Home
Class 12
MATHS
solve the given differential equation yc...

solve the given differential equation `ycos(y/x)(xdy-ydx)+xsin(y/x)(xdy+ydx)=0`

Text Solution

AI Generated Solution

Promotional Banner

Similar Questions

Explore conceptually related problems

Solve the following differential equation: x(dy)/(dx)-y+xsin(y/x)=0

Solve the following differential equation: x(dy)/(dx)-y+xsin(y/x)=0

Solve the differential equation cos^(2) ydx + xdy = tan ydy .

Solve the differential equation: y\ dx+(x-y^2)dy=0

Find the integrating factor of the given differential equation: ydx-xdy+(logx)dx=0

Solve the following differential equations: (x+tany)dy=sin2ydx

Solve the following differential equation, x cos ((y)/(x)) (ydx + xdy) = y sin ((y)/(x)) (xdy- ydx)

Solution of differential equation of (x+2y^3)dy = ydx is :

Show that the differential equation xcos(y/x)(dy)/(dx)=ycos(y/x)+x is homogeneous and solve it.

Solve the following differential equations. ydx +(2 sqrt(xy )- x) dy =0