microscope model carbon dioxide observing chloroplast oxygen glucose eukaryote organelle tissue ribosomes meiosis mitosis diffusion magnification colonial slide cell theory unicellular organisation passive transport cell wall nucleus osmosis cytoplasm system differentiation energy virus animal cell bacteria mitochondria respiration plant cell stem cell chlorophyll multicellular cells prokaryote yeast permeable vacuole Golgi body cell membrane photosynthesis active transport water endoplasmic reticulum microorganism organ chromosome lysosomes microscope model carbon dioxide observing chloroplast oxygen glucose eukaryote organelle tissue ribosomes meiosis mitosis diffusion magnification colonial slide cell theory unicellular organisation passive transport cell wall nucleus osmosis cytoplasm system differentiation energy virus animal cell bacteria mitochondria respiration plant cell stem cell chlorophyll multicellular cells prokaryote yeast permeable vacuole Golgi body cell membrane photosynthesis active transport water endoplasmic reticulum microorganism organ chromosome lysosomes
(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.
microscope
model
carbon dioxide
observing
chloroplast
oxygen
glucose
eukaryote
organelle
tissue
ribosomes
meiosis
mitosis
diffusion
magnification
colonial
slide
cell theory
unicellular
organisation
passive transport
cell wall
nucleus
osmosis
cytoplasm
system
differentiation
energy
virus
animal cell
bacteria
mitochondria
respiration
plant cell
stem cell
chlorophyll
multicellular
cells
prokaryote
yeast
permeable
vacuole
Golgi body
cell membrane
photosynthesis
active transport
water
endoplasmic reticulum
microorganism
organ
chromosome
lysosomes