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6.2 What is a differential equation, y depending on x, whose general solution is the function 21 y(x) = ₁ + c₂e + 16x + sen(9x) a) D(D+2)y = 32 - 81sen(9x) + 18 cos(9x) b) D(D+2)y = 16x + sen(9x) c) D(D2)y= 16x + sen(9x) d) D(D-2)y=-32-81sen(9x) - 18 cos(9x)

6.2 What is a differential equation, y depending on x, whose general solution is the function 21 y(x) = ₁ + c₂e + 16x + sen(9x) a) D(D+2)y = 32 - 81sen(9x) + 18 cos(9x) b) D(D+2)y = 16x + sen(9x) c) D(D2)y= 16x + sen(9x) d) D(D-2)y=-32-81sen(9x) - 18 cos(9x)

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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6.2 What is a differential equation, y depending on x, whose general solution is the function y(x) = C₁+C₂e + 16x + sen(9x) -2x a) D(D+2)y=32 - 81sen(9x) + 18 cos(9x) b) D(D+2)y= 16x + sen(9x) c) D(D2)y = 16x + sen(9x) d) D(D2)y=-32-81sen(9x) - 18 cos(9x)
Transcribed Image Text:6.2 What is a differential equation, y depending on x, whose general solution is the function y(x) = C₁+C₂e + 16x + sen(9x) -2x a) D(D+2)y=32 - 81sen(9x) + 18 cos(9x) b) D(D+2)y= 16x + sen(9x) c) D(D2)y = 16x + sen(9x) d) D(D2)y=-32-81sen(9x) - 18 cos(9x)
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