100 points, brainliest, and free points if you answer all correctly

1.Use the diagram to answer the question.

What would happen if some of the red blood cells were placed in beaker B?

Water would move into the cells by osmosis, causing the cells to shrink.

Water would move out of the cells by osmosis, causing the cells to shrink.

Water would move into the cells by osmosis, causing the cells to swell.

Water would move out of the cells by osmosis, causing the cells to swell

2.

Use the diagram to answer the question.

What would happen if some of the red blood cells were placed in beaker A?

Water would move into the cells by osmosis, and the cells would swell.

Water would move out of the cells by diffusion, and the cells would shrink.

Water would move out of the cells by osmosis, and the cells would shrink.

Water would move into the cells by diffusion, and the cells would swell.

3.

What would occur if some of the red blood cells were placed in beaker C? Recall that red blood cells normally float in plasma.

The concentration of water inside and outside the cells would be equal, so no osmosis would occur.

The concentration of water inside and outside the cells would be equal, so no diffusion would occur.

The concentration of water inside the cells would be less than outside, so the cells would swell.

The concentration of water inside the cells would be greater than outside, so the cells would shrink.

4.

What is a function of water in a cell?

producing lipids and carbohydrates

assisting in the production of proteins

helping the cell move and grow

preventing rapid temperature changes

5.

The cell membrane and water are both involved in _.

directing the cell’s activities and functions

the movement of materials into and out of the cell

preventing chemical reactions from taking place

making and packaging proteins for the cell

6.

The cell membrane and water are both involved in _.

directing the cell’s activities and functions

the movement of materials into and out of the cell

preventing chemical reactions from taking place

making and packaging proteins for the cell

7.

Which are types of passive transport?

osmosis and diffusion

diffusion and engulfing

transport proteins and osmosis

engulfing and transport proteins

1. If the red blood cells are placed in beaker B, water would move out of the cells by osmosis and cause the cells to shrink. this is because the the solution is hyper tonic compared to the red blood cell.

2. If some red blood cells are placed in beaker A,

Water would move into the cells by osmosis and the cells would swell.

3. The concentration of water inside and outside the cells will be equal so no osmosis would occur. There is no osmotic pressure.

4. Water takes part in the production of lipids and carbohydrates.

5. The membrane and water are both involved in the movement of materials into and out of the cell. The membrane is semipermeable therefore it allows the transmission of materials into and out of the cell. water acts as a solvent for the materials entering the cell as in their original forms, they can not enter through the cell membrane pores.

6. The membrane and water are both involved in the movement of materials into and out of the cell. The membrane is semipermeable therefore it allows the transmission of materials into and out of the cell. water acts as a solvent for the materials entering the cell as in their original forms, they can not enter through the cell membrane pores.

7. OSMOSIS AND DIFFUSION are both examples of passive transport as the cells do not take part in the transport. It only occurs due to uncontrollable conditions that occur in a cycle in the cell.