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