(D² - 4D + 5)y = e*; y a. y= e²*(C,cos2x + C,sin2x) – –e 10 b. y e2*(C,cosx + C,sinx) +e 10 C. y = e*(C,cos2x + C,sin2x) - 10 d. y= e*(C,cosx + C,sinx) + 10
(D² - 4D + 5)y = e*; y a. y= e²*(C,cos2x + C,sin2x) – –e 10 b. y e2*(C,cosx + C,sinx) +e 10 C. y = e*(C,cos2x + C,sin2x) - 10 d. y= e*(C,cosx + C,sinx) + 10
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:(D² – 4D + 5)y = e¯*; y
1
a y=e²*(C,cos2x + C2sin2x) --e
10
b y = e2*(C,cosx + C,sinx) +e*
10
C. y = e*(C,cos2x + C,sin2x) -÷e
10
d. y = e*(C,cosx + C, sinx) +
10
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