At Determine e by first finding a fundamental matrix X(t) for x' = Ax and then using the formula e A= 41 49 4 First, find X(t). Choose the correct answer below. OA. X(t)= OB. X(t)= OC. X(t)= OD. X(t)= -3t 11t 7e-3t 7e 11t -e 7e Next, find e At 7e-3t cos 111 e¹1 sin 11t cos 11t 7e 11t, e-3t-11t 7e ¹1t (1-1) e-3t (7+1) e-3t e111 111 7e sin 11t
At Determine e by first finding a fundamental matrix X(t) for x' = Ax and then using the formula e A= 41 49 4 First, find X(t). Choose the correct answer below. OA. X(t)= OB. X(t)= OC. X(t)= OD. X(t)= -3t 11t 7e-3t 7e 11t -e 7e Next, find e At 7e-3t cos 111 e¹1 sin 11t cos 11t 7e 11t, e-3t-11t 7e ¹1t (1-1) e-3t (7+1) e-3t e111 111 7e sin 11t
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
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Transcribed Image Text:Use the method of undetermined coefficients to find a general solution to the
system x' (t) = Ax(t) + f(t), where A and f(t) are given.
2-4 4
A= -4
4
x(t) =
24,f(t) =
42
4 e 2t
8 e 2t
-4 e 2t
***

Transcribed Image Text:Determine e At by first finding a fundamental matrix X(t) for x'=Ax and then using the formula e At= X(t)X(0)¯1.
A =
41
49 4
First, find X(t). Choose the correct answer below.
OA. X(t)=
B. X(t)=
C. X(t)=
OD. X(t)=
-e-3t 111
-3t 7e 11t
7e
-e-3t cos 11t
7e
Next, find e At
At
-3t
<-3t
e
7e-3t
e 11t sin 11t
cos 11t 7 e ¹¹t sin 11t
-C
111
7e¹¹1
(1-1) e-3t
11t
(7+1)e-3t 7e 11t
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