(v)quad sqrt(1+x^(2))dy+sqrt(1+y^(2))dx=0

Show that the general solution of the differential equation sqrt(1-x^(2))dy+sqrt(1-y^(2))dx=0 is xsqrt(1-y^(2))+ysqrt(1-x^(2))=c , where c is an arbitray constant.

Solve the following differential equations. (i) Solve sqrt(1-x^(2)) dy + sqrt(1-y^(2))dx = 0 (ii) Solve x+y (dy)/(dx) = 0 (iii) Solve (dy)/(dx) = (2y)/(x) (iv) Solve (dy)/(dx) + x^(2) = x^(2)e^(3y)

Find the general solution of sqrt(1-x^(2))dy +sqrt(1-y^(2))dx=0 .

Solve the following differential equations. (i) (dy)/(dx) =(1+y^(2))/(1+x^(2)) (ii) (dy)/(dx) = (sqrt(1-y^(2)))/(sqrt(1-x^(2))) (iii) (dy)/(dx) = 2y tan hx (iv) sqrt(1+x^(2))dx + sqrt(1+y^(2))dy = 0 (v) (dy)/(dy) = e^(x-y)+x^(2)e^(-y)

Find the general solution of the following differential equations : sqrt(1+x^(2))dy+sqrt(1+y^(2))dx=0 .

Solve sqrt(1+x^(2)) sqrt(1+y^(2))dx+xy dy=0

Solve the following differntial equations: sqrt(1+x^2)dy+sqrt(1+y^2)dx=0 .

Solve the equation sqrt(1-x^2)dy+sqrt(1-y^2)dx=0 , given that when x=1, y=sqrt3/2 .

Which of the following equation is linear? sqrt(1-x^(2))dx+sqrt(1-y^(2))dy=0

Solve the following differential equations. sqrt(1+x^(2))dx +sqrt(1+y^(2))dy=0