-1/12 Higher dimension geometry Cardioid Fractal geometry Late 1900s graph theory proof Proof sqrt(2) is irrational Pi (free square) Free! Arctan Very large number e Log properties Euler's blank Mandelbrot set Linalg interpret- ation Gauss i Quadratic formula Fermat's little theorem Basel problem Lambert W- function Taking the limit Pythagorean theorem Gamma function Animated Bézier curves e^(i*pi) -1/12 Higher dimension geometry Cardioid Fractal geometry Late 1900s graph theory proof Proof sqrt(2) is irrational Pi (free square) Free! Arctan Very large number e Log properties Euler's blank Mandelbrot set Linalg interpret- ation Gauss i Quadratic formula Fermat's little theorem Basel problem Lambert W- function Taking the limit Pythagorean theorem Gamma function Animated Bézier curves e^(i*pi)
(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.
-1/12
Higher dimension geometry
Cardioid
Fractal geometry
Late 1900s graph theory proof
Proof sqrt(2) is irrational
Pi (free square)
Free!
Arctan
Very large number
e
Log properties
Euler's blank
Mandelbrot set
Linalg interpret-ation
Gauss
i
Quadratic formula
Fermat's little theorem
Basel problem
Lambert W-function
Taking the limit
Pythagorean theorem
Gamma function
Animated Bézier curves
e^(i*pi)