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