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