Pasteurize STABILITY Cold AVERAGE KINETIC ENERGY Kinetic Energy Hot Solid AVERAGE INFER Q=m(T1- T2)C Cold Water Liquid More Kinetic Energy Energy Groundwater HIGH TEMPERATURE System Equilibrium Change MATTER LUKEWARM WATER SYSTEM TRANSFERRED CHANGE Average Kinetic Energy COLD KINETIC ENERGY Hot Water MOLECULE Matter Law of Conservation of Energy Thermal Energy Luke Warm Water AVERAGE Total Kinetic Energy LOW TEMPERATURE MORE KINETIC ENERGY Low Kinetic Energy Stability GROUNDWATER HOT Gas SAMPLE Collision Convection Molecule COLD WATER PASTEURIZE High Temperature Infer LAW OF CONSERVATION OF ENERGY Transferred EQUILIBRIUM Conduction Sample HOT WATER LOW KINETIC ENERGY THERMAL ENERGY Low Temperature Radiation COLLISION Temperature TEMPERATURE Hot -> Cold ENERGY TOTAL KINETIC ENERGY Heat HOT -> COLD Pasteurize STABILITY Cold AVERAGE KINETIC ENERGY Kinetic Energy Hot Solid AVERAGE INFER Q=m(T1- T2)C Cold Water Liquid More Kinetic Energy Energy Groundwater HIGH TEMPERATURE System Equilibrium Change MATTER LUKEWARM WATER SYSTEM TRANSFERRED CHANGE Average Kinetic Energy COLD KINETIC ENERGY Hot Water MOLECULE Matter Law of Conservation of Energy Thermal Energy Luke Warm Water AVERAGE Total Kinetic Energy LOW TEMPERATURE MORE KINETIC ENERGY Low Kinetic Energy Stability GROUNDWATER HOT Gas SAMPLE Collision Convection Molecule COLD WATER PASTEURIZE High Temperature Infer LAW OF CONSERVATION OF ENERGY Transferred EQUILIBRIUM Conduction Sample HOT WATER LOW KINETIC ENERGY THERMAL ENERGY Low Temperature Radiation COLLISION Temperature TEMPERATURE Hot -> Cold ENERGY TOTAL KINETIC ENERGY Heat HOT -> COLD
(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.
Pasteurize
STABILITY
Cold
AVERAGE KINETIC ENERGY
Kinetic Energy
Hot
Solid
AVERAGE
INFER
Q=m(T1-T2)C
Cold Water
Liquid
More Kinetic Energy
Energy
Groundwater
HIGH TEMPERATURE
System
Equilibrium
Change
MATTER
LUKEWARM WATER
SYSTEM
TRANSFERRED
CHANGE
Average Kinetic Energy
COLD
KINETIC ENERGY
Hot Water
MOLECULE
Matter
Law of Conservation of Energy
Thermal Energy
Luke Warm Water
AVERAGE
Total Kinetic Energy
LOW TEMPERATURE
MORE KINETIC ENERGY
Low Kinetic Energy
Stability
GROUNDWATER
HOT
Gas
SAMPLE
Collision
Convection
Molecule
COLD WATER
PASTEURIZE
High Temperature
Infer
LAW OF CONSERVATION OF ENERGY
Transferred
EQUILIBRIUM
Conduction
Sample
HOT WATER
LOW KINETIC ENERGY
THERMAL ENERGY
Low Temperature
Radiation
COLLISION
Temperature
TEMPERATURE
Hot -> Cold
ENERGY
TOTAL KINETIC ENERGY
Heat
HOT -> COLD