2.10 Drawing Resonance Which of the following shows correct arrow placement that represents significant resonance for the given species? H-N A H H- HIN: -CIH F!!! :NIH -C-H None of the choices given represent significant resonance. ö H-N HIN-C-H Ö: H-N-82 H

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**Title: Understanding Resonance Structures through Arrow Placement**

**Section 2.10: Drawing Resonance Structures via Pattern Recognition**

**Question:**
Which of the following shows correct arrow placement that represents significant resonance for the given species?

**Options:**

1. **Option A:**
   - Structure: Displays a molecule with a nitrogen (N) atom single-bonded to a carbon (C) atom and an oxygen (O) atom. There is a lone pair shown on the oxygen atom. A curved arrow starts at the lone pair on the oxygen and points towards the space between N and C.

2. **Option B:**
   - Structure: Displays a similar molecule where the arrow starts at the lone pair on nitrogen and points towards the N-C bond, indicating electron movement.

3. **Option C:**
   - Structure: Identical molecule with a different arrow starting at the N-C bond and pointing towards the carbon, indicating a shift towards carbon.

4. **Option D: None of the choices given represent significant resonance.**

- **Buttons for interaction**: 
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**Explanation:**
The goal is to determine which arrow placement correctly represents a resonance form, reflecting electron movement that contributes significantly to the resonance hybrid. Arrows indicate the shift of electrons, illustrating how resonance structures can be interconverted. Choose the option where the movement of electrons aligns with stable resonance forms.

**Interactive Features:**
Participants can choose an option and either save their progress or submit their answer to receive feedback on their understanding of resonance structures through correct arrow placements.
Transcribed Image Text:**Title: Understanding Resonance Structures through Arrow Placement** **Section 2.10: Drawing Resonance Structures via Pattern Recognition** **Question:** Which of the following shows correct arrow placement that represents significant resonance for the given species? **Options:** 1. **Option A:** - Structure: Displays a molecule with a nitrogen (N) atom single-bonded to a carbon (C) atom and an oxygen (O) atom. There is a lone pair shown on the oxygen atom. A curved arrow starts at the lone pair on the oxygen and points towards the space between N and C. 2. **Option B:** - Structure: Displays a similar molecule where the arrow starts at the lone pair on nitrogen and points towards the N-C bond, indicating electron movement. 3. **Option C:** - Structure: Identical molecule with a different arrow starting at the N-C bond and pointing towards the carbon, indicating a shift towards carbon. 4. **Option D: None of the choices given represent significant resonance.** - **Buttons for interaction**: - "Save for Later" button. - "Submit Answer" button. **Explanation:** The goal is to determine which arrow placement correctly represents a resonance form, reflecting electron movement that contributes significantly to the resonance hybrid. Arrows indicate the shift of electrons, illustrating how resonance structures can be interconverted. Choose the option where the movement of electrons aligns with stable resonance forms. **Interactive Features:** Participants can choose an option and either save their progress or submit their answer to receive feedback on their understanding of resonance structures through correct arrow placements.
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