phototropism Diffusion Turgid Phototropism Lysosomes Pinocytosis Fine/Coarse adjustment Gravitropism Osmosis phagocytosis Eyepiece/Ocular lens Guard cells SEM Cell membrane Exocytosis endosymbiotic theory Phospholipid bilayer Hypertonic golgi apparatus Isotonic Pasteur Control variable root system Diaphragm Xylem Manipulated variable palisade tissue cells Free! Stomata Field of View (FOV) Hypotonic Responding variable Objective lens Chloroplast Spontaneous generation TEM Cytoplasm Active transport Rough ER WHMIS MSDS Conclusion biogenesis Facilitated diffusion Hypothesis phloem Cell wall Concentration gradient phototropism Diffusion Turgid Phototropism Lysosomes Pinocytosis Fine/Coarse adjustment Gravitropism Osmosis phagocytosis Eyepiece/Ocular lens Guard cells SEM Cell membrane Exocytosis endosymbiotic theory Phospholipid bilayer Hypertonic golgi apparatus Isotonic Pasteur Control variable root system Diaphragm Xylem Manipulated variable palisade tissue cells Free! Stomata Field of View (FOV) Hypotonic Responding variable Objective lens Chloroplast Spontaneous generation TEM Cytoplasm Active transport Rough ER WHMIS MSDS Conclusion biogenesis Facilitated diffusion Hypothesis phloem Cell wall Concentration gradient
(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.
phototropism
Diffusion
Turgid
Phototropism
Lysosomes
Pinocytosis
Fine/Coarse adjustment
Gravitropism
Osmosis
phagocytosis
Eyepiece/Ocular lens
Guard cells
SEM
Cell membrane
Exocytosis
endosymbiotic theory
Phospholipid bilayer
Hypertonic
golgi apparatus
Isotonic
Pasteur
Control variable
root system
Diaphragm
Xylem
Manipulated variable
palisade tissue cells
Free!
Stomata
Field of View (FOV)
Hypotonic
Responding variable
Objective lens
Chloroplast
Spontaneous generation
TEM
Cytoplasm
Active transport
Rough ER
WHMIS
MSDS
Conclusion
biogenesis
Facilitated diffusion
Hypothesis
phloem
Cell wall
Concentration gradient