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