1 N/mI N-s/m1 N/mI N-s/mConsider the 3 mass system defned belowI kgI kg 0000I kgDerive vystem equations of motiondefne state vector. z as4. - d/dtDefine the system sensor output as and tthe inout.controlas fiDehne row and the h column of the Amarix as ADetermine the elements of the state space matrices by matching A11A12A21A22A45A52A56A65B11821B31C12C15D11

Solution- Free body diagram (FBD) of the first mass system, Now, using newton's second…

1 N/m I N-s/m I N/m I N-s/m Consider the 3 mass system defed below 1 kg I kg I kg Derive wystem eguations of motion defne state vector. a 1 Defne the system semor output a and the input control ast Define row and the column of the Amarix a A matrices by matching

1 N/m I N-s/m I N/m I N-s/m Consider the 3 mass system defed below 1 kg I kg I kg Derive wystem eguations of motion defne state vector. a 1 Defne the system semor output a and the input control ast Define row and the column of the Amarix a A matrices by matching

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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Question

1 N/m
I N-s/m
1 N/m
I N-s/m
Consider the 3 mass system defned below
I kg
I kg 0000
I kg
Derive vystem equations of motion
defne state vector. z as
4. - d/dt
Define the system sensor output as and tthe inout.controlas fi
Dehne row and the h column of the Amarix as A
Determine the elements of the state space matrices by matching

A11
A12
A21
A22
A45
A52
A56
A65
B11
821
B31
C12
C15
D11

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