Solve the following differential equation: x dy +(y – x ³) dx = 0

Given: differential equation x dy +(y – x ³) dx = 0

To find: the value given differential equation

given: x dy +(y – x ³) dx = 0

Dividing throughout by dx,

Dividing throughout by x we get,

This is of the of the standard form, i.e.,

Where and Q=x²

And we know the integrating factor is

IF=e^{∫P dx}

Substituting the value of P in the IF, we get

But we know integration of is log x, substituting this in the above equation, we get

IF=e^{log( x)}

But e^{log x}=x, so he above equation becomes,

IF=x

So the general solution of a differential equation is

y(IF)=∫(Q×I.F)dx+C

Substituting the corresponding values in the above equation, we get

On integrating, we get

Or

Hence this is the solution of the given differential equation