hyperosmotic and isotonic.

iso-osmotic and isotonic.

iso-osmotic and hypotonic.

iso-osmotic and hypertonic.

hyperosmotic and hypertonic.

Water moves by osmosis to a region where solute concentration is lower

Osmolarity is expressed in Osmolar units

A solution with a lower concentration of particles than another is said to be hypo-osmotic to the second solution

Osmolarity depends on the concentration of all solute particles in the solution

When two solutions have the same concentration of particles they are said to be iso-osmotic to each other

will experience a net movement of water into the cell from the surrounding environment

will experience a net movement of water out of the cell into the surrounding environment

has a lower concentration of solutes than the surrounding environment

will undergo crenation

will not experience any net movement of water with respect to the surrounding environment

hypo-osmotic

isosmotic

isotonic

hypertonic

hyper-osmotic

The concentration of all solutes outside and inside the cell and their osmolarity

The concentration of all solutes outside and inside the cell and their charge

What is Fick's constant for that cell

The concentration of non-penetrating solutes outside and inside the cell

The concentration of all solutes outside and inside the cell