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1 For the following transfer function, write the corresponding differential equations: X(s) 1 F(s) s²+2s + 7 = X(s) 10 = F(s) (s + 7)(s + 8) X(s) F(s) s+2 5³ +8s² + 9s + 15

1 For the following transfer function, write the corresponding differential equations: X(s) 1 F(s) s²+2s + 7 = X(s) 10 = F(s) (s + 7)(s + 8) X(s) F(s) s+2 5³ +8s² + 9s + 15

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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For the following transfer function, write the corresponding differential equations:

1 For the following transfer function, write the corresponding differential equations: X(s) 1 F(s) s²+2s + 7 = X(s) 10 = F(s) (s + 7)(s + 8) X(s) s+2 F(s) s³ +85² +9s + 15
Transcribed Image Text:1 For the following transfer function, write the corresponding differential equations: X(s) 1 F(s) s²+2s + 7 = X(s) 10 = F(s) (s + 7)(s + 8) X(s) s+2 F(s) s³ +85² +9s + 15
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