[60.60." If "y=a+bx^(2)a,b" arbitrary constants,"],[" then "]

If y=a+bx^(2) , where a, b are arbitrary constants, then

If y=a+b x^2,\ a ,\ b arbitrary constants, then find dy/dx

If y=a+ bx^(2) , where a, b are constants, then

If y=a+ bx^(2) , where a, b are constants, then

y^2-2ay+x^2=a^2 , a is an arbitrary constant.

If y = ax^(2)+bx + c = 0 where a,b,c are arbitrary constants then the differential equation is :

c(y+c)^2=x^3 , c is an arbitrary constant.

The general solution of a differential equation is y= ae ^(bx+ c) where are arbitrary constants. The order the differential equation is :

The general solution of a differential equation is y= ae ^(bx+ c) where are arbitrary constants. The order the differential equation is :

Find the Differential equation satisfying the family of curves y^2=a(b^2-x^2) ,a and b are arbitrary constants.