Macmillan Learnin Xenon can be the central atom of a molecule by expanding beyond an octet of electrons. Draw Lewis structures for the given xenon compounds. Show all lone pairs. XeF2 Incorrect F į. Xe ¶ XeF₂0 Incorrect F : Xe — Xe | F

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**Xenon and Expanded Octet: Lewis Structures**

Xenon can act as the central atom in a molecule by expanding beyond the octet rule. Here are Lewis structures for xenon compounds with all lone pairs shown.

**XeF₂**

- **Structure Explanation:** The diagram shows xenon (Xe) as the central atom with two fluorine (F) atoms bonded to it. There are three lone pairs of electrons around the xenon atom, but they are not depicted correctly in this image. The correct structure should show the lone pairs distributed around the central atom to minimize electron repulsion, according to VSEPR theory.
- **Feedback:** Incorrect

**XeF₂O**

- **Structure Explanation:** The image incorrectly illustrates two xenon (Xe) atoms bonded to fluorine (F) atoms and an additional oxygen (O) atom. In the correct Lewis structure, one xenon atom should be central with two fluorine atoms and one oxygen atom bonded to it, accompanied by lone pairs around the xenon to maintain proper geometry.
- **Feedback:** Incorrect

Both diagrams highlight common mistakes in drawing Lewis structures for xenon compounds, particularly not correctly placing lone pairs around the central atom.
Transcribed Image Text:**Xenon and Expanded Octet: Lewis Structures** Xenon can act as the central atom in a molecule by expanding beyond the octet rule. Here are Lewis structures for xenon compounds with all lone pairs shown. **XeF₂** - **Structure Explanation:** The diagram shows xenon (Xe) as the central atom with two fluorine (F) atoms bonded to it. There are three lone pairs of electrons around the xenon atom, but they are not depicted correctly in this image. The correct structure should show the lone pairs distributed around the central atom to minimize electron repulsion, according to VSEPR theory. - **Feedback:** Incorrect **XeF₂O** - **Structure Explanation:** The image incorrectly illustrates two xenon (Xe) atoms bonded to fluorine (F) atoms and an additional oxygen (O) atom. In the correct Lewis structure, one xenon atom should be central with two fluorine atoms and one oxygen atom bonded to it, accompanied by lone pairs around the xenon to maintain proper geometry. - **Feedback:** Incorrect Both diagrams highlight common mistakes in drawing Lewis structures for xenon compounds, particularly not correctly placing lone pairs around the central atom.
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