Osmosis Gas exchange Nucleus Chloroplast Proteins Diffusion Golgi body Electron transport chain Alveoli Villi Prokaryotic cell Carbohydrates Lipids ATP Surface area: Volume Inhibitor Magnification Xylem Aerobic cellular respiration Bulk transport Competitor Photosynthesis limiting factors FADH Nucleic acids Stomata Protein channel Lysosome Denature Active transport Kreb's cycle Light dependent reactions Light independent reactions Anaerobic respiration Macromolecules Concentration gradient Acetyl CoA Eukaryotic cell Enzymes Mitochondria Amino acids Glycolysis Lactic acid Stem cell Passive transport Photosynthesis Cell membrane Counter- current flow NAD Mitosis NADPH Active site Field of View Coenzymes ethanol Pyruvate FAD NADH Osmosis Gas exchange Nucleus Chloroplast Proteins Diffusion Golgi body Electron transport chain Alveoli Villi Prokaryotic cell Carbohydrates Lipids ATP Surface area: Volume Inhibitor Magnification Xylem Aerobic cellular respiration Bulk transport Competitor Photosynthesis limiting factors FADH Nucleic acids Stomata Protein channel Lysosome Denature Active transport Kreb's cycle Light dependent reactions Light independent reactions Anaerobic respiration Macromolecules Concentration gradient Acetyl CoA Eukaryotic cell Enzymes Mitochondria Amino acids Glycolysis Lactic acid Stem cell Passive transport Photosynthesis Cell membrane Counter- current flow NAD Mitosis NADPH Active site Field of View Coenzymes ethanol Pyruvate FAD NADH
(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.
Osmosis
Gas exchange
Nucleus
Chloroplast
Proteins
Diffusion
Golgi body
Electron transport chain
Alveoli
Villi
Prokaryotic cell
Carbohydrates
Lipids
ATP
Surface area: Volume
Inhibitor
Magnification
Xylem
Aerobic cellular respiration
Bulk transport
Competitor
Photosynthesis limiting factors
FADH
Nucleic acids
Stomata
Protein channel
Lysosome
Denature
Active transport
Kreb's cycle
Light dependent reactions
Light independent reactions
Anaerobic respiration
Macromolecules
Concentration gradient
Acetyl CoA
Eukaryotic cell
Enzymes
Mitochondria
Amino acids
Glycolysis
Lactic acid
Stem cell
Passive transport
Photosynthesis
Cell membrane
Counter-current flow
NAD
Mitosis
NADPH
Active site
Field of View
Coenzymes
ethanol
Pyruvate
FAD
NADH