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