selective breeding nonrenewable energy somatic cells sister chromatid variation sexual reproduction punnett squares Watson & Crick RNA trace fossil species population regeneration nondisjunction mass extinction nucleus survival of the fittest mutation uniformitarianism speciation protein ribosome learned behavior pedigree spindle fibers structural adaptation vegetative propogation traits permeability trilobite natural selection recessive mitosis tetrad nucleotide trisomy mutagen meiosis multiple alleles physiological adaptation phenotype polygenic inheritance renewable energy predation selective breeding nonrenewable energy somatic cells sister chromatid variation sexual reproduction punnett squares Watson & Crick RNA trace fossil species population regeneration nondisjunction mass extinction nucleus survival of the fittest mutation uniformitarianism speciation protein ribosome learned behavior pedigree spindle fibers structural adaptation vegetative propogation traits permeability trilobite natural selection recessive mitosis tetrad nucleotide trisomy mutagen meiosis multiple alleles physiological adaptation phenotype polygenic inheritance renewable energy predation
(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.
selective breeding
nonrenewable energy
somatic cells
sister chromatid
variation
sexual reproduction
punnett squares
Watson & Crick
RNA
trace fossil
species
population
regeneration
nondisjunction
mass extinction
nucleus
survival of the fittest
mutation
uniformitarianism
speciation
protein
ribosome
learned behavior
pedigree
spindle fibers
structural adaptation
vegetative propogation
traits
permeability
trilobite
natural selection
recessive
mitosis
tetrad
nucleotide
trisomy
mutagen
meiosis
multiple alleles
physiological adaptation
phenotype
polygenic inheritance
renewable energy
predation