Insulator Transverse Wave Meniscus Decreases Liquid Nonmetals Kinetic Velocity Covalent Bond Top Convex Convection Sound Fusion 1st Law Sublimation Weight Energy Parallel Electro- magnet Medium Valence Electrons Stays the Same Static Electricity Reflection Condensation 100 degrees C Semi- Conductor Simple Machine Base Warmer to colder Physical Property Mass Acid Gamma Rays Mixture Temperature Concave Hetero- genous Mixture Period Rarefaction Ionic Bond Grams Metals Solid 2nd Law Compound Amplitude 3rd Law Radiant Compress- ion Diffraction Metalloids Force Protons Neutral Refraction Straight Longitudin- al Wave Vacuum Mechanical Series Insulator Transverse Wave Meniscus Decreases Liquid Nonmetals Kinetic Velocity Covalent Bond Top Convex Convection Sound Fusion 1st Law Sublimation Weight Energy Parallel Electro- magnet Medium Valence Electrons Stays the Same Static Electricity Reflection Condensation 100 degrees C Semi- Conductor Simple Machine Base Warmer to colder Physical Property Mass Acid Gamma Rays Mixture Temperature Concave Hetero- genous Mixture Period Rarefaction Ionic Bond Grams Metals Solid 2nd Law Compound Amplitude 3rd Law Radiant Compress- ion Diffraction Metalloids Force Protons Neutral Refraction Straight Longitudin- al Wave Vacuum Mechanical Series
(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.
Insulator
Transverse Wave
Meniscus
Decreases
Liquid
Nonmetals
Kinetic
Velocity
Covalent Bond
Top
Convex
Convection
Sound
Fusion
1st Law
Sublimation
Weight
Energy
Parallel
Electro-magnet
Medium
Valence Electrons
Stays the Same
Static Electricity
Reflection
Condensation
100 degrees C
Semi- Conductor
Simple Machine
Base
Warmer to colder
Physical Property
Mass
Acid
Gamma Rays
Mixture
Temperature
Concave
Hetero-genous Mixture
Period
Rarefaction
Ionic Bond
Grams
Metals
Solid
2nd Law
Compound
Amplitude
3rd Law
Radiant
Compress-ion
Diffraction
Metalloids
Force
Protons
Neutral
Refraction
Straight
Longitudin-al Wave
Vacuum
Mechanical
Series