Question

there will be a net movement of carbon dioxide molecules into the cell. there will be no net movement of carbon dioxide molecules between the inside and outside of the cell. there will be a net movement of carbon dioxide molecules out of the cell. inside outside inside outside inside outside cell membrane cell membrane cell membrane

Explanation:

Step1: Analyze the first diagram

In the first diagram, the concentration of \(CO_2\) is higher outside the cell. According to the principle of diffusion (movement from high to low concentration), there will be a net movement of \(CO_2\) into the cell.

Step2: Analyze the second diagram

In the second diagram, the concentration of \(CO_2\) is the same inside and outside the cell. So, there will be no net movement of \(CO_2\) molecules between the inside and outside of the cell (dynamic equilibrium).

Step3: Analyze the third diagram

In the third diagram, the concentration of \(CO_2\) is higher inside the cell. By the principle of diffusion, there will be a net movement of \(CO_2\) out of the cell.

Answer:

• First diagram: There will be a net movement of carbon dioxide molecules into the cell.
• Second diagram: There will be no net movement of carbon dioxide molecules between the inside and outside of the cell.
• Third diagram: There will be a net movement of carbon dioxide molecules out of the cell.