From the Lewis structures of the species given, pick all of those in which the central atom obeys the octet rule. O=C= C=0 ww 0 :F: AI :CI: :CI-SI-CI: :CI: :CI: :Xe 1° :CI: ww None of the Above

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## Learning Activity: Identifying the Octet Rule in Lewis Structures

### Objective:
Examine the provided Lewis structures and identify which central atoms obey the octet rule.

### Instructions:
Evaluate each Lewis structure depicted below and select the ones where the central atom fulfills the octet rule.

### Lewis Structures:

1. **Structure 1:** A triple bond connects two carbon atoms (C≡C) with hydrogen atoms at the ends, each carbon atom having one lone pair of electrons.

2. **Structure 2:** A central aluminum atom (Al) is single-bonded to three fluorine atoms (F), forming a trigonal planar shape with no lone pairs on aluminum.

3. **Structure 3:** A central silicon atom (Si) is surrounded by four chlorine atoms (Cl), each forming a single bond, creating a tetrahedral shape. There are no lone pairs on silicon.

4. **Structure 4:** A central chlorine atom (Cl) is single-bonded to three oxygen atoms (O), each oxygen having one lone pair, and chlorine having two lone pairs.

5. **Option:** None of the Above.

### Task:
Review each option and decide which structures have central atoms that meet the octet rule by having eight electrons in their valence shell. Select all applicable options.

**Button Options:**
- "Submit Answer"
- "Retry Entire Group"

#### Note:
There are 9 more group attempts remaining.

---

Feel free to explore further readings on the octet rule and Lewis structures to better understand the chemical bonding and stability concepts.
Transcribed Image Text:## Learning Activity: Identifying the Octet Rule in Lewis Structures ### Objective: Examine the provided Lewis structures and identify which central atoms obey the octet rule. ### Instructions: Evaluate each Lewis structure depicted below and select the ones where the central atom fulfills the octet rule. ### Lewis Structures: 1. **Structure 1:** A triple bond connects two carbon atoms (C≡C) with hydrogen atoms at the ends, each carbon atom having one lone pair of electrons. 2. **Structure 2:** A central aluminum atom (Al) is single-bonded to three fluorine atoms (F), forming a trigonal planar shape with no lone pairs on aluminum. 3. **Structure 3:** A central silicon atom (Si) is surrounded by four chlorine atoms (Cl), each forming a single bond, creating a tetrahedral shape. There are no lone pairs on silicon. 4. **Structure 4:** A central chlorine atom (Cl) is single-bonded to three oxygen atoms (O), each oxygen having one lone pair, and chlorine having two lone pairs. 5. **Option:** None of the Above. ### Task: Review each option and decide which structures have central atoms that meet the octet rule by having eight electrons in their valence shell. Select all applicable options. **Button Options:** - "Submit Answer" - "Retry Entire Group" #### Note: There are 9 more group attempts remaining. --- Feel free to explore further readings on the octet rule and Lewis structures to better understand the chemical bonding and stability concepts.
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