The sum of the intercepts made on the axes of coordinates by any tangent to the curve `sqrtx +sqrty = 2` is equal to

The sum of the intercepts made on the axes of coordinates by any tangent to the curve sqrt(x)+sqrt(y)=sqrt(a) is equal to

The sum of the intercepts made on the axes of coordinates by any tangent to the curve sqrt(x)+sqrt(y)=sqrt(a) is equal to

The sum of the intercepts made on the axes of coordinates by any tangent to the curve sqrt(x)+sqrt(y)=sqrt(a) is equal to

Show that the sum of the intercepts on the coordinate axes of any tangent to the curve sqrt x + sqrt y = sqrt a is constant.

The sum of the intercepts on the coordinate axes of any tangent to sqrt(x)+sqrt(y)=sqrt(a) is

Show that the sum of the intercept on the coordinates axes of tangent to the curve sqrt(x)+sqrt(y)=sqrt(a) at any point on it is constant.

Prove that the sum of the intercepts on the co-ordinate axes of any tangent to the curve x=a cos^(4)theta, y=a sin^(4) theta, 0 le theta le (pi)/(2) is equal to a .