Matrix Anaerobic Respiration Facilitated diffusion Mesophyll layers Endocytosis Neutron Selective permeabilty Solution Stomata Hypotonic Solutions Inhibitors ATP Producer Catalyst Nucleic Acid Cancer Solvent Activation energy Hypertonic Solutions Chemosynthesis Non- Polar C4 Photosynthesis Tertiary Consumer Cellular respiration Chloroplast Proton Electron Mitochondria Carbohydrates CAM Osmosis Logistic Growth Limiting Factors Exocytosis Carbon Cycle Active transport Enzyme Endothermic Exothermic Polar Lipids Intraspecific competition Meiosis Diffusion Comenalism Denaturation Isotonic solutions High specific heat Protins Tropic Levels Calvin Cycle Matrix Anaerobic Respiration Facilitated diffusion Mesophyll layers Endocytosis Neutron Selective permeabilty Solution Stomata Hypotonic Solutions Inhibitors ATP Producer Catalyst Nucleic Acid Cancer Solvent Activation energy Hypertonic Solutions Chemosynthesis Non- Polar C4 Photosynthesis Tertiary Consumer Cellular respiration Chloroplast Proton Electron Mitochondria Carbohydrates CAM Osmosis Logistic Growth Limiting Factors Exocytosis Carbon Cycle Active transport Enzyme Endothermic Exothermic Polar Lipids Intraspecific competition Meiosis Diffusion Comenalism Denaturation Isotonic solutions High specific heat Protins Tropic Levels Calvin Cycle
(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.
Matrix
Anaerobic Respiration
Facilitated diffusion
Mesophyll layers
Endocytosis
Neutron
Selective permeabilty
Solution
Stomata
Hypotonic Solutions
Inhibitors
ATP
Producer
Catalyst
Nucleic Acid
Cancer
Solvent
Activation energy
Hypertonic Solutions
Chemosynthesis
Non-Polar
C4
Photosynthesis
Tertiary Consumer
Cellular respiration
Chloroplast
Proton
Electron
Mitochondria
Carbohydrates
CAM
Osmosis
Logistic Growth
Limiting Factors
Exocytosis
Carbon Cycle
Active transport
Enzyme
Endothermic
Exothermic
Polar
Lipids
Intraspecific competition
Meiosis
Diffusion
Comenalism
Denaturation
Isotonic solutions
High specific heat
Protins
Tropic Levels
Calvin Cycle