" 11."2sin3ydx+3x cos3ydy=0

Solve the equation: 2sin3ydx+3xcos3ydy=0

Solve the equation: 2sin3ydx+3xcos3ydy=0

sinx sin y dx+cos x cos ydy=0

The solution of the differential equation sinye^(x)dx-e^(x)cos ydy=sin^(2)ydx is (where, c is an arbitrary constant)

The solution of the differential equation sinye^(x)dx-e^(x)cos ydy=sin^(2)ydx is (where, c is an arbitrary constant)

ydy+xe^(x)cos^(2)ydx=0

"Let f(x) "=|{:(cos x" " sin x" " cos x),(cos 2x" "sin 2x" "2cos 2x),(cos 3x" "sin 3x" "3cos 3x):}|" Then find the vlue of "f'(0) and f'(pi//2).

"Let f(x) "=|{:(cos x" " sin x" " cos x),(cos 2x" "sin 2x" "2cos 2x),(cos 3x" "sin 3x" "3cos 3x):}|" Then find the vlue of "f'(0) and f'(pi//2).

The solution of the differential equation sin x cos ydy+cos x sin ydx=0 is

The general solution of e^(x) cos ydx-e^(x) sin ydy=0 is