5 Written questions
5 Matching questions
 Altitude
 Median Point of Concurrency
 Orthocenter
 Angle Bisector Point of Concurrency
 Median
 a This point is the center of a circle.
In an acute triangle it lies ___________ Inside
In a right triangle it lies ____________ Inside
In an obtuse triangle it lies ______________ Inside  b In an acute triangle it lies ___________ Inside
In a right triangle it lies ____________ Inside
In an obtuse triangle it lies ______________ Inside  c Perpendicular line that goes through the vertex to the opposite side or the line containing the opposite side
 d The point of concurrency that is formed by the altitudes of a triangle.
 e Goes from the vertex to midpoint on the opposite side of the triangle
5 Multiple choice questions
 The point of concurrency that is formed by the angle bisectors of a triangle
 Intersection of three or more lines or line segments
 To inscribe a circle, you use the ______ of the triangle, which you found using the three ______.
 This point is a center of a circle.
In an acute triangle it lies ___________ Inside
In a right triangle it lies ____________ On
In an obtuse triangle it lies ______________ Outside  In an acute triangle it lies ___________ Inside
In a right triangle it lies ____________ On (vertex)
In an obtuse triangle it lies ______________ Outside
5 True/False questions

Centroid → The point of concurrency that is formed by the angle bisectors of a triangle

Altitude Properties → Answer Yes or No:
Does it pass through a vertex? Yes
Does it pass through a midpoint? Yes
Is it perpendicular to a side? Not required
Are there congruent angles? Not required 
Perpendicular Bisector of a side Properties → Answer Yes or No:
Does it pass through a vertex? Not required
Does it pass through a midpoint? Yes
Is it perpendicular to a side? Yes
Are there congruent angles? Not required 
Median Properties → Answer Yes or No:
Does it pass through a vertex? Yes
Does it pass through a midpoint? Yes
Is it perpendicular to a side? Not required
Are there congruent angles? Not required 
Circumcenter; Perpendicular Bisectors → To circumscribe a circle, you use the ______ of the triangle, which you found using the three ______.