Draw a resonance structure that places an additional lone pair on oxygen by drawing electrons from the ring. Include all lone pairs in your structure. :0: Q

Chemistry
10th Edition
ISBN:9781305957404
Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Chapter1: Chemical Foundations
Section: Chapter Questions
Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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please help with this question if you only have organic chem background

**Resonance Structure Drawing Practice**

This exercise involves drawing a resonance structure that places an additional lone pair on the oxygen atom by using electrons from the aromatic ring. Ensure that all lone pairs are included in your drawing.

### Diagram Instructions:

- **Initial Molecule Diagram**: 
  - On the left, there is a depiction of an aromatic ring structure (likely a benzene derivative) with an oxygen atom connected to one of the carbon atoms. The oxygen is shown to have a negative charge (indicated by a lone pair sign).

- **Drawing Area**:
  - Below the molecule diagram, there is a designated space labeled "Drawing" where you can illustrate the resonance structure of the given molecule.

### Tools Available:

- **Atoms, Bonds and Rings**: 
  - Use this tab to draw new bonds or select atoms to modify the structure.

- **Charges and Lone Pairs**: 
  - This tab allows for the addition or adjustment of charges and lone pairs on atoms.

### Additional Features:

- **Drag to Pan**: 
  - This function allows you to navigate the workspace easily.

- **Zoom Control**: 
  - Use the plus and minus icons to zoom in or out of the drawing area.

- **Action Buttons**:
  - **Undo**: Reverts the most recent action.
  - **Reset**: Clears the drawing area completely.
  - **Remove**: Deletes specifically selected items.
  - **Done**: Confirms the completion of the drawing. 

Make sure to incorporate your understanding of resonance in organic chemistry to accurately depict the shift of electron pairs and the consequent formation of the new resonance structure.
Transcribed Image Text:**Resonance Structure Drawing Practice** This exercise involves drawing a resonance structure that places an additional lone pair on the oxygen atom by using electrons from the aromatic ring. Ensure that all lone pairs are included in your drawing. ### Diagram Instructions: - **Initial Molecule Diagram**: - On the left, there is a depiction of an aromatic ring structure (likely a benzene derivative) with an oxygen atom connected to one of the carbon atoms. The oxygen is shown to have a negative charge (indicated by a lone pair sign). - **Drawing Area**: - Below the molecule diagram, there is a designated space labeled "Drawing" where you can illustrate the resonance structure of the given molecule. ### Tools Available: - **Atoms, Bonds and Rings**: - Use this tab to draw new bonds or select atoms to modify the structure. - **Charges and Lone Pairs**: - This tab allows for the addition or adjustment of charges and lone pairs on atoms. ### Additional Features: - **Drag to Pan**: - This function allows you to navigate the workspace easily. - **Zoom Control**: - Use the plus and minus icons to zoom in or out of the drawing area. - **Action Buttons**: - **Undo**: Reverts the most recent action. - **Reset**: Clears the drawing area completely. - **Remove**: Deletes specifically selected items. - **Done**: Confirms the completion of the drawing. Make sure to incorporate your understanding of resonance in organic chemistry to accurately depict the shift of electron pairs and the consequent formation of the new resonance structure.
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