In Problems 1-8, decide whether or not the method of unde- termined coefficients can be applied to find a particular solu- tion of the given equation. 1. y" + 2y'-y = t¹e¹ 2. 5y"-3y' + 2y = t³ cos 4t 3. 2y" (x) - 6y'(x) + y(x) = (sinx)/ex 4. x" +5x'- 3x = 3¹ - 5. y"(0) + 3y' (0) − y(0) sec 6. 2w" (x) - 3w(x) = 4x sin²x + 4x cos²x 100 Ax
In Problems 1-8, decide whether or not the method of unde- termined coefficients can be applied to find a particular solu- tion of the given equation. 1. y" + 2y'-y = t¹e¹ 2. 5y"-3y' + 2y = t³ cos 4t 3. 2y" (x) - 6y'(x) + y(x) = (sinx)/ex 4. x" +5x'- 3x = 3¹ - 5. y"(0) + 3y' (0) − y(0) sec 6. 2w" (x) - 3w(x) = 4x sin²x + 4x cos²x 100 Ax
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:4.4 EXERCISES
In Problems 1-8, decide whether or not the method of unde-
termined coefficients can be applied to find a particular solu-
tion of the given equation.
1. y" + 2y'-y = t¹¹e¹
2. 5y"-3y' + 2y = t³ cos 4t
3. 2y" (x) -6y'(x) + y(x) = (sinx)/e4x
4.
x" + 5x' - 3x = 3¹
5.
y" (0) + 3y' (0) − y(0) = sec 0
6. 2w" (x) - 3w(x) = 4x sin²x + 4x cos²x
7. 8z'(x) — 2z(x) = 3x¹00e4x cos 25x
8. ty" - y' + 2y = sin 3t
In Problems 9-26, find a particular solution to the differential
equation.
9. y" + 3y = -9
11. v"(x) +v(x)
5
= 2x
6
10. y" + 2y'-y = 10
12. 2x' + x = 31²
8
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