Radio Waves Frequency Yellow Electrical Energy meters kg m/s Microwaves time Interaction Ultraviolet rays Force Acceleration N1 Hertz Amplitude Chemical Energy Joules Green Wavelength Sound waves m/s Applied force Displacement Reflection Normal force Electric force Friction Diffraction Phoenix Magnitude Kinetic Energy Light waves Inertia Infrared rays seconds Work N3 Interference Sound Energy X Rays Ns Thermal Energy Refraction Gamma rays Violet Energy Momentum N2 Air resistance Indigo Red Spring force Tension Direction Force diagram Distance Visible light Scalar Quantity Blue grandma Magnetic force Net force Speed Weight Gravity force Impulse Light Energy m/s/s Period Vector Quantity kilograms Velocity Mass Potential Energy Orange Radio Waves Frequency Yellow Electrical Energy meters kg m/s Microwaves time Interaction Ultraviolet rays Force Acceleration N1 Hertz Amplitude Chemical Energy Joules Green Wavelength Sound waves m/s Applied force Displacement Reflection Normal force Electric force Friction Diffraction Phoenix Magnitude Kinetic Energy Light waves Inertia Infrared rays seconds Work N3 Interference Sound Energy X Rays Ns Thermal Energy Refraction Gamma rays Violet Energy Momentum N2 Air resistance Indigo Red Spring force Tension Direction Force diagram Distance Visible light Scalar Quantity Blue grandma Magnetic force Net force Speed Weight Gravity force Impulse Light Energy m/s/s Period Vector Quantity kilograms Velocity Mass Potential Energy Orange
(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.
Radio Waves
Frequency
Yellow
Electrical Energy
meters
kg m/s
Microwaves
time
Interaction
Ultraviolet rays
Force
Acceleration
N1
Hertz
Amplitude
Chemical Energy
Joules
Green
Wavelength
Sound waves
m/s
Applied force
Displacement
Reflection
Normal force
Electric force
Friction
Diffraction
Phoenix
Magnitude
Kinetic Energy
Light waves
Inertia
Infrared rays
seconds
Work
N3
Interference
Sound Energy
X Rays
Ns
Thermal Energy
Refraction
Gamma rays
Violet
Energy
Momentum
N2
Air resistance
Indigo
Red
Spring force
Tension
Direction
Force diagram
Distance
Visible light
Scalar Quantity
Blue
grandma
Magnetic force
Net force
Speed
Weight
Gravity force
Impulse
Light Energy
m/s/s
Period
Vector Quantity
kilograms
Velocity
Mass
Potential Energy
Orange