`(dy)/(dx)+y/2 secx=tanx/(2y)`

Solve the differential equations: (dy)/(dx) + y secx = tanx 0 le x le pi/2

The general solution of the differential equation (dy)/(dx)+ysecx=tanx is y(secx-tanx)=secx-tanx+x+k .

Solve the following differential equations (dy)/(dx)=secx(2secx+tanx)

Solve the following differential equations (dy)/(dx)=secx(2secx+tanx)

Find (dy)/(dx) if xy+y^2=tanx+y

True or false: y(secx+tanx)=secx+tanx-x+108 is a particular solution of the differential equation (dy)/(dx)+ysecx=tanx .

Solve the following differential equation: (dy)/(dx)+secx*y=tanx(0lexltpi/2)

For each of the differential equations given in (dy)/(dx)+secx.y=tanx(0 le x lt (pi)/(2))

Find the general solution of the differential equations: (dy)/(dx)+(secx)y=tanx (0 <= x < pi/2)