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