Module 8Definitionsif a point is onthe bisector ofan angle, then itis equidistantfrom the sidesof the angle.MATCHa segment whoseendpoints are avertex of a triangleand the midpointof the oppositeside.the point ofconcurrency oftheperpendicularbisectors of atriangle.centroidtheoremincentertheoremtrianglemidsegmenttheoreman angle whosevertex is on acircle andwhose sidescontain chordsof the circle.a perpendicularsegment from avertex to theline containingthe oppositeside.incenterinscribeda line segmentthat connectsthe midpointsof two sides ofa triangle.circumcentertheoremaltitudeFLASHCARDScentroidorthocentermarinamisaacthe anglebisectors of atriangle intersectat a point that isequidistant fromthe sides of thetriangle.the segments joiningthe midpoints of twosides of a triangle isparallel to the thirdside, and its length ishalf the length of thatside.the centroid of atriangle is located2/3 of the distancefrom each vertexto the midpoint ofthe opposite side.LEARNcircumcenterconverse ofthe anglebisectortheoremif a point in theinterior of an angle isequidistant from thesides of the angle,then it is on thebisector of the angle.the circle thatcontains thethree verticesof a triangle.anglebisectortheoremtheintersectionof threemedians of atriangle.the point ofintersectionof concurrentlines.three or morelines thatintersect atthe samepoint.the circumcenterof a triangle isequidistant fromthe vertices of thetriangle.incircleFree!inscribedcircle.19termscircumscribedSPELLmediancenterof thecircle.a circle thatcontains all thevertices of apolygon on thecircumfrence ofthe circle.TESTmidsegmentcircumcirclepoint ofconcurrencyconcurrentthe intersection(or point ofconcurrency) ofthe lines thatcontain thealtitudes.Module 8Definitionsif a point is onthe bisector ofan angle, then itis equidistantfrom the sidesof the angle.MATCHa segment whoseendpoints are avertex of a triangleand the midpointof the oppositeside.the point ofconcurrency oftheperpendicularbisectors of atriangle.centroidtheoremincentertheoremtrianglemidsegmenttheoreman angle whosevertex is on acircle andwhose sidescontain chordsof the circle.a perpendicularsegment from avertex to theline containingthe oppositeside.incenterinscribeda line segmentthat connectsthe midpointsof two sides ofa triangle.circumcentertheoremaltitudeFLASHCARDScentroidorthocentermarinamisaacthe anglebisectors of atriangle intersectat a point that isequidistant fromthe sides of thetriangle.the segments joiningthe midpoints of twosides of a triangle isparallel to the thirdside, and its length ishalf the length of thatside.the centroid of atriangle is located2/3 of the distancefrom each vertexto the midpoint ofthe opposite side.LEARNcircumcenterconverse ofthe anglebisectortheoremif a point in theinterior of an angle isequidistant from thesides of the angle,then it is on thebisector of the angle.the circle thatcontains thethree verticesof a triangle.anglebisectortheoremtheintersectionof threemedians of atriangle.the point ofintersectionof concurrentlines.three or morelines thatintersect atthe samepoint.the circumcenterof a triangle isequidistant fromthe vertices of thetriangle.incircleFree!inscribedcircle.19termscircumscribedSPELLmediancenterof thecircle.a circle thatcontains all thevertices of apolygon on thecircumfrence ofthe circle.TESTmidsegmentcircumcirclepoint ofconcurrencyconcurrentthe intersection(or point ofconcurrency) ofthe lines thatcontain thealtitudes.

Geometry Module 8 - Call List

(Print) Use this randomly generated list as your call list when playing the game. There is no need to say the BINGO column name. Place some kind of mark (like an X, a checkmark, a dot, tally mark, etc) on each cell as you announce it, to keep track. You can also cut out each item, place them in a bag and pull words from the bag.


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  1. Module 8 Definitions
  2. if a point is on the bisector of an angle, then it is equidistant from the sides of the angle.
  3. MATCH
  4. a segment whose endpoints are a vertex of a triangle and the midpoint of the opposite side.
  5. the point of concurrency of the perpendicular bisectors of a triangle.
  6. centroid theorem
  7. incenter theorem
  8. triangle midsegment theorem
  9. an angle whose vertex is on a circle and whose sides contain chords of the circle.
  10. a perpendicular segment from a vertex to the line containing the opposite side.
  11. incenter
  12. inscribed
  13. a line segment that connects the midpoints of two sides of a triangle.
  14. circumcenter theorem
  15. altitude
  16. FLASHCARDS
  17. centroid
  18. orthocenter
  19. marinamisaac
  20. the angle bisectors of a triangle intersect at a point that is equidistant from the sides of the triangle.
  21. the segments joining the midpoints of two sides of a triangle is parallel to the third side, and its length is half the length of that side.
  22. the centroid of a triangle is located 2/3 of the distance from each vertex to the midpoint of the opposite side.
  23. LEARN
  24. circumcenter
  25. converse of the angle bisector theorem
  26. if a point in the interior of an angle is equidistant from the sides of the angle, then it is on the bisector of the angle.
  27. the circle that contains the three vertices of a triangle.
  28. angle bisector theorem
  29. the intersection of three medians of a triangle.
  30. the point of intersection of concurrent lines.
  31. three or more lines that intersect at the same point.
  32. the circumcenter of a triangle is equidistant from the vertices of the triangle.
  33. incircle
  34. Free!
  35. inscribed circle.
  36. 19 terms
  37. circumscribed
  38. SPELL
  39. median
  40. center of the circle.
  41. a circle that contains all the vertices of a polygon on the circumfrence of the circle.
  42. TEST
  43. midsegment
  44. circumcircle
  45. point of concurrency
  46. concurrent
  47. the intersection (or point of concurrency) of the lines that contain the altitudes.