" (i) "(e^(y)+1)cos xdx+e^(y)sin xdy=

The general solution of the equation (e^(y)+1)cos xdx+e^(y)sin xdx=0 is

(e ^ (y) +1) cos xdx + e ^ (y) sin xdy = 0

The general solution of the equation (e^y + 1)cos x dx + e^y sin x dy=0 is

The equation of the curve passing through ((pi)/(6),0) and satisfying the differential equation (e^y+1)cos xdx+e^ysin xdy=0 , is

int e^(sin x)cos xdx

Solve the following differential equations. (e^y+1)cos x dx+e^y sin x dy=0

(e^(y)+1)cos x dx+e^(y)sin x dy =0 A) (e^(y)+1)sin x =c B) (e^(y)+1)=c tan x C) e^(y)sin x + cos x=c D) (e^(x)+1)sin y=c