16. (D+1)²(D− 6)³(D + 5) (D² + 1) (D² + 4) [y] = 0

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
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**In Problems 15–18, find a general solution to the given homogeneous equation.**

15. \((D - 1)^2 (D + 3) (D^2 + 2D + 5)^2 [y] = 0\)

16. \((D + 1)^2 (D - 6)^3 (D + 5) (D^2 + 1) (D^2 + 4) [y] = 0\)

These equations involve finding the roots of differential operators and using them to construct general solutions for homogeneous differential equations.
Transcribed Image Text:**In Problems 15–18, find a general solution to the given homogeneous equation.** 15. \((D - 1)^2 (D + 3) (D^2 + 2D + 5)^2 [y] = 0\) 16. \((D + 1)^2 (D - 6)^3 (D + 5) (D^2 + 1) (D^2 + 4) [y] = 0\) These equations involve finding the roots of differential operators and using them to construct general solutions for homogeneous differential equations.
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