Which of the following is a solution to x' A(f) x +b (t) if -2 1 A (1) = -3 2 b(t)= 2 sin(t) - sin(t) a) O v (t) = -cos(t) – 2 sin(t) -cos(t) b) O v (t) = sin(t)- 2 cos(t) 2 sin(t) + cos(t) c) O v (t) = sin (t) -cos(f)- 2 sin(t) d) O v (t) = - sin(f) 2 sin(f) + cos(t) e) O v (t)= - sin(t) f) ONone of the above.

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
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Which of the following is a solution to x' A(f) x +b (t) if
-2 1
A (1) =
-3 2
b(t)=
2 sin(t)
- sin(t)
a) O v (t) =
-cos(t) – 2 sin(t)
-cos(t)
b) O v (t) =
sin(t)- 2 cos(t)
2 sin(t) + cos(t)
c) O v (t) =
sin (t)
-cos(f)- 2 sin(t)
d) O v (t) =
- sin(f)
2 sin(f) + cos(t)
e) O v (t)=
- sin(t)
f) ONone of the above.
Transcribed Image Text:Which of the following is a solution to x' A(f) x +b (t) if -2 1 A (1) = -3 2 b(t)= 2 sin(t) - sin(t) a) O v (t) = -cos(t) – 2 sin(t) -cos(t) b) O v (t) = sin(t)- 2 cos(t) 2 sin(t) + cos(t) c) O v (t) = sin (t) -cos(f)- 2 sin(t) d) O v (t) = - sin(f) 2 sin(f) + cos(t) e) O v (t)= - sin(t) f) ONone of the above.
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