What changes will occur in raisin and RBC when they are placed inside a hypotonic solution and why?
Answers
Answer:
The name of the process taking place is osmosis.
What is basically osmosis?
The movement of water molecules through a selectively permeable membrane from a region of high water concentration to low water concentration is called osmosis.
What happens in case of cells(Mentioned: RBC and raisins).
The exchange of water takes place.The water rushes inside of the cells which cause it to burst.But raisins dont burst.
Why do Raisins don't burst?
Raisin cell will not burst as it is a plant cell due to the thick cell wall yet the water rushes in the cell of raisin .
Answer:
It is because hypotonic solution refers to a solution having a lower concentration of solute( and so a higher amount of water) and so the solute concentration inside the RBC or raisin is greater than the solution( and water content is less).
In such a case, water gets transported from a region of higher concentration to a region of lower concentration. As a result of this, water enters into the cells to maintain osmolarity. This leads to a swelled up structure.
The RBC does not have any cell wall to maintain rigidity so continuous entry of water leads to hemolysis of RBC( rupture or destruction of cells).It is because hypotonic solution refers to a solution having a lower concentration of solute( and so a higher amount of water) and so the solute concentration inside the RBC or raisin is greater than the solution( and water content is less).
In such a case, water gets transported from a region of higher concentration to a region of lower concentration. As a result of this, water enters into the cells to maintain osmolarity. This leads to a swelled up structure.
The RBC does not have any cell wall to maintain rigidity so continuous entry of water leads to hemolysis of RBC( rupture or destruction of cells).It is because hypotonic solution refers to a solution having a lower concentration of solute( and so a higher amount of water) and so the solute concentration inside the RBC or raisin is greater than the solution( and water content is less).
In such a case, water gets transported from a region of higher concentration to a region of lower concentration. As a result of this, water enters into the cells to maintain osmolarity. This leads to a swelled up structure.
The RBC does not have any cell wall to maintain rigidity so continuous entry of water leads to hemolysis of RBC( rupture or destruction of cells).It is because hypotonic solution refers to a solution having a lower concentration of solute( and so a higher amount of water) and so the solute concentration inside the RBC or raisin is greater than the solution( and water content is less).
In such a case, water gets transported from a region of higher concentration to a region of lower concentration. As a result of this, water enters into the cells to maintain osmolarity. This leads to a swelled up structure.
The RBC does not have any cell wall to maintain rigidity so continuous entry of water leads to hemolysis of RBC( rupture or destruction of cells).It is because hypotonic solution refers to a solution having a lower concentration of solute( and so a higher amount of water) and so the solute concentration inside the RBC or raisin is greater than the solution( and water content is less).
In such a case, water gets transported from a region of higher concentration to a region of lower concentration. As a result of this, water enters into the cells to maintain osmolarity. This leads to a swelled up structure.
The RBC does not have any cell wall to maintain rigidity so continuous entry of water leads to hemolysis of RBC( rupture or destruction of cells).
Explanation: