m<R congruent to m<U Lines DE is congruent to lines EB arc MAR and arc MKR are semi-circles CPCTC HP equals HP Triangle DEC similar to BAC DC/BC equals DE/BA property of parallelogram Def. of midpoint side angle side congruence DAVE is a trapezoid Triangle PQR congruent to STU Def. of a bisector angle R congruent to angle U Reflective property Given Definition of isosceles trapezoid converse on interior angles theorem Lines ZX bisects angle YXW side side side congruence Def. of parallelogram Definition of Vertical angles Line AD is parallel to Lines BC Lines AB is congruent to Lines DC m<R congruent to m<U Lines DE is congruent to lines EB arc MAR and arc MKR are semi-circles CPCTC HP equals HP Triangle DEC similar to BAC DC/BC equals DE/BA property of parallelogram Def. of midpoint side angle side congruence DAVE is a trapezoid Triangle PQR congruent to STU Def. of a bisector angle R congruent to angle U Reflective property Given Definition of isosceles trapezoid converse on interior angles theorem Lines ZX bisects angle YXW side side side congruence Def. of parallelogram Definition of Vertical angles Line AD is parallel to Lines BC Lines AB is congruent to Lines DC
(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.
m<R congruent to m<U
Lines DE is congruent to lines EB
arc MAR and arc MKR are semi-circles
CPCTC
HP equals HP
Triangle DEC similar to BAC
DC/BC equals DE/BA
property of parallelogram
Def. of midpoint
side angle side congruence
DAVE is a trapezoid
Triangle PQR congruent to STU
Def. of a bisector
angle R congruent to angle U
Reflective property
Given
Definition of isosceles trapezoid
converse on interior angles theorem
Lines ZX bisects angle YXW
side side side congruence
Def. of parallelogram
Definition of Vertical angles
Line AD is parallel to Lines BC
Lines AB is congruent to Lines DC