Which of the following statements accurately explains how a buffer works to resist changes in pH when a strong base is added to the buffer? Select an answer and submit. For keyboard navigation, use the up/down arrow keys to select an answer. When a strong base is added to a buffer, the weak acid component of the buffer reacts with the strong base to form more of the weak base component of the buffer. The strong base is fully consumed and so the pH of the buffer goes down slightly. When a strong base is added to a buffer, the weak acid component of the buffer reacts with the strong base to form b more of the weak base component of the buffer. The strong base is fully consumed and so the pH of the buffer goes up slightly. When a strong base is added to a buffer the weak base component of the buffer reacts with the strong base to form more of the weak acid component of the buffer. The strong base is fully consumed and so the pH of the buffer goes up slightly. When a strong base is added to a buffer the weak base component of the buffer reacts with the strong base to form d more of the weak acid component of the buffer. The strong base is fully consumed and so the pH of the buffer goes r Fu down slightly.
Which of the following statements accurately explains how a buffer works to resist changes in pH when a strong base is added to the buffer? Select an answer and submit. For keyboard navigation, use the up/down arrow keys to select an answer. When a strong base is added to a buffer, the weak acid component of the buffer reacts with the strong base to form more of the weak base component of the buffer. The strong base is fully consumed and so the pH of the buffer goes down slightly. When a strong base is added to a buffer, the weak acid component of the buffer reacts with the strong base to form b more of the weak base component of the buffer. The strong base is fully consumed and so the pH of the buffer goes up slightly. When a strong base is added to a buffer the weak base component of the buffer reacts with the strong base to form more of the weak acid component of the buffer. The strong base is fully consumed and so the pH of the buffer goes up slightly. When a strong base is added to a buffer the weak base component of the buffer reacts with the strong base to form d more of the weak acid component of the buffer. The strong base is fully consumed and so the pH of the buffer goes r Fu down slightly.
Chemistry
10th Edition
ISBN:9781305957404
Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
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Chapter1: Chemical Foundations
Section: Chapter Questions
Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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Which of the following statements accurately explains how a buffer works to resist changes in pH when a strong base is added to the buffer?
Transcribed Image Text:**Video 5 Assignment**
*Homework - Due in 5 days*
**Question:**
Which of the following statements accurately explains how a buffer works to resist changes in pH when a strong base is added to the buffer?
**Instructions:**
Select an answer and submit. For keyboard navigation, use the up/down arrow keys to select an answer.
**Options:**
- **a**: When a strong base is added to a buffer, the weak acid component of the buffer reacts with the strong base to form more of the weak base component of the buffer. The strong base is fully consumed and so the pH of the buffer goes down slightly.
- **b**: When a strong base is added to a buffer, the weak acid component of the buffer reacts with the strong base to form more of the weak base component of the buffer. The strong base is fully consumed and so the pH of the buffer goes up slightly.
- **c**: When a strong base is added to a buffer, the weak base component of the buffer reacts with the strong base to form more of the weak acid component of the buffer. The strong base is fully consumed and so the pH of the buffer goes up slightly.
- **d**: When a strong base is added to a buffer, the weak base component of the buffer reacts with the strong base to form more of the weak acid component of the buffer. The strong base is fully consumed and so the pH of the buffer goes down slightly.
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