x-ray radiation flat surface transmit photons reflector telescope convex light interference focal point refraction transparent convex lens crest absorption transmission frequency absorb reflection gamma rays retina color electron amplify electromagnetic waves reflect amplitude electromagnetic spectrum mechanical waves concave angle of reflection light waves soundwaves ultraviolet rays visible light p waves Rayleigh waves diffraction speed of light solar furnace microwaves atom vibration seismic waves trough angle of incidence amplitude vacuum translucent earthquake concave lens Love waves surface waves radio waves opaque lens transverse wave light energy solar cooker prism infrared rays longitudinal wves diffuse reflection s waves wavelength vocal cords x-ray radiation flat surface transmit photons reflector telescope convex light interference focal point refraction transparent convex lens crest absorption transmission frequency absorb reflection gamma rays retina color electron amplify electromagnetic waves reflect amplitude electromagnetic spectrum mechanical waves concave angle of reflection light waves soundwaves ultraviolet rays visible light p waves Rayleigh waves diffraction speed of light solar furnace microwaves atom vibration seismic waves trough angle of incidence amplitude vacuum translucent earthquake concave lens Love waves surface waves radio waves opaque lens transverse wave light energy solar cooker prism infrared rays longitudinal wves diffuse reflection s waves wavelength vocal cords
(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.
x-ray
radiation
flat surface
transmit
photons
reflector telescope
convex
light
interference
focal point
refraction
transparent
convex lens
crest
absorption
transmission
frequency
absorb
reflection
gamma rays
retina
color
electron
amplify
electromagnetic waves
reflect
amplitude
electromagnetic spectrum
mechanical waves
concave
angle of reflection
light waves
soundwaves
ultraviolet rays
visible light
p waves
Rayleigh waves
diffraction speed of light
solar furnace
microwaves
atom
vibration
seismic waves
trough
angle of incidence
amplitude
vacuum
translucent
earthquake
concave lens
Love waves
surface waves
radio waves
opaque
lens
transverse wave
light energy
solar cooker
prism
infrared rays
longitudinal wves
diffuse reflection
s waves
wavelength
vocal cords