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A pressure measuring device has been analyzed and it has been determined that the response of the device to pressure changes resembles the dynamic behavior of quadratic systems. When the P inlet pressure of the device was increased from 4lb/in²¹to 6 lb/in²' by the step effect, the following graph of the Pm (%) output was obtained. Pm (%) 30 26 22 18 14 10 0 X X X x 20 X хх X 40 XX X time ( minutes) a) Calculate my gain in a calm state. b) We calculate the time constant. e) Calculate my damping coefficient. d) We will calculate my reduction rate. e) Calculate the saline period. f) Create the transfer function. g) Determine the poles of the transfer function. X 60 X X x X 80 xxx 100

A pressure measuring device has been analyzed and it has been determined that the response of the device to pressure changes resembles the dynamic behavior of quadratic systems. When the P inlet pressure of the device was increased from 4lb/in²¹to 6 lb/in²' by the step effect, the following graph of the Pm (%) output was obtained. Pm (%) 30 26 22 18 14 10 0 X X X x 20 X хх X 40 XX X time ( minutes) a) Calculate my gain in a calm state. b) We calculate the time constant. e) Calculate my damping coefficient. d) We will calculate my reduction rate. e) Calculate the saline period. f) Create the transfer function. g) Determine the poles of the transfer function. X 60 X X x X 80 xxx 100

Elements Of Electromagnetics
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
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A pressure measuring device has been analyzed and it has been determined that the response of the device to pressure changes resembles the dynamic behavior of quadratic systems. When the P inlet pressure of the device was increased from 4lb/in² to 6 lb/in2 by the step effect, the following graph of the Pm (%) output was obtained. Pm (%) 30 26 22 18 14 10 * 0 X X X X 20 X x x x 40 XX X time ( minutes) a) Calculate my gain in a calm state. b) We calculate the time constant. e) Calculate my damping coefficient. d) We will calculate my reduction rate. e) Calculate the saline period. f) Create the transfer function. g) Determine the poles of the transfer function. 60 X x XX 80 x xx 100
Transcribed Image Text:A pressure measuring device has been analyzed and it has been determined that the response of the device to pressure changes resembles the dynamic behavior of quadratic systems. When the P inlet pressure of the device was increased from 4lb/in² to 6 lb/in2 by the step effect, the following graph of the Pm (%) output was obtained. Pm (%) 30 26 22 18 14 10 * 0 X X X X 20 X x x x 40 XX X time ( minutes) a) Calculate my gain in a calm state. b) We calculate the time constant. e) Calculate my damping coefficient. d) We will calculate my reduction rate. e) Calculate the saline period. f) Create the transfer function. g) Determine the poles of the transfer function. 60 X x XX 80 x xx 100
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