2. A first-order system has a transfer function in the form, a T(s) = s+a If its settling time is equal to d seconds, find the system's time constant and rise time. Note: d is the 3rd to the last...

d = 10

2. A first-order system has a transfer function in the form,<br>a<br>T(s) =<br>s+a<br>If its settling time is equal to d seconds, find the system's time constant and rise time.<br>Note: d is the 3rd to the last digit in your ID number. If the 3rd to the last digit in your ID number is 0,<br>then d = 10.<br>

Extracted text: 2. A first-order system has a transfer function in the form, a T(s) = s+a If its settling time is equal to d seconds, find the system's time constant and rise time. Note: d is the 3rd to the last digit in your ID number. If the 3rd to the last digit in your ID number is 0, then d = 10.

Jun 10, 2022

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2. A first-order system has a transfer function in the form, a T(s) = s+a If its settling time is equal to d seconds, find the system's time constant and rise time. Note: d is the 3rd to the last...

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