Question

Analyze how different concentrations of solutes in a solution can affect organism's cells.

Answer 1

The solute is the substance dissolved in water.

A hypotonic solution is a solution with a low concentration of solute.

A hypertonic solution is a solution with a high concentration of solute.

An isotonic solution is a solution that contains equal concentrations of solutes.

The direction of water displacement (or osmosis) depends on the total concentration of solute on each side of the membrane and not the nature of the solute.

Answer 2

Answer:

Various groupings of solutes in an answer influence a living being's cells in view of dispersion and assimilation. At the point when the convergence of solute is higher within the cell than outside of the cell at that point water diffuses through the cell layer into the cell. At the point when the grouping of solute is higher outside of the cell than within the cell at that point water diffuses out of the cell layer into the extracellular space. In animal cells, if an answer that the cell is in has an equal proportion of solute as inside the cell does, the cell will proceed as before size. In case there is more solute outside of the animal cell, the cell will pull back considering the way that the water will tail it out of the phone hypertonic game plan. In case there is less solute outside of the animal cell, the cell will create considering the way that the water will take after the more unmistakable solute inside the phone hypotonic game plan.

Explanation: