All non-bonding electrons and nonzero formal charges should be included in the structure. What is the most stable resonance structure if oxygen is the central atom in the CON-ion? 120 H C CI :c=0N:

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Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
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**Title: Understanding Resonance Structures and Formal Charges**

**Introduction:**

In this section, we explore how to determine the most stable resonance structure for a given ion.

**Resonance Structures and Formal Charges:**

*Statement:*
"All non-bonding electrons and nonzero formal charges should be included in the structure."

*Question:*
"What is the most stable resonance structure if oxygen is the central atom in the CON⁻ ion?"

**Resonance Structure Diagram:**

The diagram presents a proposed Lewis structure for the CON⁻ ion:

- The ion is structured with oxygen (O) as the central atom.
- The carbon (C) atom is on the left and is bonded to oxygen with a triple bond.
- The nitrogen (N) atom is on the right and is bonded to oxygen with a single bond.

**Chemical Notation:**

- The carbon atom has two additional lone electrons indicated by a pair of dots on its left side, representing its lone pair.
- The oxygen atom has two single lone pairs indicated above and below it.
- The nitrogen atom has two lone pairs, similar to oxygen, indicated by dots on its top and bottom.

**Analysis:**

The resonant structure illustrates the distribution of electrons across the CON⁻ ion, taking into account formal charges and lone pairs. For accurate stability predictions, non-bonding electrons and formal charges are considered crucial. This resonance structure helps predict the behavior and reactivity of the molecule based on electron distribution.

**Conclusion:**

Understanding and drawing resonance structures with correct electron positioning and formal charges is essential in predicting molecular behavior and stability. By practicing these representations, students can better grasp molecular composition and its implications in chemical reactions.
Transcribed Image Text:**Title: Understanding Resonance Structures and Formal Charges** **Introduction:** In this section, we explore how to determine the most stable resonance structure for a given ion. **Resonance Structures and Formal Charges:** *Statement:* "All non-bonding electrons and nonzero formal charges should be included in the structure." *Question:* "What is the most stable resonance structure if oxygen is the central atom in the CON⁻ ion?" **Resonance Structure Diagram:** The diagram presents a proposed Lewis structure for the CON⁻ ion: - The ion is structured with oxygen (O) as the central atom. - The carbon (C) atom is on the left and is bonded to oxygen with a triple bond. - The nitrogen (N) atom is on the right and is bonded to oxygen with a single bond. **Chemical Notation:** - The carbon atom has two additional lone electrons indicated by a pair of dots on its left side, representing its lone pair. - The oxygen atom has two single lone pairs indicated above and below it. - The nitrogen atom has two lone pairs, similar to oxygen, indicated by dots on its top and bottom. **Analysis:** The resonant structure illustrates the distribution of electrons across the CON⁻ ion, taking into account formal charges and lone pairs. For accurate stability predictions, non-bonding electrons and formal charges are considered crucial. This resonance structure helps predict the behavior and reactivity of the molecule based on electron distribution. **Conclusion:** Understanding and drawing resonance structures with correct electron positioning and formal charges is essential in predicting molecular behavior and stability. By practicing these representations, students can better grasp molecular composition and its implications in chemical reactions.
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