Absorption Compression Focal Point Potential Energy Thermal Energy Convex Wavelength Optics Radio waves Medium Infrasound Microwaves Cornea Amplitude Energy Transformation Primary Pigment Mechanical Waves Translucent Concave Trough Lens Kinetic Energy X- rays Diffraction Longitudinal Waves Gamma Rays Ultraviolet Primary Colors Visible Light Crest Frequency Chemical Energy Pitch Vibration Rarefaction Refraction Transparent Mirrors Electromagnetic Waves Vacuum Reflection Opaque Cochlea Hertz Retina Transverse Waves Ultrasound Infrared Absorption Compression Focal Point Potential Energy Thermal Energy Convex Wavelength Optics Radio waves Medium Infrasound Microwaves Cornea Amplitude Energy Transformation Primary Pigment Mechanical Waves Translucent Concave Trough Lens Kinetic Energy X- rays Diffraction Longitudinal Waves Gamma Rays Ultraviolet Primary Colors Visible Light Crest Frequency Chemical Energy Pitch Vibration Rarefaction Refraction Transparent Mirrors Electromagnetic Waves Vacuum Reflection Opaque Cochlea Hertz Retina Transverse Waves Ultrasound Infrared
(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.
Absorption
Compression
Focal Point
Potential Energy
Thermal Energy
Convex
Wavelength
Optics
Radio waves
Medium
Infrasound
Microwaves
Cornea
Amplitude
Energy Transformation
Primary Pigment
Mechanical Waves
Translucent
Concave
Trough
Lens
Kinetic Energy
X-rays
Diffraction
Longitudinal Waves
Gamma Rays
Ultraviolet
Primary Colors
Visible Light
Crest
Frequency
Chemical Energy
Pitch
Vibration
Rarefaction
Refraction
Transparent
Mirrors
Electromagnetic Waves
Vacuum
Reflection
Opaque
Cochlea
Hertz
Retina
Transverse Waves
Ultrasound
Infrared