For anytriangle:½ × a × b ×sinCRepresents forwhat?The volumeof a whatshape:1/3×πr²hTo find aside:a² = b² + c² −2bc cosAWhat rule?Equal anglesformed when atransversalcrosses parallellines (Z-shape)Shapes withthe sameangles butproportionalsidesA quadrilateralwith bothpairs ofopposite sidesparallelA straightline joiningtwo pointson a circle'sedgeIn whattriangle,two anglesare equalA straight linepassing throughthe center of acircle, connectingtwo points on itsedgeWhen twolines intersect,the anglesdirectly faceeach otherIn whattriangle, thethree anglesare equalA part of thecircumferenceof a circleThe longestside in aright-angledtriangleAparallelogramwith all sidesequalAngles inmatchingcorners when atransversalcrosses parallellines (F-shape)Thedistancearound acircle (2πr)Thevolume of awhatshape: πr²hFor anytriangle:a/sinA = b/sinB= c/sinCWhat rule?The surfacearea ofwhat shape:4πr²A linesegment fromthe center tothe edge of acircleA 3D shape withtwo identicalpolygonal basesand rectangularsidesA 'pizza slice'shape in acircle, boundedby two radii andan arcShapesidentical insize andshapeAquadrilateralwith exactlyone pair ofparallel sidesIn a right-angled triangle,a² + b² = c²What theorem?For anytriangle:½ × a × b ×sinCRepresents forwhat?The volumeof a whatshape:1/3×πr²hTo find aside:a² = b² + c² −2bc cosAWhat rule?Equal anglesformed when atransversalcrosses parallellines (Z-shape)Shapes withthe sameangles butproportionalsidesA quadrilateralwith bothpairs ofopposite sidesparallelA straightline joiningtwo pointson a circle'sedgeIn whattriangle,two anglesare equalA straight linepassing throughthe center of acircle, connectingtwo points on itsedgeWhen twolines intersect,the anglesdirectly faceeach otherIn whattriangle, thethree anglesare equalA part of thecircumferenceof a circleThe longestside in aright-angledtriangleAparallelogramwith all sidesequalAngles inmatchingcorners when atransversalcrosses parallellines (F-shape)Thedistancearound acircle (2πr)Thevolume of awhatshape: πr²hFor anytriangle:a/sinA = b/sinB= c/sinCWhat rule?The surfacearea ofwhat shape:4πr²A linesegment fromthe center tothe edge of acircleA 3D shape withtwo identicalpolygonal basesand rectangularsidesA 'pizza slice'shape in acircle, boundedby two radii andan arcShapesidentical insize andshapeAquadrilateralwith exactlyone pair ofparallel sidesIn a right-angled triangle,a² + b² = c²What theorem?

Geometry Maths Bingo Game - 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. For any triangle: ½ × a × b × sinC Represents for what?
  2. The volume of a what shape: 1/3×πr²h
  3. To find a side: a² = b² + c² − 2bc cosA What rule?
  4. Equal angles formed when a transversal crosses parallel lines (Z-shape)
  5. Shapes with the same angles but proportional sides
  6. A quadrilateral with both pairs of opposite sides parallel
  7. A straight line joining two points on a circle's edge
  8. In what triangle, two angles are equal
  9. A straight line passing through the center of a circle, connecting two points on its edge
  10. When two lines intersect, the angles directly face each other
  11. In what triangle, the three angles are equal
  12. A part of the circumference of a circle
  13. The longest side in a right-angled triangle
  14. A parallelogram with all sides equal
  15. Angles in matching corners when a transversal crosses parallel lines (F-shape)
  16. The distance around a circle (2πr)
  17. The volume of a what shape: πr²h
  18. For any triangle: a/sinA = b/sinB = c/sinC What rule?
  19. The surface area of what shape: 4πr²
  20. A line segment from the center to the edge of a circle
  21. A 3D shape with two identical polygonal bases and rectangular sides
  22. A 'pizza slice' shape in a circle, bounded by two radii and an arc
  23. Shapes identical in size and shape
  24. A quadrilateral with exactly one pair of parallel sides
  25. In a right-angled triangle, a² + b² = c² What theorem?