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