Find the curve which passes through the point (2,0) such that the segment of the tangent between the point of tangency & the y-axis has a constant length equal to 2 .

The equation of a curve which passes through the point (3, 1), such the segment of any tangent between the point of tangency and the x-axis is bisected at its point of intersection with y-axis, is :

Find the equation of a curve passing through the point (1, 1) , given that the segment of any tangent drawn to the curve between the point of tangency and the y-axis is bisected at the x-axis.

Find the equation of a curve passing through the point (1,1), given that the segment of any tangent drawn to the curve between the pooint of tangency and the y-axis is bisected at the x- axis.

The equation of the curve which passes through the point (2a, a) and for which the sum of the cartesian sub tangent and the abscissa is equal to the constant a , is

The curve that passes through the point (2,3) and has the property that the segment of any tangent to it lying between the co - ordinate axes is bisected by the point of contact is given by :

The curve that passes through the point (2,3) and has the property that the segment of any tangent to it lying between the coordinate axes is bisected by the point of contact,is given by

The curve that passes through the point (2, 3) and has the property that the segment of any tangent to it lying between the coordinate axes is bisected by the point of contact, is given by