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15. To find step response of the transfer functions G(s)=2 e) step(1, [1; 2]) f) step(1, [1; 2]) g) step([1], [1], [2]) h) step(2, [1,1]) 16- specifications of step response can be found from drop-down menu by right click on background on the figure window with select: a) properties b) characteristics c) normalize d) systems use 17- Three different 1st order systems have the following roots in denominator: S₁ = -0.2, S₂ = -0.4, S₂ = -0.6 which system has the fastest step response? a) The system with S₁ b) The system with S₂ c) The system with S3 d) No one of the above answers

15. To find step response of the transfer functions G(s)=2 e) step(1, [1; 2]) f) step(1, [1; 2]) g) step([1], [1], [2]) h) step(2, [1,1]) 16- specifications of step response can be found from drop-down menu by right click on background on the figure window with select: a) properties b) characteristics c) normalize d) systems use 17- Three different 1st order systems have the following roots in denominator: S₁ = -0.2, S₂ = -0.4, S₂ = -0.6 which system has the fastest step response? a) The system with S₁ b) The system with S₂ c) The system with S3 d) No one of the above answers

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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1 15- To find step response of the transfer functions G(s)= use S+2 e) step(1, [1; 2]) f) step(1, [1; 2]) g) step([1], [1], [2]) h) step(2, [1,1]) 16- specifications of step response can be found from drop-down menu by right click on background on the figure window with select: a) properties b) characteristics c) normalize d) systems 17- Three different 1st order systems have the following roots in denominator: S₁ -0.2, S₂ = -0.4, S₂ = -0.6 which system has the fastest step response? a) The system with S₁ b) The system with Sz c) The system with S3 d) No one of the above answers
Transcribed Image Text:1 15- To find step response of the transfer functions G(s)= use S+2 e) step(1, [1; 2]) f) step(1, [1; 2]) g) step([1], [1], [2]) h) step(2, [1,1]) 16- specifications of step response can be found from drop-down menu by right click on background on the figure window with select: a) properties b) characteristics c) normalize d) systems 17- Three different 1st order systems have the following roots in denominator: S₁ -0.2, S₂ = -0.4, S₂ = -0.6 which system has the fastest step response? a) The system with S₁ b) The system with Sz c) The system with S3 d) No one of the above answers
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