CH3 CH3 CH2-CH2-CH CH3 b.)

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Chapter1: Chemical Foundations
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Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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"Give IUPAC for the following alkanes, alkenes, and alkynes"

 

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**Diagram Explanation**

The image displays a structural formula of a hydrocarbon molecule with the label "b."

- The molecule consists of a chain of carbon atoms bonded together, represented as follows:
  - The first carbon atom (from the left) is bonded to three hydrogen atoms, depicted as CH₃.
  - This is connected to a CH₂ group, indicating a carbon atom bonded to two hydrogen atoms.
  - The next part of the chain is another CH₂ group.
  - Following this, there is another CH group, which is bonded to another CH₃ (three hydrogen atoms).
  - Finally, the chain ends with another CH₃, denoting the terminal carbon with three hydrogen atoms.

The two CH₃ groups are bonded to a central CH (methine) group, forming a branching structure.

This diagram illustrates the general structure of a hydrocarbon, highlighting the linear configuration with branching typical in alkanes such as isobutane.
Transcribed Image Text:**Diagram Explanation** The image displays a structural formula of a hydrocarbon molecule with the label "b." - The molecule consists of a chain of carbon atoms bonded together, represented as follows: - The first carbon atom (from the left) is bonded to three hydrogen atoms, depicted as CH₃. - This is connected to a CH₂ group, indicating a carbon atom bonded to two hydrogen atoms. - The next part of the chain is another CH₂ group. - Following this, there is another CH group, which is bonded to another CH₃ (three hydrogen atoms). - Finally, the chain ends with another CH₃, denoting the terminal carbon with three hydrogen atoms. The two CH₃ groups are bonded to a central CH (methine) group, forming a branching structure. This diagram illustrates the general structure of a hydrocarbon, highlighting the linear configuration with branching typical in alkanes such as isobutane.
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