If the length of sub tangent `=16` and length of the subnormal `=4` at a point `(x,y)` on `y=f(x)` then ordinate of the point

If the length of sub tangent =9 and length of the subnormal =4 at a point (x,y) on y=f(x) then |y_1|

If the length of the sub tangent is 9 and the length of the sub normal is 4 at (x, y) on y=f(x) then |y|=

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.

On the curve y=f(x) the length of tangent and length of subnormal at (x,y),y!=0, are equal,then square of slope of tangent will be

The product of the lengths ofsubtangent and subnormal at any point x,y of a curve is

Find the length of sub-tangent to the curve y=e^(x/a)

If the length of sub-normal is equal to the length of sub-tangent at any point (3,4) on the curve y=f(x) and the tangent at (3,4) to y=f(x) meets the coordinate axes at A and B ,then the maximum area of the triangle OAB, where O is origin,is 45/2 (b) 49/2(c) 25/2 (d) 81/2

Length of tangent; normal; subtangent and subnormal

Statement I The ratio of length of tangent to length of normal is inversely proportional to the ordinate of the point of tengency at the curve y^(2)=4ax . Statement II Length of normal and tangent to a curve y=f(x)" is "|ysqrt(1+m^(2))| and |(ysqrt(1+m^(2)))/(m)| , where m=(dy)/(dx).