If the coordinates of a vartiable point P be `(t+(1)/(t), t-(1)/(t))`, where t is the variable quantity, then the locus of P is

If the co-ordinates of a variable point P be (t +1/t, t - 1/t) where t is the variable quantity, then the locus of P is :

If the coordinates of a variable point P be (t+ 1/t , t- 1/t) , where t is a variable quantity, then find the locus of P .

The coordinates of a moving point P are (ct+(c)/(t),ct-(c)/(T)) , where t is a variable parameter . Find the equation to the locus of P.

The coordinates of a moving point P are (at^(2),2at) , where t is a variable parameter . Find the equation to the locus of P.

The coordinates of moving point P are ((2t+1)/(3t-2),(t-1)/(t+1)) , where t is a variable parameter . Find the equation to the locus of P.

If the co-ordinates of a point P are x = at^(2) , y = a sqrt(1 - t^(4)) , where t is a parameter , then the locus of P is a/an

Find the locus of point (t+(1)/(t),t-(1)/(t)) where t is a parameter.

The locus of the point (a+b t, b-(a)/(t)), where t is the parameter is

Find the locus of a variable point (at^2, 2at) where t is the parameter.

Find the locus of a variable point (at^2, 2at) where t is the parameter.