The solution of the differential equation `x^2(dy)/(dx)cos(1/x)-ysin(1/x)=-1,` where `y->-1` as`x->oo` is

The solution of the differential equation (x^2dy)/(dx)cos(1/x)-ysin(1/x)=-1, where y -> 1 as x -> oo is (A) y=sin(1/x)+cos(1/x) (B) y=(x+1)/(xsin(1/x)) (C) y=sin(1/x)-cos(1/x) (D) y=x/(xcos(1/x))

The solution of the differential equation (dy)/(dx)=(1+x)(1+y^2) is

Solution of the differential equation (dy)/(dx)+(1)/(x)y=3x is

The solution of the differential equation, x^(2)dy/dxcos""(1)/(x)-ysin""(1)/(x)=-1, where yto-1asxtooo is

The solution of the differential equation, x^(2)dy/dxcos""(1)/(x)-ysin""(1)/(x)=-1, where yto-1asxtooo is

The solution of the differential equation, x^(2)dy/dxcos""(1)/(x)-ysin""(1)/(x)=-1, where yto-1asxtooo is

The solution of the differential equation, x^(2)dy/dxcos""(1)/(x)-ysin""(1)/(x)=-1, where yto-1asxtooo is

The solution of the differential equation (dy)/(dx) = cos (y -x) +1 is

Solution of the differential equation cos^(2)(x-y)(dy)/(dx)=1

The solution of the differential equation (dy)/(dx)+(1+cos2y)/(1-cos2x)=0 is