Understanding Hypertonic, Hypotonic, and Isotonic Solutions

Why did the teacher decide to redo the video?

• To make it shorter

• To improve the picture quality and explanation

• To add more information

• To include more examples

What happens to water in a hypertonic solution?

• Water evaporates

• Water moves into the cell

• Water concentration remains the same

• Water moves out of the cell

In a hypertonic solution, where does the water move?

• It stays in the solution

• It stays in the cell

• From the cell into the solution

• From the solution into the cell

What is the result of placing a cell in a hypertonic solution?

• The cell bursts

• The cell shrivels

• The cell remains unchanged

• The cell grows

In a hypotonic solution, where does the water move?

• It stays in the solution

• It stays in the cell

• From the cell into the solution

• From the solution into the cell

What happens to a cell in a hypotonic solution?

• The cell bursts

• The cell shrivels

• The cell dries out

• The cell remains unchanged

What is the characteristic of an isotonic solution?

• Water concentration is the same inside and outside

• Water evaporates

• Water moves out of the cell

• Water moves into the cell

What happens to a cell in an isotonic solution?

• The cell dries out

• The cell remains unchanged

• The cell shrivels

• The cell bursts

Which type of solution causes a cell to shrivel?

• Hypotonic

• Hypertonic

• None of the above

• Isotonic

Which type of solution causes a cell to burst?

• Hypotonic

• None of the above

• Hypertonic

• Isotonic