Write the chemical formula, draw lewis dot sructure, what molecular geometry it is, and is it polar or non polar

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
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Write the chemical formula, draw lewis dot sructure, what molecular geometry it is, and is it polar or non polar

This image is a template designed for studying chemical compounds and their properties. It consists of a table with four columns for completing various tasks related to chemistry. Here is a detailed description:

1. **Chemical Formula (Write)**
   - This column is intended for writing the chemical formula of a compound.

2. **Lewis Dot Structure (Draw)**
   - This column is for drawing the Lewis dot structure, which represents the valence electrons of atoms within a molecule.

3. **Molecular Geometry (Circle the correct term)**
   - This column lists various molecular geometries:
     - Linear
     - Bent
     - Trigonal Planar
     - Trigonal Pyramid
     - Tetrahedral
   - The correct term for the molecular geometry of the given compound should be circled.

4. **Polar or Non-Polar (write P or NP)**
   - This column is used to indicate whether the molecule is polar (P) or non-polar (NP).

Students or users can use this template to analyze and understand molecular structures, geometries, and polarities by filling out the relevant information for different chemical compounds.
Transcribed Image Text:This image is a template designed for studying chemical compounds and their properties. It consists of a table with four columns for completing various tasks related to chemistry. Here is a detailed description: 1. **Chemical Formula (Write)** - This column is intended for writing the chemical formula of a compound. 2. **Lewis Dot Structure (Draw)** - This column is for drawing the Lewis dot structure, which represents the valence electrons of atoms within a molecule. 3. **Molecular Geometry (Circle the correct term)** - This column lists various molecular geometries: - Linear - Bent - Trigonal Planar - Trigonal Pyramid - Tetrahedral - The correct term for the molecular geometry of the given compound should be circled. 4. **Polar or Non-Polar (write P or NP)** - This column is used to indicate whether the molecule is polar (P) or non-polar (NP). Students or users can use this template to analyze and understand molecular structures, geometries, and polarities by filling out the relevant information for different chemical compounds.
### Molecular Model Description

#### Legend:
- **C (Carbon):** Black
- **N (Nitrogen):** Blue
- **O (Oxygen):** Red
- **H (Hydrogen):** White
- **Br (Bromine):** Orange
- **Cl (Chlorine):** Green
- **F (Fluorine):** Purple

#### Molecular Structure:
The image shows a molecular model with three spheres connected by sticks:

1. **Central Atom:**
   - Color: Red
   - Represents: Oxygen

2. **Attached Atoms:**
   - Two spheres
   - Color: Purple
   - Represents: Fluorine (based on the legend)

#### Description:
The model features an oxygen atom at the center, depicted in red, bonded to two fluorine atoms, depicted in purple. This configuration suggests a molecule with a typical angular or bent molecular geometry. 

The structure corresponds to a hypothetical molecule identified as "Unknown #3" in the context of this educational exercise.
Transcribed Image Text:### Molecular Model Description #### Legend: - **C (Carbon):** Black - **N (Nitrogen):** Blue - **O (Oxygen):** Red - **H (Hydrogen):** White - **Br (Bromine):** Orange - **Cl (Chlorine):** Green - **F (Fluorine):** Purple #### Molecular Structure: The image shows a molecular model with three spheres connected by sticks: 1. **Central Atom:** - Color: Red - Represents: Oxygen 2. **Attached Atoms:** - Two spheres - Color: Purple - Represents: Fluorine (based on the legend) #### Description: The model features an oxygen atom at the center, depicted in red, bonded to two fluorine atoms, depicted in purple. This configuration suggests a molecule with a typical angular or bent molecular geometry. The structure corresponds to a hypothetical molecule identified as "Unknown #3" in the context of this educational exercise.
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