autotroph cell membrane homeostasis convection currents independent variable intrusive rock cell well nonrenewable resource unicellular chloroplast force mitochondria thermal energy founder effect Newton's 3rd law conductor extrusive rock osmosis bottleneck effect s wave insulator electromagnet density continental drift magnetic pole evaporation relative dating metamorphic rock prokaryotic renewable resource nucleus heterotroph Newton's 1st law radioactive decay dependent variable sedimentary rock igneous rock capillary action cohesion diffusion epicenter homologous structures eukaryotic multicellular adhesion evolution p wave Newton's 2nd law natural selection condensation autotroph cell membrane homeostasis convection currents independent variable intrusive rock cell well nonrenewable resource unicellular chloroplast force mitochondria thermal energy founder effect Newton's 3rd law conductor extrusive rock osmosis bottleneck effect s wave insulator electromagnet density continental drift magnetic pole evaporation relative dating metamorphic rock prokaryotic renewable resource nucleus heterotroph Newton's 1st law radioactive decay dependent variable sedimentary rock igneous rock capillary action cohesion diffusion epicenter homologous structures eukaryotic multicellular adhesion evolution p wave Newton's 2nd law natural selection condensation
(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.
autotroph
cell membrane
homeostasis
convection currents
independent variable
intrusive rock
cell well
nonrenewable resource
unicellular
chloroplast
force
mitochondria
thermal energy
founder effect
Newton's 3rd law
conductor
extrusive rock
osmosis
bottleneck effect
s wave
insulator
electromagnet
density
continental drift
magnetic pole
evaporation
relative dating
metamorphic rock
prokaryotic
renewable resource
nucleus
heterotroph
Newton's 1st law
radioactive decay
dependent variable
sedimentary rock
igneous rock
capillary action
cohesion
diffusion
epicenter
homologous structures
eukaryotic
multicellular
adhesion
evolution
p wave
Newton's 2nd law
natural selection
condensation