WorksheetsPoints of Concurrency Recap
Total questions: 30
Worksheet time: 30mins
What is this point of concurrency?
Centroid
Circumcenter
Orthocenter
Incenter
What is this point of concurrency?
Circumcenter
Orthocenter
Centroid
Incenter
What is this point of concurrency?
Incenter
Centroid
Orthocenter
Circumcenter
What is this point of concurrency?
Circumcenter
Orthocenter
Incenter
Centroid
What point of concurrency is the intersection of the medians of a triangle?
Centroid
Incenter
Orthocenter
Circumcenter
What point of concurrency is the intersection of the altitudes of a triangle?
Orthocenter
Circumcenter
Incenter
Centroid
Which point of concurrency is the intersection of the angle bisectors of a triangle?
Centroid
Incenter
Orthocenter
Circumcenter
Which point of concurrency is the intersection of the perpendicular bisectors of the triangle?
Centroid
Incenter
Orthocenter
Circumcenter
X is the centroid of the triangle. If AZ = 24, find AX.
4
8
12
16
The incenter (P.O.C. of angle bisectors) of a triangle is equidistant from the _________ of the triangle.
midsegment
center
vertices
sides
The circumcenter (P.O.C. of perpendicular bisectors) of a triangle is equidistant from the _______ of the triangle.
vertices
sides
center
medsegment
The three altitudes of a triangle intersect at the___________________.
orthocenter
median
centroid
circumcenter
It is equidistant from the three vertices of the triangle.
circumcenter
incenter
centroid
orthocenter
It is equidistant from the three sides of the triangle.
circumcenter
incenter
centroid
orthocenter
It divides each median into two sections at a 2:1 ratio.
circumcenter
incenter
centroid
orthocenter
Name the point of concurrency shown.
circumcenter
incenter
centroid
orthocenter
Name the point of concurrency shown.
circumcenter
incenter
centroid
orthocenter
Name the point of concurrency shown.
circumcenter
incenter
centroid
orthocenter
Name the point of concurrency shown.
circumcenter
incenter
centroid
orthocenter
Which point of concurrency is always inside the triangle?
Centroid and Circumcenter
Orthocenter and Incenter
Incenter and Centroid
Circumcenter and Incenter
Which point of concurrency is always the midpoint of the hypotenuse in a right triangle?
Circumcenter
Orthocenter
Centroid
Incenter
