Draw the Lewis structure for bromoethane (C,H,Br). Be certain you include any lone pairs.

Chemistry
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ISBN:9781305957404
Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
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**Drawing the Lewis Structure for Bromoethane (C₂H₅Br)**

**Instructions:**
Draw the Lewis structure for bromoethane (C₂H₅Br). Be certain you include any lone pairs.

**Interface for Drawing:**
Below the instructions, there is a blank rectangular box where the Lewis structure can be drawn.

**Tools Provided:**
To the right of the drawing box, there is a panel with the following symbols:

- Two dots with a curved line joining them: This is likely used to represent lone pairs of electrons.
- A single 'C' which is incompletely visible: This represents a carbon atom.
- An eraser icon: This can be used to correct or remove elements already drawn.
- A short line: This can represent a single bond.
- A double-vertical bar: This likely represents a double bond.
- A curved arrow: This can be used to undo the previous action.
- A question mark: This likely opens help or guidelines.
- 'X' symbol: This can be used to close or clear the drawing panel.

**How to Draw the Lewis Structure:**
1. **Carbon Backbone**:
   - Place two 'C' symbols for the two carbon atoms in bromoethane.
   - Connect the carbon atoms with a single bond (single short line).

2. **Hydrogen Atoms**:
   - Attach hydrogen atoms to the carbon atoms.
   - Each hydrogen will be represented with a single bond (short line) to one of the carbons, ensuring three hydrogens are connected to one carbon and two hydrogens to the other.

3. **Bromine Atom**:
   - Attach a bromine atom to the remaining bond of the second carbon atom.
   - Add any lone pairs around the bromine atom using the lone pair tool.

4. **Lone Pairs**:
   - Ensure that all octets are complete, especially for bromine, which requires three lone pairs in addition to the single bond connecting it to the carbon atom.

5. **Check Structure**:
   - Confirm that each hydrogen has one bond, each carbon has four bonds, and bromine has one bond plus three lone pairs to fulfill the octet rule.

This visual representation helps in understanding how atoms in bromoethane are interconnected and the distribution of electrons around them.
Transcribed Image Text:**Drawing the Lewis Structure for Bromoethane (C₂H₅Br)** **Instructions:** Draw the Lewis structure for bromoethane (C₂H₅Br). Be certain you include any lone pairs. **Interface for Drawing:** Below the instructions, there is a blank rectangular box where the Lewis structure can be drawn. **Tools Provided:** To the right of the drawing box, there is a panel with the following symbols: - Two dots with a curved line joining them: This is likely used to represent lone pairs of electrons. - A single 'C' which is incompletely visible: This represents a carbon atom. - An eraser icon: This can be used to correct or remove elements already drawn. - A short line: This can represent a single bond. - A double-vertical bar: This likely represents a double bond. - A curved arrow: This can be used to undo the previous action. - A question mark: This likely opens help or guidelines. - 'X' symbol: This can be used to close or clear the drawing panel. **How to Draw the Lewis Structure:** 1. **Carbon Backbone**: - Place two 'C' symbols for the two carbon atoms in bromoethane. - Connect the carbon atoms with a single bond (single short line). 2. **Hydrogen Atoms**: - Attach hydrogen atoms to the carbon atoms. - Each hydrogen will be represented with a single bond (short line) to one of the carbons, ensuring three hydrogens are connected to one carbon and two hydrogens to the other. 3. **Bromine Atom**: - Attach a bromine atom to the remaining bond of the second carbon atom. - Add any lone pairs around the bromine atom using the lone pair tool. 4. **Lone Pairs**: - Ensure that all octets are complete, especially for bromine, which requires three lone pairs in addition to the single bond connecting it to the carbon atom. 5. **Check Structure**: - Confirm that each hydrogen has one bond, each carbon has four bonds, and bromine has one bond plus three lone pairs to fulfill the octet rule. This visual representation helps in understanding how atoms in bromoethane are interconnected and the distribution of electrons around them.
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