A tangent to the ellipse `4x^2 +9y^2 =36` is cut by the tangent at the extremities of the major axis at T and `T^1`, the circle on `T T^1` as diameter passes through the point

If a tangent to the ellipse x^2 + 4y^2 = 4 meets the tangents at the extremities of its major axis at B and C, then the circle with BC as diameter passes through the point :

A tangent at any point on the ellipse (x^(2))/(9)+(y^(2))/(4)=1 is cut by the tangents at the extremities of the major axis at T_(1)andT_(2) . The circle on T_(1)T_(2) as diameter passes through the point :

Prove that if any tangent to the ellipse is cut by the tangents at the endpoints of the major axis at TandT ' ,then the circle whose diameter is T will pass through the foci of the ellipse.

Prove that if any tangent to the ellipse is cut by the tangents at the endpoints of the major axis at Ta n dT ' , then the circle whose diameter is T T ' will pass through the foci of the ellipse.

Prove that if any tangent to the ellipse is cut by the tangents at the endpoints of the major axis at Ta n dT ' , then the circle whose diameter is TT ' will pass through the foci of the ellipse.

The tangent at any point on the ellipse 16x^(2)+25y^(2) = 400 meets the tangents at the ends of the major axis at T_(1) and T_(2) . The circle on T_(1)T_(2) as diameter passes through

The tangent at any point on the ellipse 16x^(2)+25y^(2) = 400 meets the tangents at the ends of the major axis at T_(1) and T_(2) . The circle on T_(1)T_(2) as diameter passes through

The tangent at any point on the ellipse 16x^(2)+25y^(2) = 400 meets the tangents at the ends of the major axis at T_(1) and T_(2) . The circle on T_(1)T_(2) as diameter passes through

The tangent at any point on the ellipse 16x^(2) + 25^(2) = 400 meets the tangents at the ends of the major axis at T_(1) and T_(2) . The circle on T_(1)T_(2) as diameter passes through