Final answer:
The oxygen concentration of a cell will increase or decrease depending on the environment it is moved to. When moved to an environment with higher oxygen concentration, the cell's oxygen concentration increases, and vice versa. Cells need to maintain an appropriate oxygen concentration for their metabolic needs.
Step-by-step explanation:
The oxygen concentration in a cell will depend on the environment it is moved to. When the cell is moved to an environment with a higher oxygen concentration, the oxygen concentration in the cell will increase. Conversely, if the cell is moved to an environment with a lower oxygen concentration, the oxygen concentration in the cell will decrease. This is because oxygen molecules are constantly moving from an area with high concentration to an area with low concentration through a process called diffusion.
For example, when a cell is moved to an environment with higher oxygen concentration, oxygen molecules will diffuse into the cell, increasing its oxygen concentration. On the other hand, when a cell is moved to an environment with a lower oxygen concentration, oxygen molecules will diffuse out of the cell, decreasing its oxygen concentration.
Cells need to maintain an appropriate oxygen concentration for their metabolic needs, as oxygen is required for cellular respiration and the production of energy.