Which of the following systems could be used to obtain the solution to the differential equation y" - Sy" + Sy' - 2y = 0? (A) X = }3 (B) { = >2 (C) = y3 (D) = 2 - Sy- Sy2+ 2y3 (G) - y3 *= 1 *- Sy1 + 2y2 - Sys = 2y- Sy2 Sys - Sy - Sy2 + 2y3 y = 2y1 – Sy2 - 8ys (E) = 2 (F) - 3 (H) ý = 92 * = 91 *= 2y1 + 8y2- 5ys *= 2y1 - Sy2 - Sys = Sy1 + 2y2-Sy3

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
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Which of the following systems could be used to obtain the solution to the differential equation
y" - Sy" + Sy' - 2y = 0?
(A) X = }3
(B) { = >2
(C) = y3
(D) = 2
- Sy- Sy2+ 2y3
(G) - y3
*= 1
*- Sy1 + 2y2 - Sys
= 2y- Sy2 Sys
- Sy - Sy2 + 2y3
y = 2y1 – Sy2 - 8ys
(E) = 2
(F) - 3
(H) ý = 32
* = 91
*= 2y1 + 8y2- 5ys
*= 2y1 - Sy2 - Sys
= Sy1 + 2y2-Sy3
Transcribed Image Text:Which of the following systems could be used to obtain the solution to the differential equation y" - Sy" + Sy' - 2y = 0? (A) X = }3 (B) { = >2 (C) = y3 (D) = 2 - Sy- Sy2+ 2y3 (G) - y3 *= 1 *- Sy1 + 2y2 - Sys = 2y- Sy2 Sys - Sy - Sy2 + 2y3 y = 2y1 – Sy2 - 8ys (E) = 2 (F) - 3 (H) ý = 32 * = 91 *= 2y1 + 8y2- 5ys *= 2y1 - Sy2 - Sys = Sy1 + 2y2-Sy3
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