Consider the nonhomogeneous system X': Find a fundamental matrix 4(t) for the associated homogeneous system. Also, determine the vector u (t) satisfying the equation X(t) = 4(t) u (t) which is a particular solution of the nonhomogeneous system. t- [ 3et 3eSt] u (t) = O A. W(t) = 2et est 2 [3e4t 3e-St] B. (t) = 2et est 21 3et 3eSt] C. p(t) = 2et u (t) = eSt 7t. 21 3ett 3est] ;u (t) = 21 t D. 4(t) = -2et e-St 7t.

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
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Consider the nonhomogeneous system
2 9
2 1
X' =
X+
Find a fundamental matrix 4(t) for the associated homogeneous system.
Also, determine the vector u (t) satisfying the equation X(t) = 4(t) u (t)
which is a particular solution of the nonhomogeneous system.
-2t
[ 3ett -3e-St]
O A. U(t) =
;u (t) =
2e4t
e-St
B. Q(t) =
2e4t
[3ett 3e-St] -
;u (t) =
e St
7t 2
e
21
81
t-
9
-2t
C. H(t) =
[3e4t 3e-st]
u (t)
2e4t e-st
1
e
21
9t
1
t -
-3ett -3est
:u (t)
D. W(t) =
-2e4t
e-St
7t
9t
21
Transcribed Image Text:Consider the nonhomogeneous system 2 9 2 1 X' = X+ Find a fundamental matrix 4(t) for the associated homogeneous system. Also, determine the vector u (t) satisfying the equation X(t) = 4(t) u (t) which is a particular solution of the nonhomogeneous system. -2t [ 3ett -3e-St] O A. U(t) = ;u (t) = 2e4t e-St B. Q(t) = 2e4t [3ett 3e-St] - ;u (t) = e St 7t 2 e 21 81 t- 9 -2t C. H(t) = [3e4t 3e-st] u (t) 2e4t e-st 1 e 21 9t 1 t - -3ett -3est :u (t) D. W(t) = -2e4t e-St 7t 9t 21
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