because of the gravity of earth
No. An isotonic solution would not cause a cell to shrink, because the concentration of water in the solution and inside the cell is the same. A hypertonic solution would cause a cell to shrink.
If you meant an isotonic solution, an isotonic solution is a solution which contains the same concentration of solutes as the cell it is being compared to. This creates dynamic equilibrium, as the amount of solutes entering the cell and leaving the cell is the same.
it stays the same
it will remain the same
there won't be any change in the size of the cell because the water crosses the cell membrane in both directions,but the amount of water going is the same as the amount of water going out
Isotonic does not change the shape of a cell membrane
A cell that is in an isotonic solution is in equilibrium with the solution. What ions and water outside of the cell is the same as the ions and water that is inside the cell. The term -iso means the same.
Usually this question is in reference to a RBCs (red blood cells). When there is the same amount of water molecules on the outside of the cell as the inside of the cell, so there is no change in the shape of the cell.
If a red blood cell is placed in an isotonic solution then nothing should happen physically because an isotonic solution is one that has the same solute concentration as the red blood cell itself.
i had the same question but im pretty sure its the mitochondria
No. An isotonic solution would not cause a cell to shrink, because the concentration of water in the solution and inside the cell is the same. A hypertonic solution would cause a cell to shrink.
tempature
If you meant an isotonic solution, an isotonic solution is a solution which contains the same concentration of solutes as the cell it is being compared to. This creates dynamic equilibrium, as the amount of solutes entering the cell and leaving the cell is the same.
Isotonic solution
it stays the same
Hypotonic :) good luck on plato :D
There is no net movement of water molecules in and out of the cell.