| circumscribed | concurrent lines | centroid | substitution property | midsegment of a triangle |
| trasitive property | orthocenter | median | concurrency of perpendicular bisectors theorem | altitude of a triangle |
| incenter | comparison property of inequality | FREE | exterior angle theorem | Triangle angle sum |
| circumcenter | concurrency of medians theorem | midsegment theorem | equidistant | Hinge theorem |
| concurrency of angle bisectors theorem | inscribed | angle bisector | perpendicular bisector | identity property |
This bingo card was created randomly from a total of
24 events:
Hinge theorem, Triangle angle sum, altitude of a triangle, angle bisector, centroid, circumcenter, circumscribed, comparison property of inequality, concurrency of angle bisectors theorem, concurrency of medians theorem, concurrency of perpendicular bisectors theorem, concurrent lines, equidistant, exterior angle theorem, identity property, incenter, inscribed, median, midsegment of a triangle, midsegment theorem, orthocenter, perpendicular bisector, substitution property, trasitive property.Host Instructions:- Decide when to start and select your goal(s)
- Designate a judge to announce events randomly or as they happen
- Cross off events from the list when announced
Goals:- First to get any line (up, down, left, right, diagonally)
- First to get the four corners
- First to get two diagonal lines through the middle (an "X")
- First to get all squares
Guest Instructions:- Check off events on your card as they occur
- If you complete a goal, shout "Bingo!". You've won!
- The judge decides in the case of disputes
| concurrent lines | circumscribed | midsegment theorem | orthocenter | incenter |
| substitution property | altitude of a triangle | exterior angle theorem | Hinge theorem | Triangle angle sum |
| comparison property of inequality | concurrency of medians theorem | FREE | perpendicular bisector | circumcenter |
| identity property | concurrency of angle bisectors theorem | equidistant | trasitive property | centroid |
| median | angle bisector | inscribed | concurrency of perpendicular bisectors theorem | midsegment of a triangle |
This bingo card was created randomly from a total of
24 events:
Hinge theorem, Triangle angle sum, altitude of a triangle, angle bisector, centroid, circumcenter, circumscribed, comparison property of inequality, concurrency of angle bisectors theorem, concurrency of medians theorem, concurrency of perpendicular bisectors theorem, concurrent lines, equidistant, exterior angle theorem, identity property, incenter, inscribed, median, midsegment of a triangle, midsegment theorem, orthocenter, perpendicular bisector, substitution property, trasitive property.Host Instructions:- Decide when to start and select your goal(s)
- Designate a judge to announce events randomly or as they happen
- Cross off events from the list when announced
Goals:- First to get any line (up, down, left, right, diagonally)
- First to get the four corners
- First to get two diagonal lines through the middle (an "X")
- First to get all squares
Guest Instructions:- Check off events on your card as they occur
- If you complete a goal, shout "Bingo!". You've won!
- The judge decides in the case of disputes
