Solve the following system-3 2-5 3 X2X1dt X2sin(t)cos(t)3/2cos(t) + 1/2sin(t)|X1+ c2/2sin(t)-1/2cos(t)]= C1X2Bcos(t)sin(t)X13cos(t) - sin(t) + 3sin(t) + cos(t)cos(t)3/2sin(t) – 1/2cos(t)sin(t)+ 3/2cos(t) +1/2sin(t)X1= C1X2sin(t)3/2sin(t) +1/2cos(t)cos(t)- 3/2cos(t) – 1/2sin(t)X1+c2= C1X2

Name: Solve the following system-3 2-5 3 X2X1dt X2sin(t)cos(t)3/2cos(t) + 1
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Description: Solve the following system-3 2-5 3 X2X1dt X2sin(t)cos(t)3/2cos(t) + 1/2sin(t)|X1+ c2/2sin(t)-1/2cos(t)]= C1X2Bcos(t)sin(t)X13cos(t) - sin(t) + 3sin(t) + cos(t)cos(t)3/2sin(t) – 1/2cos(t)sin(t)+ 3/2cos(t) +1/2sin(t)X1= C1X2sin(t)3/2sin(t) +1/2cos(t)c

Answered: Image /qna-images/answer/8f7f6555-bc8f-43be-ab78-e975fe1111b7.jpg

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Advanced Math

-3 2 X1 -5 3 X2 d X1 %3D dt X2 cos(t) 3/2cos(t) + 1/2sin(t) sin(t) 3/2sin(t)- 1/2cos(t) + c2 C1 X2 sin(t) 3sin(t) + cos(t) B. X1 cos(t) = C1 3cos(t) – sin(t) + c2 X2 sin(t) 3/2cos(t) +1/2sin(t X1 cos(t) + C2 = C1 [3/2sin(t) – 1/2cos(t) X2 sin(t) 3/2sin(t) +1/2cos(t) D cos(t) 3/2cos(t)- 1/2sin(t) X1 = C1 +C2 %3D X2

-3 2 X1 -5 3 X2 d X1 %3D dt X2 cos(t) 3/2cos(t) + 1/2sin(t) sin(t) 3/2sin(t)- 1/2cos(t) + c2 C1 X2 sin(t) 3sin(t) + cos(t) B. X1 cos(t) = C1 3cos(t) – sin(t) + c2 X2 sin(t) 3/2cos(t) +1/2sin(t X1 cos(t) + C2 = C1 [3/2sin(t) – 1/2cos(t) X2 sin(t) 3/2sin(t) +1/2cos(t) D cos(t) 3/2cos(t)- 1/2sin(t) X1 = C1 +C2 %3D X2

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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