28. Which of the following structures violates the octet rule? In other words, the compound cannot exist in nature. CH a. CH3 Ob. CH3 Od. CH

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**Question 28:** Which of the following structures violates the octet rule? In other words, the compound cannot exist in nature.

**Options:**

- **a.** Hexagon with a CH₃ group attached.
- **b.** Hexagon with a CH₂ group attached. (Highlighted selection)
- **c.** Hexagon with a CH₃ group attached.
- **d.** Hexagon with a CH₃ group attached.

**Explanation:**

This is a multiple-choice question regarding structural representations of chemical compounds. Each option depicts a hexagonal ring (often representing a benzene or cyclohexane ring) with different alkyl group attachments.

- Option **a, c, and d** show the hexagon with a methyl group (CH₃) attached, which typically complies with the octet rule.
- Option **b** shows a hexagon with a methylene group (CH₂) attached, which may indicate a potential violation of the octet rule, as carbon ideally needs four bonds to satisfy the rule.

The hexagon likely represents a carbon-based ring, and the consideration here is whether the depicted structures allow each carbon atom to have eight electrons in its outer shell, complying with the octet rule.
Transcribed Image Text:**Question 28:** Which of the following structures violates the octet rule? In other words, the compound cannot exist in nature. **Options:** - **a.** Hexagon with a CH₃ group attached. - **b.** Hexagon with a CH₂ group attached. (Highlighted selection) - **c.** Hexagon with a CH₃ group attached. - **d.** Hexagon with a CH₃ group attached. **Explanation:** This is a multiple-choice question regarding structural representations of chemical compounds. Each option depicts a hexagonal ring (often representing a benzene or cyclohexane ring) with different alkyl group attachments. - Option **a, c, and d** show the hexagon with a methyl group (CH₃) attached, which typically complies with the octet rule. - Option **b** shows a hexagon with a methylene group (CH₂) attached, which may indicate a potential violation of the octet rule, as carbon ideally needs four bonds to satisfy the rule. The hexagon likely represents a carbon-based ring, and the consideration here is whether the depicted structures allow each carbon atom to have eight electrons in its outer shell, complying with the octet rule.
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