permeable Robert Hooke impermeable mitochondria Photosynthesis cell wall flagella Schwann bacteria, archaea chloroplasts golgi apparatus less cells endoplasmic reticulum semi- permeable Virchow more cells Eggs (chicken, ostrich, frog) "building blocks" Prokaryote shapes (circular, screw, commas, rectangular) Anton Van Leeuwenhoek DNA Eukaryote microscope multicellular nucleus cell membrane ribosomes plants, animals, fungai, protists Schleiden lysosomes cytoplasm smallest, basic unit cells unicellular Vacuole permeable Robert Hooke impermeable mitochondria Photosynthesis cell wall flagella Schwann bacteria, archaea chloroplasts golgi apparatus less cells endoplasmic reticulum semi- permeable Virchow more cells Eggs (chicken, ostrich, frog) "building blocks" Prokaryote shapes (circular, screw, commas, rectangular) Anton Van Leeuwenhoek DNA Eukaryote microscope multicellular nucleus cell membrane ribosomes plants, animals, fungai, protists Schleiden lysosomes cytoplasm smallest, basic unit cells unicellular Vacuole
(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.
permeable
Robert Hooke
impermeable
mitochondria
Photosynthesis
cell wall
flagella
Schwann
bacteria, archaea
chloroplasts
golgi apparatus
less cells
endoplasmic reticulum
semi-permeable
Virchow
more cells
Eggs (chicken, ostrich, frog)
"building blocks"
Prokaryote
shapes (circular, screw, commas, rectangular)
Anton Van Leeuwenhoek
DNA
Eukaryote
microscope
multicellular
nucleus
cell membrane
ribosomes
plants, animals, fungai, protists
Schleiden
lysosomes
cytoplasm
smallest, basic unit
cells
unicellular
Vacuole