6. For each of the following linear nonhomogeneous differential equations, write an appropriate form Yp(x) = A₁ f₁(x) + A₂ƒ2(1) ++ Anfn (1) in which a particular solution yp may be found. Remember to check for multiplicity. You do not need to solve for the coefficients, you only need to report the form of yp- a) y" - 2y + y = e²r - e³r b) y"+y=2 sin x + sin 2x c) y" - 4y = 6x+e=4²

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
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6. For each of the following linear nonhomogeneous differential equations, write an appropriate form
Yp(x) = A₁ f1(x) + A₂ƒ2(x) + + Anfn(x)
in which a particular solution yp may be found. Remember to check for multiplicity. You do not
need to solve for the coefficients, you only need to report the form of yp.
a) y" - 2y + y = e²r-e³r
b) y"+y=2 sin x + sin 2x
c) y" - 4y = 6x +e=4ª
Transcribed Image Text:6. For each of the following linear nonhomogeneous differential equations, write an appropriate form Yp(x) = A₁ f1(x) + A₂ƒ2(x) + + Anfn(x) in which a particular solution yp may be found. Remember to check for multiplicity. You do not need to solve for the coefficients, you only need to report the form of yp. a) y" - 2y + y = e²r-e³r b) y"+y=2 sin x + sin 2x c) y" - 4y = 6x +e=4ª
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