Transport Across the Cell Membrane: Diagrams showing water and glucose movement in hypertonic, hypotonic, and isotonic solutions.

Diagrams illustrating transport across the cell membrane, showing three scenarios (A, B, C) with varying concentrations of water and glucose in a bag and beaker, demonstrating hypertonic, hypotonic, and isotonic conditions.

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- Passive transport. An example is water diffusion.
- The bag will shrink after time due to the water leaving.
- The bag is going to extend due to the water traveling into the bag.
- The bag is going to stay the same due to the isotonic solution.
- The solution will be isotonic at the ‘same strength’.
- The red blood cells in your blood must constantly be in an isotonic condition. A 0.9% salt solution is isotonic to red blood cells.
- The amount of water going into the cell is the same as the amount going out of the cell. The salt inside the cell is the same as the solution outside.

Parent Tip: Review the logic above to help your child master the concept of membrane transport worksheet.

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