directly proportional vapor pressure= atmospheric pressure no melting doesn'tchange deposition combinedgaslaw condensation evaporation exothermic attraction are too weak endothermic phase change freezing v/t=v/t inverselyproportional loweringthetemperature increasepressure dryice plasma pv=pv solid heat of fusion sublimation morerandom more vibrate in a fixed location notasquickly gas kinetictheoryofmatter shapesandvolumes pressure liquid factors that affect gas pressure pascal icebergs 99% 6 absolute zero vaporization kinetic energy directly proportional vapor pressure= atmospheric pressure no melting doesn'tchange deposition combinedgaslaw condensation evaporation exothermic attraction are too weak endothermic phase change freezing v/t=v/t inverselyproportional loweringthetemperature increasepressure dryice plasma pv=pv solid heat of fusion sublimation morerandom more vibrate in a fixed location notasquickly gas kinetictheoryofmatter shapesandvolumes pressure liquid factors that affect gas pressure pascal icebergs 99% 6 absolute zero vaporization kinetic 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.
directly proportional
vapor pressure=
atmospheric pressure
no
melting
doesn'tchange
deposition
combinedgaslaw
condensation
evaporation
exothermic
attraction are too weak
endothermic
phase change
freezing
v/t=v/t
inverselyproportional
loweringthetemperature
increasepressure
dryice
plasma
pv=pv
solid
heat of fusion
sublimation
morerandom
more
vibrate in a fixed location
notasquickly
gas
kinetictheoryofmatter
shapesandvolumes
pressure
liquid
factors that affect gas pressure
pascal
icebergs
99%
6
absolute zero
vaporization
kinetic energy