The solution of `(1+xy)ydx + (1-xy) xdy = 0` is

The solution of y(2xy+e^x)dx-e^xdy=0 is (A) x^2+ye^(-x)=C (B) xy^2+e^(-x)=C (C) x/y+e^(-x)/x^2=C (D) x^2+e^x/y=C

The solution of xdy+ydx+2x^(3)dx=0 is

The solution of the ( dy )/(dx) = (xy+y)/(xy+x) is :

The solution of dy/dx+(1+y^3)/xy^2(1+x^2)=0

Let y(x) be a solution of xdy+ydx+y^(2)(xdy-ydx)=0 satisfying y(1)=1. Statement -1 : The range of y(x) has exactly two points. Statement-2 : The constant of integration is zero.

The solution of the differential equation y(xy + 2x^2y^2) dx + x(xy-x^2y^2)dy = 0 is given by

The solution of x^(2)(dy)/(dx)-xy=1+cosy/x is

If a conic passes through (1, 0) and satisfies differential equation (1 + y^2) dx - xy dy = 0 . Then the foci is:

What is the solution of y'=1+x+y^(2)+xy^(2),y(0)=0 ?

What is the solution of y'=1+x+y^(2)+xy^(2),y(0)=0 ?