Suppose the tissue cells labeled by letter D are undergoing an unusually high amount of metabolic activity and, as a result, are producing more H⁺ than usual. What can you conclude about the CO₂ levels near letter F?

A. CO₂ would be at 40 mm Hg
B. CO₂ would be at 46 mm Hg
C. CO₂ would be below 40 mm Hg
D. CO₂ would be higher than 46 mm Hg

Question

02-06-2025
Biology

High School

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Suppose the tissue cells labeled by letter D are undergoing an unusually high amount of metabolic activity and, as a result, are producing more H⁺ than usual. What can you conclude about the CO₂ levels near letter F?

A. CO₂ would be at 40 mm Hg
B. CO₂ would be at 46 mm Hg
C. CO₂ would be below 40 mm Hg
D. CO₂ would be higher than 46 mm Hg

Answer :

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Svnflowers Svnflowers · Answer 1 · 2024-06-21T04:01:09-04:00

CO₂ levels near letter F would be higher than 46mm Hg (D).

Here's the reasoning:

Increased Metabolic Activity: The scenario describes tissue cells (letter D) undergoing an unusually high amount of metabolic activity. This implies a higher rate of cellular respiration.
Cellular Respiration and CO₂ Production: Cellular respiration is the process by which cells convert glucose into usable energy (ATP). As a byproduct of cellular respiration, carbon dioxide (CO₂) is produced.
Increased H⁺ Production: The scenario also mentions these cells producing more H⁺ (protons) than usual. This indicates a potential imbalance in the pH levels within the cells, likely becoming more acidic.

Connecting the Dots:

To maintain a proper pH balance, the body has various buffering mechanisms. When CO₂ levels are high, carbonic acid (H₂CO₃) formation increases, which helps buffer excess H⁺ ions.
Since the cells are already producing more H⁺ due to increased metabolic activity, the body will likely try to compensate by increasing CO₂ levels near those cells (letter F) to aid in buffering the additional H⁺ ions.

Therefore, due to the increased metabolic activity and H⁺ production, we can expect the CO₂ levels near letter F to be higher than the typical value of 46mmHg (D). The CO₂ increase helps the body's buffering system maintain a proper pH balance within the cells.