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A Polygon is a plane figure with at least three straight sides and angles, and typically five or more.

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a plane figure with at least three straight sides and angles, and typically five or more.

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A polygon is plane figure with no less than three straight sides and angles and usually five or more.

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1. A plane figure with at least three straight sides and angles, and typically five or more.

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The perpendicular bisectors of a triangle are lines passing through the midpoint of each side which are perpendicular to the given side.

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Radius of the circle is perpendicular to point of contact between the tangent and the circle.

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A polygon is any shape with sides and angles.

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The perpendicular bisectors of a triangle are lines passing through the midpoint of each side which are perpendicular to the given side.

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a line or a segment that passes through the midpoint of the triangle

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The perpendicular bisectors of a triangle are lines passing through the midpoint of each side which are perpendicular to the given side.

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a line segment or a line which portions a given line segment into two parts of equal measurement.

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The perpendicular bisectors of a triangle are lines passing through the midpoint of each side which are perpendicular to the given side.

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The perpendicular bisectors of a triangle are lines passing through the midpoint of each side which are perpendicular to the given side.

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The perpendicular bisectors of a triangle are lines passing through the midpoint of each side which are perpendicular to the given side.

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A perpendicular bisector is a line segment that intersects another line segment creating a 90 degree angle.

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A line segment that intersects with another line segment at 90 degrees

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The perpendicular bisectors of a triangle are lines passing through the midpoint of each side which are perpendicular to the given side.

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The perpendicular bisectors of a triangle are lines passing through the midpoint of each side which are perpendicular to the given side.

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Radii is the radius of a circle and is half of the diameter of the same circle.

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 Radius of the circle is perpendicular to point of contact between the tangent and the circle. Tangents drawn from an external point of the circle are of equal length. Tangents drawn from an external point are equally inclined to the line segment joining the external point and centre of the circle

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 Radius of the circle is perpendicular to point of contact between the tangent and the circle. Tangents drawn from an external point of the circle are of equal length. Tangents drawn from an external point are equally inclined to the line segment joining the external point and centre of the circle

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the Radius of the circle is certainly perpendicular to point of contact between the tangent and the circle

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Radius of the circle is perpendicular to the point of contract between the tangent and the circle.

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Radius of the circle is perpendicular to the point of contract between the tangent and the circle.

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Radius of the circle is perpendicular to point of contact between the tangent and the circle.

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Radius of the circle is perpendicular to point of contact between the tangent and the circle

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Radius of the circle is perpendicular to point of contact between the tangent and the circle

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Radius of the circle is perpendicular to point of contact between the tangent and the circle

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Radius of a circle is the distance from the center of the circle to any point on it's circumference.

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Radius of the circle is perpendicular to point of contact between the tangent and the circle.

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perpendicular to point of contact between the tangent and the circle.

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Radii is half for the diameter.

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Radius of the circle is perpendicular to point of contact between the tangent and the circle.

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Radius of the circle is perpendicular to point of contact between the tangent and the circle.

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Radius of the circle is perpendicular to point of contact between the tangent and the circle.