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draw the structural formulas of the monomers needed

draw the structural formulas of the monomers needed

Organic And Biological Chemistry
Organic And Biological Chemistry
7th Edition
ISBN:9781305081079
Author:STOKER, H. Stephen (howard Stephen)
Publisher:STOKER, H. Stephen (howard Stephen)
Chapter6: Amines And Amides
Section: Chapter Questions
Problem 6.154EP
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draw the structural formulas of the monomers needed to form the following polyester.

### Online Homework and Ebook #### Model for Drawing Structural Formulas of Monomers Needed for Polymer Formation The given structural formula represents a polymer with repeating units. Each monomer within the polymer structure can be identified by examining the repeating units within the bracket and understanding how they are linked together. #### Structural Formula: \( \left( - (CH_2)_3 - O - C - O - (CH_2)_4 - C - O - \right)_n \) This structural formula suggests a polymer composed of a repeating sequence where each monomer unit contains segments such as \((CH_2)_3\), \((CH_2)_4\), and ester linkages \(-O - C - O -\). ### Instructions: - **Draw the Structural Formulas of the Monomers:** Begin by identifying the repeating unit within the polymer structure. Each monomer is likely to include smaller molecular subunits connected via ester linkages. - **Detailed Steps:** - Analyze the structure to deduce the individual monomers. - Sketch each monomer, respecting the connectivity and chemical bonding shown in the formula. - Ensure clarity and accuracy in illustrating the carbon, hydrogen, and oxygen atoms along with their respective bonds. - **Example Monomeric Structures:** - For instance, one of the monomers can have a structure that includes segments like \((CH_2)_3\) or \((CH_2)_4\), joined by the oxygen and carbon atoms through esterific linkages. #### Note: - **Draw One Structure Per Sketcher:** - Use separate sketchers or drawing tools for each individual monomer structure. - This approach prevents confusion and maintains clarity in understanding each component of the polymer. #### Graphs or Diagrams Explanation: There are no specific graphs or diagrams included on this page. The focus is on the structural formula of the polymer and the identification of monomers. ### Additional Tools: The illustrated toolbar at the bottom provides various functionalities for drawing chemical structures. - **Buttons include:** - Hand tool for moving around the canvas. - Eraser for correcting mistakes. - Bond and atom drawing tools for constructing chemical structures. - Additional tools for adding charges, radicals, and other chemical species. - Options to copy and paste structures. By following the given instructions and using the tools provided, you can efficiently depict the monomer structures needed for the polymerization process.
Transcribed Image Text:### Online Homework and Ebook #### Model for Drawing Structural Formulas of Monomers Needed for Polymer Formation The given structural formula represents a polymer with repeating units. Each monomer within the polymer structure can be identified by examining the repeating units within the bracket and understanding how they are linked together. #### Structural Formula: \( \left( - (CH_2)_3 - O - C - O - (CH_2)_4 - C - O - \right)_n \) This structural formula suggests a polymer composed of a repeating sequence where each monomer unit contains segments such as \((CH_2)_3\), \((CH_2)_4\), and ester linkages \(-O - C - O -\). ### Instructions: - **Draw the Structural Formulas of the Monomers:** Begin by identifying the repeating unit within the polymer structure. Each monomer is likely to include smaller molecular subunits connected via ester linkages. - **Detailed Steps:** - Analyze the structure to deduce the individual monomers. - Sketch each monomer, respecting the connectivity and chemical bonding shown in the formula. - Ensure clarity and accuracy in illustrating the carbon, hydrogen, and oxygen atoms along with their respective bonds. - **Example Monomeric Structures:** - For instance, one of the monomers can have a structure that includes segments like \((CH_2)_3\) or \((CH_2)_4\), joined by the oxygen and carbon atoms through esterific linkages. #### Note: - **Draw One Structure Per Sketcher:** - Use separate sketchers or drawing tools for each individual monomer structure. - This approach prevents confusion and maintains clarity in understanding each component of the polymer. #### Graphs or Diagrams Explanation: There are no specific graphs or diagrams included on this page. The focus is on the structural formula of the polymer and the identification of monomers. ### Additional Tools: The illustrated toolbar at the bottom provides various functionalities for drawing chemical structures. - **Buttons include:** - Hand tool for moving around the canvas. - Eraser for correcting mistakes. - Bond and atom drawing tools for constructing chemical structures. - Additional tools for adding charges, radicals, and other chemical species. - Options to copy and paste structures. By following the given instructions and using the tools provided, you can efficiently depict the monomer structures needed for the polymerization process.
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