Which of the following functions is a solution of da 12x 8y | dt dy 16х - 4у dt O a. x(t) = e2t cos(8t) – e2t sin(8t) |3| -4t O b. r(t) = e 4 cos(8t) – e t sin(8t) -4t O c. r(t) = et cos(8t) – et sin(8t) COS O d. a(t) = e 4 cos(8t) + e " sin(8t) O e. a(t) = e" cos(4t) + e4 sin(4t) COS

Linear Algebra: A Modern Introduction
4th Edition
ISBN:9781285463247
Author:David Poole
Publisher:David Poole
Chapter7: Distance And Approximation
Section7.5: Applications
Problem 17EQ
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Which of the following functions is a solution of
da
12x
8y
dt
dy
16x 4y
dt
O a z(t) – e" cos(8t) –
e2t cos(8t)
e2t sin(8t)
COS
4t
O b æ(t) = e t cos(8t)
cos(8t)- e
sin(8t)
COS
O c a(t) –
ett cos(8t) - et sin(8t)
Od a(t) – e * cos(8t) + e * sin(8t)
O e r(t) – e" cos(4t) + e“ sin(4t)
cos(4t) + et sin(4t)
%3D
Transcribed Image Text:Which of the following functions is a solution of da 12x 8y dt dy 16x 4y dt O a z(t) – e" cos(8t) – e2t cos(8t) e2t sin(8t) COS 4t O b æ(t) = e t cos(8t) cos(8t)- e sin(8t) COS O c a(t) – ett cos(8t) - et sin(8t) Od a(t) – e * cos(8t) + e * sin(8t) O e r(t) – e" cos(4t) + e“ sin(4t) cos(4t) + et sin(4t) %3D
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