Equation of chord AB of the circle `x^2+y^2=2` passing through `P(2,2)` such that `(PB)/(PA)=3,` is given by (a) `x=3y` (b) `x=y` (c) `y-2=sqrt3(x-2)` (d) Non of these

Equation of chord AB of the circle x^2+y^2=2 passing through P(2,2) such that (PB)/(PA)=3, is given by (a) x=3y (b) x=y (c) y-2=sqrt3(x-2) (d) None of these

Equation of chord AB of circle x^2+y^2=2 passing through P(2,2) such that PB/PA = 3, is given by

The equation of chord AB of the circle x^(2)+y^(2)=r^(2) passing through the point P(1,1) such that (PB)/(PA)=(sqrt(2)+r)/(sqrt(2)-r),(0

The equation of chord AB of the circle x^2+y^2=r^2 passing through the point P(1,1) such that (PB)/(PA)=(sqrt2+r)/(sqrt2-r) , (0ltrltsqrt(2))

The equation of chord AB of the circle x^2+y^2=r^2 passing through the point P(1,1) such that (PB)/(PA)=(sqrt2+r)/(sqrt2-r) , (0ltrltsqrt(2))

The equation of chord AB of the circle x^(2)+y^(2)=r^(2) or passing through the point P(1,1) such that (PB)/(PA)=(sqrt(2)+r)/(sqrt(2)-r)

Equation of the circle concentric with the circle x^(2)+y^(2)-3x+4y-c=0 and passing through the point [(-1,-2) is

The locus of the centre of the circle passing through (1,1) and cutting x^2 + y^2 = 4 orthogonally is : (A) x+y=3 (B) x+2y=3 (C) 2x+y=3 (D) 2x-y=3

The locus of the centre of the circle passing through (1,1) and cutting x^2 + y^2 = 4 orthogonally is : (A) x+y=3 (B) x+2y=3 (C) 2x+y=3 (D) 2x-y=3

The locus of the middle point of the chord of the circle x ^(2) + y ^(2) = a ^(2) such that the chords passes through a given point (x _(1) , y _(1)), is : a) x ^(2) + y ^(2) - x x _(1) - y y _(1) =0 b) x ^(2) + y ^(2) = x _(1) ^(2) + y _(1) ^(2) c) x + y = x _(2) + y _(1) d) x + y = x _(1) ^(2) + y _(1) ^(2)