Requires energy & carrier proteins Selective Permeability Concentration gradient Movement area of high to low concentration Isotonic Solution Low concentration (cells burst) Dissolving substance Water diffusion through membrane Solvent Only allows certain things to pass membrane Has osmotic equilibrium Hypotonic Solution Substance dissolved in solvent Requires no energy for movement Osmotic Equilibrium Hypertonic Solution Concentration of molecules higher in one area Solute Concentration the same on both sides Diffusion Osmosis High concentration (cells shrink) Passive Transport Active Transport Requires energy & carrier proteins Selective Permeability Concentration gradient Movement area of high to low concentration Isotonic Solution Low concentration (cells burst) Dissolving substance Water diffusion through membrane Solvent Only allows certain things to pass membrane Has osmotic equilibrium Hypotonic Solution Substance dissolved in solvent Requires no energy for movement Osmotic Equilibrium Hypertonic Solution Concentration of molecules higher in one area Solute Concentration the same on both sides Diffusion Osmosis High concentration (cells shrink) Passive Transport Active Transport
(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.
Requires energy & carrier proteins
Selective Permeability
Concentration gradient
Movement area of high to low concentration
Isotonic
Solution
Low concentration (cells burst)
Dissolving substance
Water diffusion through membrane
Solvent
Only allows certain things to pass membrane
Has osmotic equilibrium
Hypotonic
Solution
Substance dissolved in solvent
Requires no energy for movement
Osmotic Equilibrium
Hypertonic
Solution
Concentration of molecules higher in one area
Solute
Concentration the same on both sides
Diffusion
Osmosis
High concentration
(cells shrink)
Passive Transport
Active Transport