transverse magnetic and electric fields calcium 10^-6 m photon infrared radiation 10^-5 m 10^8 Hz spectroscopy 10^12 Hz 10^-12 m 10^3 m photon energy electron ultraviolet light potassium gamma rays 10^-8 m 10^20 Hz emission lines lithium Planck's Constant radio waves white x rays 10^4 Hz sodium the speed of light in a vacuum 10^-2 m 10^16 Hz copper microwaves absorption lines 10^15 Hz 10^-10 m 10^18 Hz visible light transverse magnetic and electric fields calcium 10^-6 m photon infrared radiation 10^-5 m 10^8 Hz spectroscopy 10^12 Hz 10^-12 m 10^3 m photon energy electron ultraviolet light potassium gamma rays 10^-8 m 10^20 Hz emission lines lithium Planck's Constant radio waves white x rays 10^4 Hz sodium the speed of light in a vacuum 10^-2 m 10^16 Hz copper microwaves absorption lines 10^15 Hz 10^-10 m 10^18 Hz visible light
(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.
transverse magnetic and electric fields
calcium
10^-6 m
photon
infrared radiation
10^-5 m
10^8 Hz
spectroscopy
10^12 Hz
10^-12 m
10^3 m
photon energy
electron
ultraviolet
light
potassium
gamma rays
10^-8 m
10^20 Hz
emission lines
lithium
Planck's Constant
radio waves
white
x rays
10^4 Hz
sodium
the speed of light in a vacuum
10^-2 m
10^16 Hz
copper
microwaves
absorption lines
10^15 Hz
10^-10 m
10^18 Hz
visible light