For which two molecules would you expect deviation from ideal bond angles? Ideal bond angles are angles you would expect from electron's geometry (i.e: Tetrahedral ideal bond angle is 109.5°) H20 PCI5 O SF6 O SO2

Chemistry
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Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
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Chapter1: Chemical Foundations
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**Question:**

For which two molecules would you expect deviation from ideal bond angles?

**Context:**

Ideal bond angles are angles you would expect from electron's geometry (i.e., Tetrahedral ideal bond angle is 109.5°).

**Options:**

- [ ] H₂O
- [ ] PCl₅
- [ ] SF₆
- [ ] SO₂

**Explanation:**

This question asks you to identify two molecules from the provided list that would demonstrate a deviation from the ideal bond angle of 109.5°, which is characteristic of a tetrahedral electron geometry. Consider the molecular shapes and electron pair repulsions that might lead to variations in bond angles.
Transcribed Image Text:**Question:** For which two molecules would you expect deviation from ideal bond angles? **Context:** Ideal bond angles are angles you would expect from electron's geometry (i.e., Tetrahedral ideal bond angle is 109.5°). **Options:** - [ ] H₂O - [ ] PCl₅ - [ ] SF₆ - [ ] SO₂ **Explanation:** This question asks you to identify two molecules from the provided list that would demonstrate a deviation from the ideal bond angle of 109.5°, which is characteristic of a tetrahedral electron geometry. Consider the molecular shapes and electron pair repulsions that might lead to variations in bond angles.
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