At any point of a curve ( subtangent ) x (subnormal) is equal to the square of the-

If at any point on a curve the surtangent and subnormal are equal, then the tangent is equal to

At any point of a curve sqrt(("subnormal")/("subtangent")) is equal to

If at any point (x_1, y_1) on the curve y=f(x) the lengths of the subtangent and subnormal are equal, then the length of the tangent drawn to that curve at that point is

STATEMENT-1 : If the length of subtangent and subnormal at point (x, y) on y = f(x) are 9 and 4 then x is equal to + 6. and STATEMENT-2 : Product of subtangent and subnormal is square of the ordinate of the point.

STATEMENT-1 : If the length of subtangent and subnormal at point (x, y) on y = f(x) are 9 and 4 then x is equal to + 6. and STATEMENT-2 : Product of subtangent and subnormal is square of the ordinate of the point.

If at any point on the curve y=f(x) , the length of the subnormal is constant, then the curve will be a

A curve passes through the point (2a,a) and at any point the sum of cartesian subtangent and the abscissa is equal to the constant a. The equation of the curve is