sin(2x) sin(y))dx + (cos(2x) cos(y)) dy = 0 form F(x, y) = c where g(|cos cos(2x) | ) + cos(2x) sin(y) × The differential equation (2 tan(2x) - 2 sin(2x) sin(y))dx + (cos(2x) cos(y Has solutions of form F(x, y) F(x, y) = = c where -log(|cos (2x) | ) + cos(2x) sin(y) × Enter an algebraic reccion Imara י

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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Question
sin(2x) sin(y))dx + (cos(2x) cos(y)) dy = 0
form F(x, y) = c where
g(|cos
cos(2x) | ) + cos(2x) sin(y) ×
Transcribed Image Text:sin(2x) sin(y))dx + (cos(2x) cos(y)) dy = 0 form F(x, y) = c where g(|cos cos(2x) | ) + cos(2x) sin(y) ×
The differential equation
(2 tan(2x) - 2 sin(2x) sin(y))dx + (cos(2x) cos(y
Has solutions of form F(x, y)
F(x, y)
=
= c where
-log(|cos (2x) | ) + cos(2x) sin(y) ×
Enter an algebraic
reccion Imara
י
Transcribed Image Text:The differential equation (2 tan(2x) - 2 sin(2x) sin(y))dx + (cos(2x) cos(y Has solutions of form F(x, y) F(x, y) = = c where -log(|cos (2x) | ) + cos(2x) sin(y) × Enter an algebraic reccion Imara י
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