convection radiation conduction flat line with zero slop on distance/time graphs transverse wave Ultraviolet Inertia Friction liquid Gamma Rays refraction Visible Light unbalanced Force temperature Radio Waves diffraction trough ROYGBIV non- contact force gas thermal energy potential energy independent variable net force frequency electrical energy solid EM waves kinetic energy reflection Balanced Force equilibrium dependent variable Infrared crest longitudinal wave force linear upward line on distance/time graph contact force convection radiation conduction flat line with zero slop on distance/time graphs transverse wave Ultraviolet Inertia Friction liquid Gamma Rays refraction Visible Light unbalanced Force temperature Radio Waves diffraction trough ROYGBIV non- contact force gas thermal energy potential energy independent variable net force frequency electrical energy solid EM waves kinetic energy reflection Balanced Force equilibrium dependent variable Infrared crest longitudinal wave force linear upward line on distance/time graph contact force
(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.
convection
radiation
conduction
flat line with zero slop on distance/time graphs
transverse wave
Ultraviolet
Inertia
Friction
liquid
Gamma Rays
refraction
Visible Light
unbalanced Force
temperature
Radio Waves
diffraction
trough
ROYGBIV
non-contact force
gas
thermal energy
potential energy
independent variable
net force
frequency
electrical energy
solid
EM waves
kinetic energy
reflection
Balanced Force
equilibrium
dependent variable
Infrared
crest
longitudinal wave
force
linear upward line on distance/time graph
contact force