Show that an implicit solution of 2x sin?(y) dx – (x² + 16) cos(y) dy = 0 is given by In(x? + 16) + csc(y) = C. = 0 or 2x sin?(y) dx + dy dx 2x 0. + Differentiating In(x² + 16) + csc(y) = C we get %3D x2 + 16 Find the constant solutions, if any, that were lost in the solution of the differential equation. (Let k represent an arbitrary integer.) y =

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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Show that an implicit solution of
2x sin?(y) dx – (x² + 16) cos(y) dy = 0
is given by In(x? + 16) + csc(y) = C.
= 0 or 2x sin?(y) dx +
dy
dx
2x
0.
+
Differentiating In(x² + 16) + csc(y) = C we get
%3D
x2 + 16
Find the constant solutions, if any, that were lost in the solution of the differential equation. (Let k represent an arbitrary integer.)
y =
Transcribed Image Text:Show that an implicit solution of 2x sin?(y) dx – (x² + 16) cos(y) dy = 0 is given by In(x? + 16) + csc(y) = C. = 0 or 2x sin?(y) dx + dy dx 2x 0. + Differentiating In(x² + 16) + csc(y) = C we get %3D x2 + 16 Find the constant solutions, if any, that were lost in the solution of the differential equation. (Let k represent an arbitrary integer.) y =
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