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13 Cards in this Set
- Front
- Back
Midsegment of a Triangle
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Connects the midpoint of 2 sides of a triangle
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Coordinate Proof
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Involves placing geometric figures in a coordinate plane
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Perpendicular Bisector
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Segment, ray, line, or plane that is perpendicular to a segment at its midpoint
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Equidistant
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If the point is the same distance from each figure
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Concurrent
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3 or more lines, rays, or segments that intersect in the same point
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Point of Concurrency
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The point of intersection of the lines, rays, or segments
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Circumcenter
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Point of concurrency of the 3 perpendicular bisectors of a triangle
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Incenter
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Point of concurrency of the 3 angle bisectors of a triangle
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Median of a Triangle
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Segment from a vertex to the midpoint of the opposite side
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Centroid
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2/3 the distance from each vertex to the midpoint of the opposite side
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Altitude of a Triangle
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Perpendicular segment from a vertex to the opposite side or to the line that contains the opposite side
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Orthocenter
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Point at which the lines containing the 3 altitudes of a triangle intersect
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Indirect Proof
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Start by making the temporary assumption that the desired conclusion is false
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