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WorksheetsMath Test [D+ Raiser Help me God]
Total questions: 15
Worksheet time: 8mins
Cicumcenter
Equidistant from the vertices
Equidistant from the sides of the triangle
2/3 of the distance from a vertices to the midpoint of the opposite side.
Line that splits an angle into two congruent angles
Incenter
Equidistant from the vertices
Equidistant from the sides of the triangle
2/3 of the distance from a vertices to the midpoint of the opposite side.
Line that splits an angle into two congruent angles
Centroid
Equidistant from the vertices
Equidistant from the sides of the triangle
2/3 of the distance from a vertices to the midpoint of the opposite side.
Line that splits an angle into two congruent angles
Angle Bisector
Equidistant from the vertices
Equidistant from the sides of the triangle
2/3 of the distance from a vertices to the midpoint of the opposite side.
Line that splits an angle into two congruent angles
Altitude
Line that's perpendicular to a side and passes through the side's opposite angle.
Line that's perpendicular to a side and passes through the side's midpoint.
Segment that extends from an angle to the midpoint of the opposite angle.
Point of concurrency of the three perpendicular bisector of a triangle.
Perpendicular Bisector
Line that's perpendicular to a side and passes through the side's opposite angle.
Line that's perpendicular to a side and passes through the side's midpoint.
Segment that extends from an angle to the midpoint of the opposite angle.
Point of concurrency of the three perpendicular bisector of a triangle.
Median
Line that's perpendicular to a side and passes through the side's opposite angle.
Line that's perpendicular to a side and passes through the side's midpoint.
Segment that extends from an angle to the midpoint of the opposite angle.
Point of concurrency of the three perpendicular bisector of a triangle.
Circumcenter
Line that's perpendicular to a side and passes through the side's opposite angle.
Line that's perpendicular to a side and passes through the side's midpoint.
Segment that extends from an angle to the midpoint of the opposite angle.
Point of concurrency of the three perpendicular bisector of a triangle.
Centroid
Is the point of concurrency of three MEDIANs of a triangle
Is the point of concurrency of three ALTITUDES of a triangle
Is the point of concurrency of three ANGLE BISECTORS of a triangle
Orthocenter
Is the point of concurrency of three MEDIANs of a triangle
Is the point of concurrency of three ALTITUDES of a triangle
Is the point of concurrency of three ANGLE BISECTORS of a triangle
Incenter
Is the point of concurrency of three MEDIANs of a triangle
Is the point of concurrency of three ALTITUDES of a triangle
Is the point of concurrency of three ANGLE BISECTORS of a triangle
Media
Segment in a triangle that EXTENDS from an angle to the MIDPOINT of the OPPOSITE side
Line that EXTENDS through an angle and is PERPENDICULAR to the side opposite of the angle
Altitude
Segment in a triangle that EXTENDS from an angle to the MIDPOINT of the OPPOSITE side
Line that EXTENDS through an angle and is PERPENDICULAR to the side opposite of the angle
Orthocenter
point of concurrency where three medians meet.
Where the three altitudes meet
Centroid
point of concurrency where three medians meet.
Where the three altitudes meet
