Find the equation of the circle which touches the coordinate axes and whose centre lies on the line `x-2y=3.`

Find, the equation of the circle which touches both the axes and whose centre lies on x-2y = 3

Show that the equation of the circles which touches the coordinates axes and whose centre lies on the straight line lx + my + n = 0 is (l+m)^(2) (x^(2) + y^(2)) + 2n(l+m) (x+y) + n^(2) = 0

Show that the equation of the circle which touches the coordinates axes whose centre lies on the line lx+my+n=0 is (l+m)^(2)+2n(x+y)+n^(2)=0

Show that the equation of the circle which touches the coordinates axes whose centre lies on the line l x+m y+n=0\ i s\ (l+m)^2 (x^2 + y^2 )+2n(x+y)(l+m)+n^2=0.

Find the equations of the circle which touches y-aixs at (0,5) and whose centre lies on the line 2x+y=13.

The equation of a circle which touches both the coordinate axes and the line x = 3 is

Find the equations of circles which touch the axes and whose centres lie on the line x-2y=3

Find the equations of circles which touch the axes and whose centres lie on the x-2y=3 .

The equation of the circle which touches both axes and whose centre is (x_(1), y _(1)) is

The equation of the circle which touches both axes and whose centre is (x_(1), y _(1)) is