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Cytoplasm is more dilute than surrounding solution inside or outside?

The cytoplasm is more concentrated, not dilute, compared to the surrounding solution inside or outside the cell. This is due to the presence of various solutes, such as ions and proteins, that contribute to the osmolarity of the cytoplasm. This difference in concentration helps maintain cell volume and shape through osmotic processes.


If you add solute to a dilute solution the solution becomes more what solution?

The dilute solution become a concentrated solution.


What type of solution causes shrinkage of submerged red blood cells?

A hypertonic solution, where the solute concentration outside the cell is higher than inside, causes shrinkage of submerged red blood cells through the process of crenation. Water moves out of the cell to dilute the more concentrated external solution, leading to cell shriveling.


Adding more solvent to a solution makes the solution more?

dilute.


What refers to a solution with more molecules outside the cell than inside the cell?

hypertonic solution


How do you dilute solution from a concentrated solution?

Add more solvent.


What is a solution with lower concentration called?

A solution with lower concentration is called a dilute solution. It contains less dissolved solute in comparison to a more concentrated solution.


What would make a sugar and water solution more dilute?

Adding more water the solution become more dilute.


Which term refers to a cell that has more solute on the inside than on the outside?

not hypertonic solution


Water will diffuse out of a cell when the cell is placed in a hypertonic solution?

You are correct. A hypertonic solution is a solution outside the cell that has more solute in it that water. This means that there is more water inside the cell than solute. Because there is more water in the cell, it will diffuse out of it and the cell will shrivel up.


In a cell that contains saltwater and pure water surrounds the cell what is most likely to happen?

The cell is in a hypotonic solution, which mean there is more concentration of salt inside than out. Then osmosis works to equalize the concentrations in both the cell and outside solution. In this case, the pure water would rush into the cell to dilute the salt concentration to match the outside concentration. But if too much water enters the cell, the pressure increases and the cell membrane has the potential to burst.


What are the examples of hypotonic solution?

the concentration of water is more outside the cell is more than inside thecell