Shown by figures 2 and 3, the solution compared to the cell is hypertonic. Hypertonic solutions can cause a cell to lose all of it’s water and die. Cells in a higher concentration area try to balance the concentration of water by letting water enter the cell. The solution compared to the cell is hypotonic. Hypotonic solutions cause cells to absorb too much water and they die because the cells explode. For a cell to be successful it must be in the perfect concentration of water, this would allow for the cell to take in water and release water without changing the concentration of the cell. Compared to distilled water, all solutions are hypertonic. Osmosis is a comparative way to help a cell survive. The purpose of this experiment was to determine the relationship between sucrose concentration and percent change in mass of a potato.
Shown by figures 2 and 3, the solution compared to the cell is hypertonic. Hypertonic solutions can cause a cell to lose all of it’s water and die. Cells in a higher concentration area try to balance the concentration of water by letting water enter the cell. The solution compared to the cell is hypotonic. Hypotonic solutions cause cells to absorb too much water and they die because the cells explode. For a cell to be successful it must be in the perfect concentration of water, this would allow for the cell to take in water and release water without changing the concentration of the cell. Compared to distilled water, all solutions are hypertonic. Osmosis is a comparative way to help a cell survive. The purpose of this experiment was to determine the relationship between sucrose concentration and percent change in mass of a potato.