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10-1. The following differential equations represent linear time-invariant systems. Write the dynamic equations (state equations and output equations) in vector-matrix form. (c) di² d³y(1) +5 d²y(t) + 3 dy(1) +y(1) + dt ² +y(t) + √″ y(x) y(t)dt = r(x)

10-1. The following differential equations represent linear time-invariant systems. Write the dynamic equations (state equations and output equations) in vector-matrix form. (c) di² d³y(1) +5 d²y(t) + 3 dy(1) +y(1) + dt ² +y(t) + √″ y(x) y(t)dt = r(x)

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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10-1. The following differential equations represent linear time-invariant systems. Write the dynamic equations (state equations and output equations) in vector-matrix form. (c) di² d³y(1) +5 d²y(t) + 3 dy(1) +y(1) + dt ² +y(t) + √″ y(x) y(t)dt = r(x)
Transcribed Image Text:10-1. The following differential equations represent linear time-invariant systems. Write the dynamic equations (state equations and output equations) in vector-matrix form. (c) di² d³y(1) +5 d²y(t) + 3 dy(1) +y(1) + dt ² +y(t) + √″ y(x) y(t)dt = r(x)
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