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Question 8 Which of the following is a solution to x = A(t) x + b (t) if a) O v (f)- b) O v(n)- (1)- T d) O v(n)- e) O v (t)- -sin(t)-cost) -cos(1) -cos(f) + sin(1) -sin(1) - cos(1) sin (f)+cos(1) sin(1) + cost) 0 DO None of the above. A (t)- b(r)- sin (f)

Question 8 Which of the following is a solution to x = A(t) x + b (t) if a) O v (f)- b) O v(n)- (1)- T d) O v(n)- e) O v (t)- -sin(t)-cost) -cos(1) -cos(f) + sin(1) -sin(1) - cos(1) sin (f)+cos(1) sin(1) + cost) 0 DO None of the above. A (t)- b(r)- sin (f)

Advanced Engineering Mathematics
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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Question 8 Which of the following is a solution to x = A(t) x + b (t) if a) O v (f)- b) O v (1) (1)- d) O v(t)- e) Ov (t)- -sin(t)-cost) -cos(1) -cos(f) + sin(1) -sin (1) -sin(1) - cos(1) sin(t) + cost) -sin(r) sin(t) + cost) 0 DO None of the above. A (t)- b(t)- sin (f)
Transcribed Image Text:Question 8 Which of the following is a solution to x = A(t) x + b (t) if a) O v (f)- b) O v (1) (1)- d) O v(t)- e) Ov (t)- -sin(t)-cost) -cos(1) -cos(f) + sin(1) -sin (1) -sin(1) - cos(1) sin(t) + cost) -sin(r) sin(t) + cost) 0 DO None of the above. A (t)- b(t)- sin (f)
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