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