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