequency response function G(jw) of this ODE. 2. Calculate the magnitude of G(jw). 3. Calculate the phase of G(jw). 4. Calculate the steady-state output of this system when it is excited with x = 10 sin(0.01t) + 10 sin(100+) 5. Based on what you see in part 4, explain how this system generally responds to very high and very low frequency signals. Q

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The given differential equation is y 3y 2y y 3x where y represents the output and x represents the input 1 To derive the frequency response function G... View the full answer