Imagine that you develop a procedure to measure the pH of in the matrix and the intermembrane space of a mitochondrion. What pattern of pH would you see? O The pH in the intermembrane space will contain more H+ and have a lower pH compared to the matrix. The pH in the intermembrane space will contain more H+ and have a higher pH compared to the matrix. The pH within the matrix will contain more H+ and have a lower pH compared to the intermembrane space. The pH within the matrix will contain more H+ and have a higher pH compared to the intermembrane space.

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**Title: Understanding pH Patterns in Mitochondrial Compartments**

**Text:**

Imagine that you develop a procedure to measure the pH of the matrix and the intermembrane space of a mitochondrion. What pattern of pH would you see?

- The pH in the intermembrane space will contain more H+ and have a lower pH compared to the matrix.
- The pH in the intermembrane space will contain more H+ and have a higher pH compared to the matrix.
- The pH within the matrix will contain more H+ and have a lower pH compared to the intermembrane space.
- The pH within the matrix will contain more H+ and have a higher pH compared to the intermembrane space.

**Explanation:**

This scenario explores the proton gradient across mitochondrial compartments. In a typical mitochondrion, the intermembrane space is more acidic (contains more H+) than the mitochondrial matrix, leading to a lower pH in the intermembrane space. This gradient is crucial for ATP synthesis during cellular respiration.
Transcribed Image Text:**Title: Understanding pH Patterns in Mitochondrial Compartments** **Text:** Imagine that you develop a procedure to measure the pH of the matrix and the intermembrane space of a mitochondrion. What pattern of pH would you see? - The pH in the intermembrane space will contain more H+ and have a lower pH compared to the matrix. - The pH in the intermembrane space will contain more H+ and have a higher pH compared to the matrix. - The pH within the matrix will contain more H+ and have a lower pH compared to the intermembrane space. - The pH within the matrix will contain more H+ and have a higher pH compared to the intermembrane space. **Explanation:** This scenario explores the proton gradient across mitochondrial compartments. In a typical mitochondrion, the intermembrane space is more acidic (contains more H+) than the mitochondrial matrix, leading to a lower pH in the intermembrane space. This gradient is crucial for ATP synthesis during cellular respiration.
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