Solve the Linear Higher Order of differential equation using the formulas below. (xD – 1)(D +x) | Formulas: 01. D"eax = a^eax 02. Đ(D)eax = ¢ (a)eax %3D 03. Dª(eax)n % — еах (D + a)"и 04. Ф(D)(eаxи) %3 еахф(D + а)u 05. (D — а)"(еахи) — еах р"u

Elementary Algebra
17th Edition
ISBN:9780998625713
Author:Lynn Marecek, MaryAnne Anthony-Smith
Publisher:Lynn Marecek, MaryAnne Anthony-Smith
Chapter8: Rational Expressions And Equations
Section8.9: Use Direct And Inverse Variation
Problem 8.180TI: If y varies inversely with x and y=8 when x=2 find the equation that relates x and y.
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Solve the Linear Higher Order of differential
equation using the formulas below.
(xD – 1)(D +x)
|
Formulas:
01. D"eax = a^eax
02. Đ(D)eax = ¢ (a)eax
%3D
03. Dª(eax)n
%
— еах (D + a)"и
04. Ф(D)(eаxи) %3 еахф(D + а)u
05. (D — а)"(еах и) %— еах р"и
|
Transcribed Image Text:Solve the Linear Higher Order of differential equation using the formulas below. (xD – 1)(D +x) | Formulas: 01. D"eax = a^eax 02. Đ(D)eax = ¢ (a)eax %3D 03. Dª(eax)n % — еах (D + a)"и 04. Ф(D)(eаxи) %3 еахф(D + а)u 05. (D — а)"(еах и) %— еах р"и |
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