water crest vacuum Conservation of Energy wires opposite poles attract magnet strength nuclear pendulum vibrations waves electrical energy transformations stored in nucleus oil Calorie magnetism radiant light biomass south pole natural gas wavelength lights electric circuit frequency potential energy microwaves infrared trough sound waves medium battery energy due to motion like poles repel non- renewable mechanical mechanical energy x- rays ability to do work reflection electrons moving renewable energy visible geothermal north pole electromagnetic energy heat energy energy due to position chemical fossil fuels bonds between atoms light solar moving objects and sound kinetic energy ultraviolet refraction coal electromagnetic thermal wind water crest vacuum Conservation of Energy wires opposite poles attract magnet strength nuclear pendulum vibrations waves electrical energy transformations stored in nucleus oil Calorie magnetism radiant light biomass south pole natural gas wavelength lights electric circuit frequency potential energy microwaves infrared trough sound waves medium battery energy due to motion like poles repel non- renewable mechanical mechanical energy x- rays ability to do work reflection electrons moving renewable energy visible geothermal north pole electromagnetic energy heat energy energy due to position chemical fossil fuels bonds between atoms light solar moving objects and sound kinetic energy ultraviolet refraction coal electromagnetic thermal wind
(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.
water
crest
vacuum
Conservation of Energy
wires
opposite poles attract
magnet strength
nuclear
pendulum
vibrations
waves
electrical
energy transformations
stored in nucleus
oil
Calorie
magnetism
radiant light
biomass
south pole
natural gas
wavelength
lights
electric circuit
frequency
potential energy
microwaves
infrared
trough
sound waves
medium
battery
energy due to motion
like poles repel
non-renewable
mechanical
mechanical energy
x-rays
ability to do work
reflection
electrons moving
renewable energy
visible
geothermal
north pole
electromagnetic energy
heat
energy
energy due to position
chemical
fossil fuels
bonds between atoms
light
solar
moving objects and sound
kinetic energy
ultraviolet
refraction
coal
electromagnetic
thermal
wind