radiation conduction radiate decreases temperature heat flow room temperature example of conduction rises escape convection example of convection kinetic energy liquids & gases loses heat until equilibrium is reached hot to cold soilds example of radiation increases transfers thermal energy to surroundings thermal equilibrium matter loses heat travels from outside to inside gains heat travels from inside to outside convection currents radiation conduction radiate decreases temperature heat flow room temperature example of conduction rises escape convection example of convection kinetic energy liquids & gases loses heat until equilibrium is reached hot to cold soilds example of radiation increases transfers thermal energy to surroundings thermal equilibrium matter loses heat travels from outside to inside gains heat travels from inside to outside convection currents
(Print) Use this randomly generated list as your call list when playing the game. 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.
G-radiation
B-conduction
I-radiate
G-decreases
O-temperature
O-heat
I-flow
N-room temperature
B-example of conduction
B-rises
G-escape
I-convection
B-example of convection
I-kinetic energy
I-liquids & gases
B-loses heat until equilibrium is reached
N-hot to cold
N-soilds
I-example of radiation
N-increases
O-transfers thermal energy to surroundings
G-thermal equilibrium
N-matter
G-loses
B-heat travels from outside to inside
O-gains
O-heat travels from inside to outside
G-convection currents