What's the name of this structure using the systematic name of alkyl

Pushing Electrons
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ISBN:9781133951889
Author:Weeks, Daniel P.
Publisher:Weeks, Daniel P.
Chapter1: Lewis Structures
Section: Chapter Questions
Problem 1EQ: 1. Hydrogen is a Group I element and each hydrogen will contribute I valence electron....
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What's the name of this structure using the systematic name of alkyl

This image represents a 3D molecular model of a simple organic compound. The structure is a typical ball and stick representation used in Chemistry to illustrate molecular shapes and bond connections. Here's a detailed description:

### Molecular Structure Dissection:

1. **Atoms and Bonds:**
   - **Gray Spheres:**
     These represent carbon (C) atoms which are the backbone of the molecule.
   - **White Spheres:**
     These represent hydrogen (H) atoms.

2. **Connecting Sticks:**
   - The green sticks symbolize the covalent bonds between atoms. 
     - Single bonds link carbon atoms to each other and to hydrogen atoms.
   
3. **Molecular Geometry:**
   - The carbon atoms are connected forming a two parts chain with each carbon atom bonded to three hydrogen atoms except for those carbon atoms in the middle of the chains that are bonded to two carbon atoms and two hydrogen atoms.
   - The structural chemistry suggests a branched hydrocarbon with an alkyl group attached.

### Understanding Hydrocarbons:
Hydrocarbons are compounds made up of hydrogen and carbon atoms only. Common types include alkanes, alkenes, and alkynes, characterized by their single, double, and triple bonds, respectively. This structure appears to be an alkane given that all bonds are single.

### Application in Education:
This model is an excellent teaching tool for demonstrating:
- Fundamental carbon hydrogen chemistry.
- Understanding molecular geometry and spatial arrangement.
- The representation of organic molecules in 3D space.
- The concept of branching in organic molecules and its importance in molecular stability and reactions.

### Conclusion:
This depiction allows students to visualize molecular structures better and grasp the complexity of organic chemistry. Implementing 3D models in study enhances spatial reasoning and leads to a deeper understanding of chemical principles.
Transcribed Image Text:This image represents a 3D molecular model of a simple organic compound. The structure is a typical ball and stick representation used in Chemistry to illustrate molecular shapes and bond connections. Here's a detailed description: ### Molecular Structure Dissection: 1. **Atoms and Bonds:** - **Gray Spheres:** These represent carbon (C) atoms which are the backbone of the molecule. - **White Spheres:** These represent hydrogen (H) atoms. 2. **Connecting Sticks:** - The green sticks symbolize the covalent bonds between atoms. - Single bonds link carbon atoms to each other and to hydrogen atoms. 3. **Molecular Geometry:** - The carbon atoms are connected forming a two parts chain with each carbon atom bonded to three hydrogen atoms except for those carbon atoms in the middle of the chains that are bonded to two carbon atoms and two hydrogen atoms. - The structural chemistry suggests a branched hydrocarbon with an alkyl group attached. ### Understanding Hydrocarbons: Hydrocarbons are compounds made up of hydrogen and carbon atoms only. Common types include alkanes, alkenes, and alkynes, characterized by their single, double, and triple bonds, respectively. This structure appears to be an alkane given that all bonds are single. ### Application in Education: This model is an excellent teaching tool for demonstrating: - Fundamental carbon hydrogen chemistry. - Understanding molecular geometry and spatial arrangement. - The representation of organic molecules in 3D space. - The concept of branching in organic molecules and its importance in molecular stability and reactions. ### Conclusion: This depiction allows students to visualize molecular structures better and grasp the complexity of organic chemistry. Implementing 3D models in study enhances spatial reasoning and leads to a deeper understanding of chemical principles.
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