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