Draw the Lewis structure for BeF,, including What is the molecular shape of BeF,? lone pairs. tetrahedral Select Draw Rings More Erase linear Be O trigonal pyramidal O trigonal planar bent LL

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
Chapter1: Chemical Foundations
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### Drawing the Lewis Structure of BeF₂

#### Instructions:
1. **Draw the Lewis structure for BeF₂, including lone pairs.**

   You will need to:
   - Use the drawing tools provided.
   - Place the element symbols \( \text{Be} \) (Beryllium) and \( \text{F} \) (Fluorine) accordingly.
   - Draw bonds to represent electron pairs shared between atoms.
   - Indicate lone pairs on fluorine atoms.

   **Available Tools:**
   - **Select Tool**
   - **Draw Tool**: This includes single, double, and triple bond indicators.
   - **Rings Tool**
   - **More Tool**
   - **Erase Tool**
   - Elements: Be, F

   Also, there are options to undo, redo, zoom in, and zoom out.

2. **Question: What is the molecular shape of BeF₂?**
   
   The options provided are:
   - tetrahedral
   - linear
   - trigonal pyramidal
   - trigonal planar
   - bent

#### Explanation of Graphical Tools:
- **Select Tool**: To select elements or bonds for modification.
- **Draw Tool**:
  - Single bond (line)
  - Double bond (two parallel lines)
  - Triple bond (three parallel lines)
- **Rings Tool**: To add cyclic structures.
- **More Tool**: For additional drawing options and elements.
- **Erase Tool**: To remove any unwanted parts of the structure.
- **Element Boxes**: Click on "Be" or "F" to place those elements in your drawing area.
- **Undo and Redo**: To correct mistakes or reapply actions.
- **Zoom In/Out**: For adjusting the view.

#### Additional Instructions:
- Use the tools on the left panel to draw the structure of BeF₂.
- Make sure to place the lone pairs on the fluorine atoms.
- After completing the drawing, consider the geometric arrangement and answer the question about the molecular shape.

### Understanding the Shape:
After drawing the structure, you'll need to determine the correct molecular geometry of BeF₂. This can be inferred based on the Valence Shell Electron Pair Repulsion (VSEPR) theory:
- BeF₂ structure typically has a linear shape due to the positioning of electron pairs around the central beryllium atom, which minimizes rep
Transcribed Image Text:### Drawing the Lewis Structure of BeF₂ #### Instructions: 1. **Draw the Lewis structure for BeF₂, including lone pairs.** You will need to: - Use the drawing tools provided. - Place the element symbols \( \text{Be} \) (Beryllium) and \( \text{F} \) (Fluorine) accordingly. - Draw bonds to represent electron pairs shared between atoms. - Indicate lone pairs on fluorine atoms. **Available Tools:** - **Select Tool** - **Draw Tool**: This includes single, double, and triple bond indicators. - **Rings Tool** - **More Tool** - **Erase Tool** - Elements: Be, F Also, there are options to undo, redo, zoom in, and zoom out. 2. **Question: What is the molecular shape of BeF₂?** The options provided are: - tetrahedral - linear - trigonal pyramidal - trigonal planar - bent #### Explanation of Graphical Tools: - **Select Tool**: To select elements or bonds for modification. - **Draw Tool**: - Single bond (line) - Double bond (two parallel lines) - Triple bond (three parallel lines) - **Rings Tool**: To add cyclic structures. - **More Tool**: For additional drawing options and elements. - **Erase Tool**: To remove any unwanted parts of the structure. - **Element Boxes**: Click on "Be" or "F" to place those elements in your drawing area. - **Undo and Redo**: To correct mistakes or reapply actions. - **Zoom In/Out**: For adjusting the view. #### Additional Instructions: - Use the tools on the left panel to draw the structure of BeF₂. - Make sure to place the lone pairs on the fluorine atoms. - After completing the drawing, consider the geometric arrangement and answer the question about the molecular shape. ### Understanding the Shape: After drawing the structure, you'll need to determine the correct molecular geometry of BeF₂. This can be inferred based on the Valence Shell Electron Pair Repulsion (VSEPR) theory: - BeF₂ structure typically has a linear shape due to the positioning of electron pairs around the central beryllium atom, which minimizes rep
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