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1 Exercise. In this exercise, you will examine the changes to the analytic step response of a transfer function with a single zero. Consider the transfer function used in the previous activity: G= 2+2s+2 a) Compute the symbolic form of the step response of the transfer function, x). You can perform the analytic computations by hand or using the Symbolic Math Toolbox. X Use these symbolic variables syns szet positive % Write your solution here X NaN (b) Plot the analytic step response with ze =-l on the interval re (0, 10). If you computed the step response function with the Symbolic Math Toolbox, you can use the matlabfunction command to convert it to a function handle that you can evaluate. % Create your plot here c) Using the analytic form of the transfer function, compute the limit of the function as - 0. X Hrite your solution here tlin- NaN

1 Exercise. In this exercise, you will examine the changes to the analytic step response of a transfer function with a single zero. Consider the transfer function used in the previous activity: G= 2+2s+2 a) Compute the symbolic form of the step response of the transfer function, x). You can perform the analytic computations by hand or using the Symbolic Math Toolbox. X Use these symbolic variables syns szet positive % Write your solution here X NaN (b) Plot the analytic step response with ze =-l on the interval re (0, 10). If you computed the step response function with the Symbolic Math Toolbox, you can use the matlabfunction command to convert it to a function handle that you can evaluate. % Create your plot here c) Using the analytic form of the transfer function, compute the limit of the function as - 0. X Hrite your solution here tlin- NaN

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...
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O Exercise. In this exercise, you will examine the changes to the analytic step response of a transfer function with a single zero. Consider the transfer function used in the previous activity: 12+2 (a) Compute the symbolic form of the step response of the transfer function, x(1). You can perform the analytic computations by hand or using the Symbolic Math Toolbox. X Use these synbolic variables syns s z_e t positive X Write your solution here x = NaN (b) Plot the analytic step response with zo =-1 on the interval E (0, 10]. If you computed the step response function with the Symbolic Math Toolbox, you can use the matlabFunction command to convert it to a function handle that you can evaluate. X Create your plot here (c) Using the analytic form of the transfer function, compute the limit of the function as t+ 0o. X Write your solution here tlim = NaN
Transcribed Image Text:O Exercise. In this exercise, you will examine the changes to the analytic step response of a transfer function with a single zero. Consider the transfer function used in the previous activity: 12+2 (a) Compute the symbolic form of the step response of the transfer function, x(1). You can perform the analytic computations by hand or using the Symbolic Math Toolbox. X Use these synbolic variables syns s z_e t positive X Write your solution here x = NaN (b) Plot the analytic step response with zo =-1 on the interval E (0, 10]. If you computed the step response function with the Symbolic Math Toolbox, you can use the matlabFunction command to convert it to a function handle that you can evaluate. X Create your plot here (c) Using the analytic form of the transfer function, compute the limit of the function as t+ 0o. X Write your solution here tlim = NaN
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