`A` and `B` are fixed points of `PA+PB=K` (constant) and `K> AB` then the locus of `P` is

A and B are fixed points of |PA-PB|=K (constant) and KltAB then the locus of P is

A and B are fixed points of PA+PB=K constant) and KgtAB then the locus of P is

A and B are fixed points and P moves such that PA=nPB and n ne 1 . The locus of P is

A : If A(4, 0), B ( - 4, 0) are two points and PA- PB = 4 then the locus of P is 3x ^ 2 - y ^ 2 = 12 R : Let A, B be two points. If PA- PB = constant k ( lt AB) then locus of P is hyperbola

If A and B are two fixed points and P is a variable point such that PA+PB=4, the locus of P is

A point moves in a plane so that its distances PA and PB from two fixed points A and B in the plane satisfy the relation PA - PB = (k ne 0) , then the locus of P is :

A ( - 9, 0) ,B ( - 1, 0) are two points. If P is a point such that PA : PB = 3 : 1 , then the locus of P is