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