to the I. sinx(e+ 1)x' - cosx = 1, y(=) = 0 %3D %3D (1 + e) (1 + cos x) = 0 (1 + e) (1 + sin x) = 2 %3D (1 + e) (1 + cos x) (1- e) (1 + cos x) = 1 0 %3D (1 + e") (1 – cos x) = 2 %3D (1 + e') (1 + cosx) = -1

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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9
Solve the D. E. to the I. V. P.
sinx(e + 1)x'- cosx = 1, y() = 0
%3D
%3D
(1 + e) (1 + cos x) = 0
(1 + e) (1 + sin x) = 2
%3D
(1 + e) (1 + cos x)
2 0
(1 - e) (1 + cos x) = 1
%3D
(1 + e) (1 – cos x) = 2
(1 + e") (1 + cos x) = -1
%3D
Transcribed Image Text:Solve the D. E. to the I. V. P. sinx(e + 1)x'- cosx = 1, y() = 0 %3D %3D (1 + e) (1 + cos x) = 0 (1 + e) (1 + sin x) = 2 %3D (1 + e) (1 + cos x) 2 0 (1 - e) (1 + cos x) = 1 %3D (1 + e) (1 – cos x) = 2 (1 + e") (1 + cos x) = -1 %3D
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