Resonance Simple Machine Weight Rarefraction Time Wavelength Electromagnetic Spectrum Trough Longitudinal Waves Input Force Position Crest Absorbed Transverse Waves Force Destructive Interference Gamma Rays Infrared Mass Power Transmitted Transparent Acceleration Compression Friction Ultraviolet Refraction Microwaves Net Force Diffraction Radio Waves Pitch Compression Loudness Velocity Reflection Visible Light X- rays Frequency Speed Work Constructive Interference Output Force Motion Newton's Laws Waves Resonance Simple Machine Weight Rarefraction Time Wavelength Electromagnetic Spectrum Trough Longitudinal Waves Input Force Position Crest Absorbed Transverse Waves Force Destructive Interference Gamma Rays Infrared Mass Power Transmitted Transparent Acceleration Compression Friction Ultraviolet Refraction Microwaves Net Force Diffraction Radio Waves Pitch Compression Loudness Velocity Reflection Visible Light X- rays Frequency Speed Work Constructive Interference Output Force Motion Newton's Laws Waves
Waves - Call List
(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.
Resonance
Simple Machine
Weight
Rarefraction
Time
Wavelength
Electromagnetic Spectrum
Trough
Longitudinal Waves
Input Force
Position
Crest
Absorbed
Transverse Waves
Force
Destructive Interference
Gamma Rays
Infrared
Mass
Power
Transmitted
Transparent
Acceleration
Compression
Friction
Ultraviolet
Refraction
Microwaves
Net Force
Diffraction
Radio Waves
Pitch
Compression
Loudness
Velocity
Reflection
Visible Light
X-rays
Frequency
Speed
Work
Constructive Interference
Output Force
Motion
Newton's Laws
Waves