[" The differential equation "],[(dy)/(dx)=(sqrt(1-y^(2)))/(y)" determines a family of "],[" circles with "]

The differential equation (dy)/(dx)=(sqrt(1-y^2))/y determines a family of circle with

The differential equation ( dy )/( dx) = ( sqrt(1-y ^2))/(y) determines a fimily of circular with

The differential equation (dy)/(dx)=(sqrt(1-y^2))/y determines a family of circle with (a) variable radii and a fixed centre at (0, 1) (b) variable radii and a fixed centre at (0,-1) (c) Fixed radius 1 and variable centres along the x-axis. (d) Fixed radius 1 and variable centres along the y-axis.

The differential equation (dy)/(dx)=(sqrt(1-y^2))/y determines a family of circle with (a) variable radii and a fixed centre at (0, 1) (b) variable radii and a fixed centre at (0,-1) (c) Fixed radius 1 and variable centres along the x-axis. (d) Fixed radius 1 and variable centres along the y-axis.

The differential equation (dy)/(dx)=(sqrt(1-y^2))/y determines a family of circle with (a) variable radii and a fixed centre at (0, 1) (b) variable radii and a fixed centre at (0,-1)(c) Fixed radius 1 and variable centres along the x-axis. (d) Fixed radius 1 and variable centres along the y-axis.

The differential equation (dy)/(dx)=(sqrt(1-y^2))/y determines a family of circle with (a) variable radii and a fixed centre at (0, 1) (b) variable radii and a fixed centre at (0,-1) (c) Fixed radius 1 and variable centres along the x-axis. (d) Fixed radius 1 and variable centres along the y-axis.

The differential equation (dy)/(dx) = (x(1+y^(2)))/(y(1+x^(2)) represents a family of

For each of the differential equations in (dy)/(dx)=sqrt(16-y^(2))