Let P be the centre of a circle and AB be a l | vedclass

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(C) The distance from the centre $P$ of the circle to the line $AB$ is the length of the perpendicular segment $PQ$. Given that $Q$ lies in the interi

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intersects the circle in two points

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(C) The distance from the centre $P$ of the circle to the line $AB$ is the length of the perpendicular segment $PQ$. Given that $Q$ lies in the interior of the circle,the length of $PQ$ must be less than the radius $r$ of the circle (i.e.,$PQ According to the properties of a circle,if the perpendicular distance from the centre to a line is less than the radius of the circle,then the line is a secant line and intersects the circle at two distinct points.

Let $P$ be the centre of a circle and $AB$ be a line in the same plane. If $Q$ is the foot of the perpendicular drawn from $P$ to the line $AB$,and $Q$ lies in the interior of the circle,then the line $AB$ ..... .

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