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