The solution of the Ordinary Differential Equation y(3) - 4y" + 5y' = 0 is: a. C₁+e²x (c₂cos(x) + c3sin(x)) b. C₁+ex (c₂cos(2x) + c3sin(2x)) c. e*(c₂cos (2x) + C3sin(2x)) d. None of the above Ketering
The solution of the Ordinary Differential Equation y(3) - 4y" + 5y' = 0 is: a. C₁+e²x (c₂cos(x) + c3sin(x)) b. C₁+ex (c₂cos(2x) + c3sin(2x)) c. e*(c₂cos (2x) + C3sin(2x)) d. None of the above Ketering
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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Transcribed Image Text:The solution of the Ordinary Differential Equation y(3) - 4y" + 5y' = 0 is:
a. C₁+e²x (c₂cos(x) + c3sin(x))
b. C₁+ex (c₂cos(2x) + c3sin(2x))
c. e* (c₂cos (2x) + C3sin(2x))
d. None of the above
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