Final answer:
When either carbon dioxide or hydrogen ion concentrations rise, it can impact the body's homeostasis and various biological reactions. This includes factors like ocean acidification and respiratory activity. Maintaining a balance in these concentrations is important for proper physiological functioning.
Step-by-step explanation:
When either carbon dioxide or hydrogen ion concentrations rise, it can have various effects on the body. For example, during physical activity, oxygen levels decrease and carbon dioxide levels rise as cells undergo cellular respiration. This also leads to an increase in hydrogen ions, causing the blood pH to drop. On the other hand, during rest, oxygen levels are higher, carbon dioxide levels are lower, and more hydrogen ions bind, resulting in a rise in blood pH.
These changes in carbon dioxide and hydrogen ion concentrations can impact the body's overall homeostasis and various biological reactions. They can influence factors like ocean acidification and respiratory activity. Therefore, it is important to maintain a balance in these concentrations to ensure proper physiological functioning.