Answer :
Answer: The salt solution would be considered a hypertonic solution environment.
Explanation: Different solutions of water have different solute concentrations. The concentration of a water solution is also referred to as its tonicity, and it's dependent on its relative solute concentration compared to other solutions. The tonicity of different solutions affects the level and direction of osmosis. (otherwise known as the flow of water molecules.)
Tonicity Types
- Hypotonic - A solution that is hypotonic has a lower solute concentration than other adjacent solutions. A cell placed into a hypotonic solution will become inflated with water since osmosis of water will occur into the cells in order to maintain water molarity equilibrium.
- Isotonic - A solution that is isotonic has an equal solute concentration compared to adjacent solutions. A cell placed in an isotonic solution will experience no change since the movement of water molecules does not occur. This is because concentration equilibrium has already been achieved.
- Hypertonic - A solution that is hypertonic has a greater solute concentration than other adjacent solutions. As a result, cells placed into a hypertonic solution will shrink since water exits the cell and into the solution in an attempt to equal solution molarity.
Since the solution the cells are being placed into is being identified as a salt solution, it would have a very high solute concentration thanks to the abundance of salt present. As a result, it would be a hypertonic solution to the cells.
