Sagot :
Water entering and leaving the cell at the same frequencies is the most likely reason for this finding.
Solutions that are hyper-, hypo-, and isotonic
Hypertonic solutions are those in which the solute concentration is higher than that of another solution, such as the intracellular solution found inside a cellular.
Hypertonic solutions are those in which the solute concentration is higher than that of another solution, such as the intracellular solution found inside a cellular.
When a cell is submerged in a hypertonic solution, water moves out of the cell more quickly than it does in.
Hypotonic solutions contain fewer solutes than other solutions do.
When a cell is submerged in a hypertonic environment, water moves more into the cell than being out of it.
Substances that are isotonic have the same strength as another solution.
When a cell is submerged in an isotonic solution, water enters and exits at the same rate.
The pupil's research with a plant cell in a salt solution revealed that the plant cell had a regular similar structure to that of a typical plant cell, proving that the fluid was isotonic.
Aqua going equally in and out of the cell is consequently the most reasonable scenario for this finding.
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