`A(0,4), B(0,-4)` are two points. The locus of `P` which moves such that `|PA-PB| =6 ` is

A(2,3),B(-2,3) are two points.The locus of P which moves such that PA-PB=4

A(4,0) , B(-4,0) are two points.If the locus of P which moves such that |PA-PB|=6 is ax^(2)+by^(2)-63=0 .Then |a+b| is equal to

A(2,3) , B(-2,3) are two points.The locus of p which moves such that PA-PB=4 is

A(4,0),B(-4,0) are two points.The locus of P which moves such that |PA-PB|=6 is (i)9x^(2)-7y^(2)+63=0 (ii) 9x^(2)+7y^(2)-63=0( iii) 9x^(2)+7y^(2)+63=0 (iv) 9x^(2)-7y^(2)-63=0

Let A(0,-4) and B(0,4) be two fixed points. Find the locus of a point P which moves so that PA+PB=12 .

A(2,3),B(2,-3) are two points.The equation to the locus of P. such that PA+PB=8

If A(-2,2,3) and B(13,-3,13) are two points.Find the locus of a point P which moves in such a way that 3PA=2PB

A(30, 20) and B(6, -4) are two points. The coordinates of point P in AB such that 2PB= AP are:

Given the points A(0,4) and B(0,-4), the equation of the locus of the point P(x,y) such th |AP-BP|=6 is

A (- 2, 4) and B (- 5, - 3) are two points. The coordinates of a point P on Y axis such that PA = PB, are (a) (3, 4) (b) (0, 9) (c)(9, 0) (d)(0, - 1)