Considering the two compounds shown below, which is more acidic and why? F y A OH VS. B OH A is the stronger acid because its conjugate base is better stabilized by resonance. OB is the stronger acid because its conjugate base is better stabilized by inductive effects. B is the stronger acid because its conjugate base is better stabilized by resonance. A is the stronger acid because its conjugate base is better stabilized by inductive effects.

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**3.4 Brønsted-Lowry Acidity: Factors Affecting the Stability of Anions**

*Considering the two compounds shown below, which is more acidic and why?*

[Diagrams of two compounds]

- Compound A: Structure includes a fluorine atom (F), an alcohol group (OH), and a keto group (C=O).
- Compound B: Similar to A but with the positions of the fluorine and alcohol group switched.

**Options:**

- ○ A is the stronger acid because its conjugate base is better stabilized by resonance.
- ○ B is the stronger acid because its conjugate base is better stabilized by inductive effects.
- ○ B is the stronger acid because its conjugate base is better stabilized by resonance.
- ○ A is the stronger acid because its conjugate base is better stabilized by inductive effects.

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Transcribed Image Text:**3.4 Brønsted-Lowry Acidity: Factors Affecting the Stability of Anions** *Considering the two compounds shown below, which is more acidic and why?* [Diagrams of two compounds] - Compound A: Structure includes a fluorine atom (F), an alcohol group (OH), and a keto group (C=O). - Compound B: Similar to A but with the positions of the fluorine and alcohol group switched. **Options:** - ○ A is the stronger acid because its conjugate base is better stabilized by resonance. - ○ B is the stronger acid because its conjugate base is better stabilized by inductive effects. - ○ B is the stronger acid because its conjugate base is better stabilized by resonance. - ○ A is the stronger acid because its conjugate base is better stabilized by inductive effects. *Save for Later*
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