2 Draw a Lewis structure for SeBr₂0. • Do not include overall ion charges or formal charges in your drawing. • If the species contains oxygen, do not draw double bonds to oxygen unless they are needed in order for the central atom to obey the octet rule. ANY m... ? ChemDoodle

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Chapter6: Covalent Bonding
Section: Chapter Questions
Problem 84QRT
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### Drawing a Lewis Structure for SeBr₂O

#### Instructions:
1. **Objective**: Draw a Lewis structure for the molecule SeBr₂O.
2. **Guidelines**:
   - Do not include overall ion charges or formal charges in your drawing.
   - If the species contains oxygen, do not draw double bonds to oxygen unless they are needed in order for the central atom to obey the octet rule.

#### Diagram Description:
The diagram area is initially blank, ready for the structure to be drawn using tools provided in the ChemDoodle interface.

#### ChemDoodle Toolbar:
The toolbar above the drawing area contains multiple tools for constructing chemical structures, represented by various icons:
- **Drawing Tools**: Select and draw elements, bonds, and structures.
- **Templates**: Hexagons, pentagons, rings, and other pre-drawn structural elements.
- **Atoms and Elements**: Icons to select various chemical elements for placement in the drawing.
- **Editing Tools**: Options to modify the drawn structures, including erasers and selection tools.
- **View Options**: Tools to zoom in/out, rotate, and adjust the view of the structure.
- **Other Features**: Including potentially adding charge symbols, lone pairs, and other details relevant to Lewis structures.

#### Current Progress:
In the current workspace, a partially drawn structure with the following components:

1. **Central Atom (Se)**:
   - Selenium (Se) is connected to two other atoms.
   - Displayed with lone pair electrons around it.

2. **Bonded Atoms**:
   - Two Bromine (Br) atoms bonded to Selenium (Se).
   - Each Bromine atom also has lone pairs shown around them.
   - One Oxygen atom is expected to be included as the final component based on the molecular formula.

### How to Proceed:
1. **Identify Central Atom**: Selenium (Se) is the central atom.
2. **Add Bonded Atoms**: 
   - Attach two Bromine (Br) atoms to Selenium, ensuring Bromine follows the octet rule with lone pairs.
   - Attach one Oxygen (O) atom, adding lone pairs as necessary and ensuring the octet rule is not violated.
3. **Final Check**: Ensure all atoms obey the octet rule, confirming no double bonds to Oxygen unless required.

### Clicking Submit:
Upon finalizing the drawing, the structure can be submitted for further evaluation or correction.
Transcribed Image Text:### Drawing a Lewis Structure for SeBr₂O #### Instructions: 1. **Objective**: Draw a Lewis structure for the molecule SeBr₂O. 2. **Guidelines**: - Do not include overall ion charges or formal charges in your drawing. - If the species contains oxygen, do not draw double bonds to oxygen unless they are needed in order for the central atom to obey the octet rule. #### Diagram Description: The diagram area is initially blank, ready for the structure to be drawn using tools provided in the ChemDoodle interface. #### ChemDoodle Toolbar: The toolbar above the drawing area contains multiple tools for constructing chemical structures, represented by various icons: - **Drawing Tools**: Select and draw elements, bonds, and structures. - **Templates**: Hexagons, pentagons, rings, and other pre-drawn structural elements. - **Atoms and Elements**: Icons to select various chemical elements for placement in the drawing. - **Editing Tools**: Options to modify the drawn structures, including erasers and selection tools. - **View Options**: Tools to zoom in/out, rotate, and adjust the view of the structure. - **Other Features**: Including potentially adding charge symbols, lone pairs, and other details relevant to Lewis structures. #### Current Progress: In the current workspace, a partially drawn structure with the following components: 1. **Central Atom (Se)**: - Selenium (Se) is connected to two other atoms. - Displayed with lone pair electrons around it. 2. **Bonded Atoms**: - Two Bromine (Br) atoms bonded to Selenium (Se). - Each Bromine atom also has lone pairs shown around them. - One Oxygen atom is expected to be included as the final component based on the molecular formula. ### How to Proceed: 1. **Identify Central Atom**: Selenium (Se) is the central atom. 2. **Add Bonded Atoms**: - Attach two Bromine (Br) atoms to Selenium, ensuring Bromine follows the octet rule with lone pairs. - Attach one Oxygen (O) atom, adding lone pairs as necessary and ensuring the octet rule is not violated. 3. **Final Check**: Ensure all atoms obey the octet rule, confirming no double bonds to Oxygen unless required. ### Clicking Submit: Upon finalizing the drawing, the structure can be submitted for further evaluation or correction.
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