[" Whe centre of the circle "S=0" lies on the line "2x-2y+9=0" and "S=0],[x+y^(2)=4" .Show that circle "S=0" passes through two fixed points and "]

The centre of the circle S=0 lie on the line 2x-2y+9=0&S=0 cuts orthogonally x^(2)+y^(2)=4. Show that circle S=0 passes through two fixed points & find their coordinates.

The centre of the circle S=0 lie on the line 2x – 2y +9=0 & S=0 cuts orthogonally x^2 + y^2=4 . Show that circle S=0 passes through two fixed points & find their coordinates.

The centre of the circle S=0 lie on the line 2x – 2y +9=0 & S=0 cuts orthogonally x^2 + y^2=4 . Show that circle S=0 passes through two fixed points & find their coordinates.

The centre of the circle S=0 lies on the line 2x-2y+9=0 and it cuts the circle x^2+y^2=4 orthogonally . Show that S=0 passes through two fixed points and find their coordinates.

The centre of the circle S = 0 lies on the line 2x -2y + 9 = 0 and S = 0 cuts orthogonally the circle x^2 + y^2 = 4 . Show that S = 0 passes through two fixed points and also find the co-ordinates of these two points.

If centre of a circle lies on the line 2x - 6y + 9 =0 and it cuts the circle x^(2) + y^(2) = 2 orthogonally then the circle passes through two fixed points

If centre of a circle lies on the line 2x - 6y + 9 =0 and it cuts the circle x^(2) + y^(2) = 2 orthogonally then the circle passes through two fixed points

Find the equation of the circle, whose centre lies on the line 2x- y- 3 = 0 and which passes through the points (3, - 2) and (-2, 0).