900 J Chemical Energy High Specific Heat Closed System Lower Specific Heat Particle Collisions High Specific Heat 784 J Light to Chemical Thermal Energy GPE decreases, KE increases Radiant / Light Energy Low Specific Heat Radiation Thermal and Light Energy Chemical Energy Convection Gas Friction and Heat Specific Heat Capacity Increases (moves faster) Kinetic Energy 25 J 4,900 J Doubles Law of Conservation of Energy Triples Highest point 480 J GPE equals KE Lowest point Conduction 98 J Open System 418.4 J Quadruples (4x) Hot to Cold Insulators Radiation q = mcΔ T Substance A Electrical to Thermal 100 J 50,000 J 200 J Conduction Electrical Energy Nuclear Energy Convection Sound Energy 900 J Chemical Energy High Specific Heat Closed System Lower Specific Heat Particle Collisions High Specific Heat 784 J Light to Chemical Thermal Energy GPE decreases, KE increases Radiant / Light Energy Low Specific Heat Radiation Thermal and Light Energy Chemical Energy Convection Gas Friction and Heat Specific Heat Capacity Increases (moves faster) Kinetic Energy 25 J 4,900 J Doubles Law of Conservation of Energy Triples Highest point 480 J GPE equals KE Lowest point Conduction 98 J Open System 418.4 J Quadruples (4x) Hot to Cold Insulators Radiation q = mcΔ T Substance A Electrical to Thermal 100 J 50,000 J 200 J Conduction Electrical Energy Nuclear Energy Convection Sound Energy
(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.
900 J
Chemical Energy
High Specific Heat
Closed System
Lower Specific Heat
Particle Collisions
High Specific Heat
784 J
Light to Chemical
Thermal Energy
GPE decreases, KE increases
Radiant / Light Energy
Low Specific Heat
Radiation
Thermal and Light Energy
Chemical Energy
Convection
Gas
Friction and Heat
Specific Heat Capacity
Increases (moves faster)
Kinetic Energy
25 J
4,900 J
Doubles
Law of Conservation of Energy
Triples
Highest point
480 J
GPE equals KE
Lowest point
Conduction
98 J
Open System
418.4 J
Quadruples (4x)
Hot to Cold
Insulators
Radiation
q = mcΔ T
Substance A
Electrical to Thermal
100 J
50,000 J
200 J
Conduction
Electrical Energy
Nuclear Energy
Convection
Sound Energy