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Chemistry
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
Section: Chapter Questions
Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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Name this molecule
**Structure of 3-Chloropentane** The image depicts the structure of an organic molecule, specifically 3-Chloropentane. This is a structural formula diagram, which helps represent the arrangement of atoms within the molecule. ### Diagram Explanation: - **Carbon Backbone**: The zigzag line represents the carbon chain with each vertex (and ends) implying a carbon atom unless otherwise specified. This typical skeletal formula representation is common for organic molecules. - **Chlorine Atom**: The label "Cl" denotes a chlorine atom bonded to the third carbon in the chain, which distinguishes 3-Chloropentane from other isomers. - **Hydrogen Atoms**: Hydrogen atoms are not explicitly shown, but it's understood that each carbon atom will have enough hydrogen atoms to satisfy the carbon's four bonding sites. Understanding this structure is crucial for studying organic chemistry as it helps in recognizing how molecules interact, react, and transform in chemical reactions.
Transcribed Image Text:**Structure of 3-Chloropentane** The image depicts the structure of an organic molecule, specifically 3-Chloropentane. This is a structural formula diagram, which helps represent the arrangement of atoms within the molecule. ### Diagram Explanation: - **Carbon Backbone**: The zigzag line represents the carbon chain with each vertex (and ends) implying a carbon atom unless otherwise specified. This typical skeletal formula representation is common for organic molecules. - **Chlorine Atom**: The label "Cl" denotes a chlorine atom bonded to the third carbon in the chain, which distinguishes 3-Chloropentane from other isomers. - **Hydrogen Atoms**: Hydrogen atoms are not explicitly shown, but it's understood that each carbon atom will have enough hydrogen atoms to satisfy the carbon's four bonding sites. Understanding this structure is crucial for studying organic chemistry as it helps in recognizing how molecules interact, react, and transform in chemical reactions.
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