Find the particular solution of the differential equation :
`(x dy - y dx) y sin (y/x)= (y dx + x dy) x cos. y/x `, given that `y=pi` and `x=3`.

Find the particular solution of the differential equation : (xdy - y dx) y sin((y)/(x)) = (y dx + x dy) x cos ((y)/(x)) , given that y = pi when x = 3.

Solve the differential equation (x dy - y dx) y sin ((y)/(x)) = (y dx + x dy) x cos ((y)/(x)) .

Solve the differential equation (x dy - y dx) y sin ((y)/(x)) = (y dx + x dy) x cos ((y)/(x)) .

Solve the differential equation (x dy - y dx) y sin ((y)/(x)) = (y dx + x dy) x cos ((y)/(x)) .

Solve the following differential equations (x dy -y dx)y sin (y/x)= (y dx + x dy)x cos (y/x) .

Find the particular solution of the differential equation : x^2 dy - y dx = 2x dy given that x = 3, y = 1

Find the particular solution of the differential equation cos x (dy/dx) = y sin x, y = 1 when x = 0 .

Find the particular solution of the differential equation x^2dy - y dx = x dy given that x = 2, y = 1