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