vibration 1. What are the possible matrix equations of motion for the system shownhere *x3 (0)→x; (t)X; ()www-wwwwk2wwwksmm2k + kz-k-k1kz + ks -k-k28-8-kz+-k, kz + ka -kz-ka8-8kaMatrix 1Matrix 2m3m01()m2m2-ka+|-ka ka + ka-kzk, + k2-k2-kzk2 + k -k Rx2-k338-8ka-k2k, + ka+kaMatrix 3Matrix 4Must select exactly 2 options

Solution: The correct 2 options with the necessary explanation are given below:

1. What are the possible matrix equations of motion for the system shown here x) () X3 () www ki www. m my m2 -ka +|-k, kz +k, -kz ka S园-B k -k kz + ky -ka 8-8 -k -ka ks Matrix 2 Matrix 1 m my -ky +|-k, ka + k, kq + k2 -k2 -ka ka + ky -kx2- -ka 98-8 -k2 ks -ka k, + ka

1. What are the possible matrix equations of motion for the system shown here x) () X3 () www ki www. m my m2 -ka +|-k, kz +k, -kz ka S园-B k -k kz + ky -ka 8-8 -k -ka ks Matrix 2 Matrix 1 m my -ky +|-k, ka + k, kq + k2 -k2 -ka ka + ky -kx2- -ka 98-8 -k2 ks -ka k, + ka

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

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Design of Observer

According to the control theory, the state observer (state estimator) is known as the term that gives the measures of the internal state of any particular absolute system. The state observer uses the input as well as output of the system for measuring the internal state. It is standard computer-implemented and delivers the basis for numerous practical applications.

Question

vibration

1. What are the possible matrix equations of motion for the system shown
here *
x3 (0)
→x; (t)
X; ()
www-
wwww
k2
www
ks
m
m2
k + kz
-k
-k1
kz + ks -k
-k2
8-8
-kz
+-k, kz + ka -kz
-ka
8-8
ka
Matrix 1
Matrix 2
m3
m
01()
m2
m2
-ka
+|-ka ka + ka
-kz
k, + k2
-k2
-kz
k2 + k -k Rx2
-k3
38-8
ka
-k2
k, + ka
+
ka
Matrix 3
Matrix 4
Must select exactly 2 options

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