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What term is used to describe when two solutions have reached a balanced state?
hypotonic
shrinks from water loss
goes low to high
92% water in beaker, 99% water in egg
it will lose water and shrink
Equilibrium
active transport requires ATP, passive does not
both move high to low concentrations
How are osmosis and diffusion similar processes?
hypotonic
shrinks from water loss
goes low to high
92% water in beaker, 99% water in egg
it will lose water and shrink
Equilibrium
active transport requires ATP, passive does not
both move high to low concentrations
When placed in a solution of 30% water 70% salt, what would happen to a cell that is 70% water?
hypotonic
shrinks from water loss
goes low to high
92% water in beaker, 99% water in egg
it will lose water and shrink
Equilibrium
active transport requires ATP, passive does not
both move high to low concentrations
If an animal cell is placed in HYPERTONIC solution, what happens to the cell?
hypotonic
shrinks from water loss
goes low to high
92% water in beaker, 99% water in egg
it will lose water and shrink
Equilibrium
active transport requires ATP, passive does not
both move high to low concentrations
Which is a difference between active and passive transport?
hypotonic
shrinks from water loss
goes low to high
92% water in beaker, 99% water in egg
it will lose water and shrink
Equilibrium
active transport requires ATP, passive does not
both move high to low concentrations
Active transport goes against the concentration gradient. What does that mean?
hypotonic
shrinks from water loss
goes low to high
92% water in beaker, 99% water in egg
it will lose water and shrink
Equilibrium
active transport requires ATP, passive does not
both move high to low concentrations
Plant cells will become turgid when placed in this type of solution.
hypotonic
shrinks from water loss
goes low to high
92% water in beaker, 99% water in egg
it will lose water and shrink
Equilibrium
active transport requires ATP, passive does not
both move high to low concentrations
In which situation would an egg shrink?
hypotonic
shrinks from water loss
goes low to high
92% water in beaker, 99% water in egg
it will lose water and shrink
Equilibrium
active transport requires ATP, passive does not
both move high to low concentrations
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