muscle memory imaginary numbers algebra powers of two possible DNA 8 out of 10 cats shortcut bridge Sir square number lazy 250 40 information wormhole network project complex numbers modular form cutting corners 5% error scale -1 wonky Travelling Salesman data- rich world diagram double helix 7 million mathematicians solution jungle of numbers amazing catfood powers of three start- up arithmetic teacher progress claim equation cellist genius Gauss Königsberg real numbers algorithm experimental approach London underground map problem numberphile Euler molecule binary solving puzzles perfection pattern hard work muscle memory imaginary numbers algebra powers of two possible DNA 8 out of 10 cats shortcut bridge Sir square number lazy 250 40 information wormhole network project complex numbers modular form cutting corners 5% error scale -1 wonky Travelling Salesman data- rich world diagram double helix 7 million mathematicians solution jungle of numbers amazing catfood powers of three start- up arithmetic teacher progress claim equation cellist genius Gauss Königsberg real numbers algorithm experimental approach London underground map problem numberphile Euler molecule binary solving puzzles perfection pattern hard work
(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.
muscle memory
imaginary numbers
algebra
powers of two
possible
DNA
8 out of 10 cats
shortcut
bridge
Sir
square number
lazy
250
40
information
wormhole
network
project
complex numbers
modular form
cutting corners
5% error
scale
-1
wonky
Travelling Salesman
data-rich world
diagram
double helix
7 million
mathematicians
solution
jungle of numbers
amazing
catfood
powers of three
start-up
arithmetic
teacher
progress
claim
equation
cellist
genius
Gauss
Königsberg
real numbers
algorithm
experimental approach
London underground map
problem
numberphile
Euler
molecule
binary
solving puzzles
perfection
pattern
hard work