TONICITY

• In this type of solution, there is no net movement of water.

  Isotonic
• In this type of solution, there is equal solute outside and equal solvent inside.

  Isotonic
• This type of solution has an equal salt concentration.

  Isotonic
• In this type of solution, there is higher solute inside and higher solvent outside.

  Hypotonic
• This type of solution is much more watery.

  Hypotonic
• In this type of solution, cell neither grows nor shrinks and is much more likely to survive.

  Isotonic
• This type of passive transport can only function in a liquid medium.

  Osmosis
• This type of passive transport is a movement of solvent through a semi-permeable membrane from a region of lower solute concentration to higher solute concentration.

  Osmosis
• This type of passive transport can occur in all three mediums (solid, liquid, and gas).

  Diffusion
• This type of passive transport is a movement of particles from higher to lower concentration. This process reaches equal concentration.

  Diffusion
• In this type of solution, the cell grows in size.

  Hypotonic
• In this type of solution, the cell will swell and expand until it eventually burst through a process known as cytolysis.

  Hypotonic
• This type of solution has lower concentrated solution.

  Hypotonic
• In this type of solution, there is higher solute outside and higher solvent inside.

  Hypertonic
• In this type of solution, the water moves out from the cell.

  Hypertonic
• In this type of solution, the water moves into the cell.

  Hypotonic
• In this type of solution, the net movement of water will be outwards.

  Hypertonic
• In this type of solution, the cell will shrink and will undergo plasmolysis -- the cell contraction.

  Hypertonic
• This type of solution is much more salty.

  Hypertonic
• This type of solution has higher concentration.

  Hypertonic
• Hypotonic undergo through a process called...

  Cytolysis
• Hypertonic will undergo through a process called...

  Plasmolysis