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