(iv)The position of the radical axis of the two circles geometrically is as :

The equation of the radical axis of the two circles represented by the equations,|z-2|=3 and |z-2-3i|=4 an the complex plane is

Radical Axis Of Two Circles

The radical axis of two circles S=0, S'=0 does not exist if

The radical axis of two circles S=0, S'=0 does not exist if

The equation of radical axis of two circles is x+y=1. One of the circles has the ends ofa diameter at the points (1,-3) and (4,1) and the other passes through the point (1, 2).Find the equating of these circles.

AB and CD are the chords of the parabola which intersect at a point E on the axis.The radical axis of the two circles described on ABand CD as diameter always passes through

State (with reasons), which of the following are true or false : The radical axis of two circles always passes through the center of one of the circles.

(iii)If two circles cut a third circle orthogonally; then the radical axis of two circle will pass through the center of the third circle .

The equation of radical axis of two circles is x + y = 1 . One of the circles has the ends ofa diameter at the points (1, -3) and (4, 1) and the other passes through the point (1, 2).Find the equations of these circles.

The equation of radical axis of two circles is x + y = 1 . One of the circles has the ends ofa diameter at the points (1, -3) and (4, 1) and the other passes through the point (1, 2).Find the equating of these circles.