Osmosis Active transport Inner membrane Aerobic cellular respiration Bulk transport Stem cell Amino acids Protein channel Nucleus NAD Acetyl CoA FAD micrometre Lactic acid Hypertonic Plasma membrane Prokaryotic cell Enzymes Ribosomes ethanol Stroma Kreb's cycle Light independent reactions Concentration gradient Macromolecules Photosynthesis limiting factors Gas exchange Electron micrograph Anaerobic respiration Hypotonic FADH Lysosome Golgi body Cholesterol Fermentation Chloroplast Mitochondria Coenzymes Carbohydrates Isotonic Glycolysis ATP Eukaryotic cell Grana/ Thylakoid Nucleic acids Phospholipid Light dependent reactions Magnification Lipids Diffusion Passive transport Photosynthesis Field of View Proteins Active site Electron transport chain NADH Surface area: Volume Pyruvate NADPH Osmosis Active transport Inner membrane Aerobic cellular respiration Bulk transport Stem cell Amino acids Protein channel Nucleus NAD Acetyl CoA FAD micrometre Lactic acid Hypertonic Plasma membrane Prokaryotic cell Enzymes Ribosomes ethanol Stroma Kreb's cycle Light independent reactions Concentration gradient Macromolecules Photosynthesis limiting factors Gas exchange Electron micrograph Anaerobic respiration Hypotonic FADH Lysosome Golgi body Cholesterol Fermentation Chloroplast Mitochondria Coenzymes Carbohydrates Isotonic Glycolysis ATP Eukaryotic cell Grana/ Thylakoid Nucleic acids Phospholipid Light dependent reactions Magnification Lipids Diffusion Passive transport Photosynthesis Field of View Proteins Active site Electron transport chain NADH Surface area: Volume Pyruvate NADPH
(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
Active transport
Inner membrane
Aerobic cellular respiration
Bulk transport
Stem cell
Amino acids
Protein channel
Nucleus
NAD
Acetyl CoA
FAD
micrometre
Lactic acid
Hypertonic
Plasma membrane
Prokaryotic cell
Enzymes
Ribosomes
ethanol
Stroma
Kreb's cycle
Light independent reactions
Concentration gradient
Macromolecules
Photosynthesis limiting factors
Gas exchange
Electron micrograph
Anaerobic respiration
Hypotonic
FADH
Lysosome
Golgi body
Cholesterol
Fermentation
Chloroplast
Mitochondria
Coenzymes
Carbohydrates
Isotonic
Glycolysis
ATP
Eukaryotic cell
Grana/ Thylakoid
Nucleic acids
Phospholipid
Light dependent reactions
Magnification
Lipids
Diffusion
Passive transport
Photosynthesis
Field of View
Proteins
Active site
Electron transport chain
NADH
Surface area: Volume
Pyruvate
NADPH