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For the curve by^2=(x+a)^3 the square o...

For the curve `by^2=(x+a)^3` the square of subtangent is proportional to

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For the curve y^2=(x+a)^3 , the square of the subtangent is ….. Subnormal

The curve y^2=(x+a)^3 , the square of the subtangent is ..... Subnormal

Show that at any point (x,y) on the curve y=b^((x)/(a)) , the length of the subtangent is a constant and the length of the subnormal is (y^(2))/(a) .

Prove that for the curve y=be^(x//a) , the subtangent is of constant length and the sub-normal varies as the square of the ordinate .

Prove that for the curve y=be^(x//a) , the subtangent is of constant length and the sub-normal varies as the square of the ordinate .

Prove that for the curve y=be^(x//a) , the subtangent is of constant length and the sub-normal varies as the square of the ordinate .

Prove that for the curve y=be^(x//a) , the subtangent is of constant length and the sub-normal varies as the square of the ordinate .

For the curve x^(3) y^(3)=32 , the length of the subtangent at (2,-2) is

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