Question

1. complete the table below by writing whether solutes and water move inside or outside the cell. hints: with diffusion solutes move from area of high concentration to lower concentration. with osmosis water moves to the side with the higher solute concentration.

diffusion	osmosis	water + solute = 100% - only one is given
outside	outside	5% salt	10% salt
	10% salt	10% salt
	3% glucose	1% glucose
	2% protein	1% protein
	9% salt	9% salt
	13% water	25% water

Explanation:

Step1: Recall diffusion principle

Solutes move from high - to low - concentration.

Step2: Recall osmosis principle

Water moves to higher solute concentration side.

Step3: Analyze 5% salt (inside) and 10% salt (outside)

For diffusion, solute moves outside. For osmosis, water moves outside.

Step4: Analyze 10% salt (inside) and 10% salt (outside)

For diffusion, no net solute movement. For osmosis, no net water movement.

Step5: Analyze 3% glucose (inside) and 1% glucose (outside)

For diffusion, solute moves outside. For osmosis, water moves inside.

Step6: Analyze 2% protein (inside) and 1% protein (outside)

For diffusion, solute moves outside. For osmosis, water moves inside.

Step7: Analyze 9% salt (inside) and 9% salt (outside)

For diffusion, no net solute movement. For osmosis, no net water movement.

Step8: Analyze 13% water (inside) and 25% water (outside)

For diffusion, no relevant solute info given. For osmosis, water moves inside.

Answer:

Diffusion	Osmosis	Inside the Cell	Outside the cell
No net movement	No net movement	10% salt	10% salt
Outside	Inside	3% glucose	1% glucose
Outside	Inside	2% protein	1% protein
No net movement	No net movement	9% salt	9% salt
N/A	Inside	13% water	25% water