Q4. The unit impulse responses of 3 systems are shown in Figure Q4. You may assume that the systems do not have zeros. 4

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Q4. The unit impulse responses of 3 systems are shown in Figure Q4. You may assume that the systems do not have zeros. 4

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Q4 The Unit Impulse Responses Of 3 Systems Are Shown In Figure Q4 You May Assume That The Systems Do Not Have Zeros 4 1
Q4 The Unit Impulse Responses Of 3 Systems Are Shown In Figure Q4 You May Assume That The Systems Do Not Have Zeros 4 1 (52.15 KiB) Viewed 18 times
Q4. The unit impulse responses of 3 systems are shown in Figure Q4. You may assume that the systems do not have zeros. 4 I Unit Impulse Responses II -1 0 2.5 0.5 1 1.5 2 Time (minutes) Figure Q4: Unit Impulse Responses (a) Determine the transfer function for System II given that its unit impulse response has a value of 0.406 at t=1 minute. (4 marks) (b) Draw a pole-zero diagram that shows the pole(s) location(s) of the 3 systems. Numerical values of the poles need not be given but their relative positions must be clear. (4 marks) (c) Can the Final Value Theorem be used to predict the steady-state step response value for System I ? Justify your answer. (2 marks)
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