Lipid Carbohydrate Eukaryotic Facilitated Diffusion Hypotonic Solution Conclusion Observation Quantitative Data Isotonic Solution Control Group Cell Specialization Hypothesis Protein channels Endocytosis Nucleic Acid Prokaryotic Enzyme Qualitative Data Cell (plasma) membrane Hypertonic Solution Data Dependent Variable Exocytosis Experimental Group Diffusion Scientific Method Adhesion Biology Stem cells Polarity Cell Theory Osmosis Protein Active transport Passive transport Organelles Independent Variable Cohesion Scientific Law Selectively Permeable Theory Lipid Carbohydrate Eukaryotic Facilitated Diffusion Hypotonic Solution Conclusion Observation Quantitative Data Isotonic Solution Control Group Cell Specialization Hypothesis Protein channels Endocytosis Nucleic Acid Prokaryotic Enzyme Qualitative Data Cell (plasma) membrane Hypertonic Solution Data Dependent Variable Exocytosis Experimental Group Diffusion Scientific Method Adhesion Biology Stem cells Polarity Cell Theory Osmosis Protein Active transport Passive transport Organelles Independent Variable Cohesion Scientific Law Selectively Permeable Theory
(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.
Lipid
Carbohydrate
Eukaryotic
Facilitated Diffusion
Hypotonic Solution
Conclusion
Observation
Quantitative Data
Isotonic Solution
Control Group
Cell Specialization
Hypothesis
Protein channels
Endocytosis
Nucleic Acid
Prokaryotic
Enzyme
Qualitative Data
Cell (plasma) membrane
Hypertonic Solution
Data
Dependent Variable
Exocytosis
Experimental Group
Diffusion
Scientific Method
Adhesion
Biology
Stem cells
Polarity
Cell Theory
Osmosis
Protein
Active transport
Passive transport
Organelles
Independent Variable
Cohesion
Scientific Law
Selectively Permeable
Theory