gravity mutation attract (magnetics) gibbous moon gene environment frequency species transfer kinetic energy thermal energy distribution fossil adaptive trait claim related wave speed orbit potential energy refract reproduction descendant species velocity rotation medium lunar eclipse energy magnetic pole waning moon refute evolution reasoning crescent moon solar eclipse electromagnet independent variable full moon ancestor (species) mass matter magnetic field quantitative observation organism reflect absorb DNA model population transmit qualitative observation inherit wavelength force sample waxing moon air resistance convert amplitude non- adaptive trait trait friction revolution weight variation new moon evidence dependent variable chromosome repeal (magnetics) system cross section natural selection scale gravity mutation attract (magnetics) gibbous moon gene environment frequency species transfer kinetic energy thermal energy distribution fossil adaptive trait claim related wave speed orbit potential energy refract reproduction descendant species velocity rotation medium lunar eclipse energy magnetic pole waning moon refute evolution reasoning crescent moon solar eclipse electromagnet independent variable full moon ancestor (species) mass matter magnetic field quantitative observation organism reflect absorb DNA model population transmit qualitative observation inherit wavelength force sample waxing moon air resistance convert amplitude non- adaptive trait trait friction revolution weight variation new moon evidence dependent variable chromosome repeal (magnetics) system cross section natural selection scale
(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.
gravity
mutation
attract (magnetics)
gibbous moon
gene
environment
frequency
species
transfer
kinetic energy
thermal energy
distribution
fossil
adaptive trait
claim
related
wave
speed
orbit
potential energy
refract
reproduction
descendant species
velocity
rotation
medium
lunar eclipse
energy
magnetic pole
waning moon
refute
evolution
reasoning
crescent moon
solar eclipse
electromagnet
independent variable
full moon
ancestor (species)
mass
matter
magnetic field
quantitative observation
organism
reflect
absorb
DNA
model
population
transmit
qualitative observation
inherit
wavelength
force
sample
waxing moon
air resistance
convert
amplitude
non-adaptive trait
trait
friction
revolution
weight
variation
new moon
evidence
dependent variable
chromosome
repeal (magnetics)
system
cross section
natural selection
scale