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When a solution is in equilibrium, all movement of its molecules stops.
a difference in the concentration of molecules throughout a space
the kinetic energy of molecules
turgor pressure
osmosis
is in equilibrium
concentration gradient
phagocytosis
False
If the molecular concentration of a substance is the same throughout space, the substance
a difference in the concentration of molecules throughout a space
the kinetic energy of molecules
turgor pressure
osmosis
is in equilibrium
concentration gradient
phagocytosis
False
All forms of passive transport depend on
a difference in the concentration of molecules throughout a space
the kinetic energy of molecules
turgor pressure
osmosis
is in equilibrium
concentration gradient
phagocytosis
False
In a plant cell, water molecules exert _____________ on the cell membrane
a difference in the concentration of molecules throughout a space
the kinetic energy of molecules
turgor pressure
osmosis
is in equilibrium
concentration gradient
phagocytosis
False
A type of transport in which water moves across a membrane and down its concentration gradient is
a difference in the concentration of molecules throughout a space
the kinetic energy of molecules
turgor pressure
osmosis
is in equilibrium
concentration gradient
phagocytosis
False
The difference in concentration across a space is the
a difference in the concentration of molecules throughout a space
the kinetic energy of molecules
turgor pressure
osmosis
is in equilibrium
concentration gradient
phagocytosis
False
A cell engulfing a large particle or whole cell is performing
a difference in the concentration of molecules throughout a space
the kinetic energy of molecules
turgor pressure
osmosis
is in equilibrium
concentration gradient
phagocytosis
False
The process of diffusion requires
a difference in the concentration of molecules throughout a space
the kinetic energy of molecules
turgor pressure
osmosis
is in equilibrium
concentration gradient
phagocytosis
False
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