Prove that when two chords
of a circle intersect either
inside an outside, then the
area of the rectangle formed
by the segments of one chord
is equal to the area of the
rectangle formed by the segments
of the other .
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The tangent at any point of a circle is perpendicular to the radius through the point of contact.Theorem 1:- If two chords of a circle intersect inside or outside the circle, then the rectangle formed by the two parts of one chord is equal in area to the rectangle formed by the two parts of the other.
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