The general solution of the fifth-order differential equation y(5) + 4y(3) = 0. is:

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
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%A) .{
The general solution of the fifth-order differential equation y(5) + 4y(3) = 0.
is:
y = ₁+c₂x + ₂x² + c₂cos (2x) + Cçsin (2x)
This Option
y = ₁₂ +₂e +ez
This Option
(3 cos x + C₁ sin x)
None of these
y = C₁+C₂x + 3x² + c₂e²x + c₂e-2x
|||
- 6:31
>
Transcribed Image Text:! %A) .{ The general solution of the fifth-order differential equation y(5) + 4y(3) = 0. is: y = ₁+c₂x + ₂x² + c₂cos (2x) + Cçsin (2x) This Option y = ₁₂ +₂e +ez This Option (3 cos x + C₁ sin x) None of these y = C₁+C₂x + 3x² + c₂e²x + c₂e-2x ||| - 6:31 >
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