Show by structural drawings the various (if any) stereoregular polymers that might possibly we obtained from each ofthe monomers. n. o. p. q. CH3 - CHOг. (CH 3 ) 2 CO s. CH3 - CO - CCI₁₂ t. u. v.

Sure, here are the possible stereoregular polymers that could be obtained from each of the mentioned…

Answered: Show by structural drawings the various…

Chemistry: Principles and Practice

3rd Edition

ISBN:9780534420123

Author:Daniel L. Reger, Scott R. Goode, David W. Ball, Edward Mercer

Publisher:Daniel L. Reger, Scott R. Goode, David W. Ball, Edward Mercer

Chapter22: Organic Chemistry And Biochemistry

Section: Chapter Questions

Problem 9QE

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1. Given the monomers shown below H-NCHN-H онннно III I HO-C-C-C=Ċ-C-C-OH нно C=C-C-OH a. Show the repeating units of all the linear homopolymers that could be produced. b. Which of the polymers, if any, could have cis and trans isomers? Illustrate. How would this differ from the isomerism that arises in 1,4-polydienes? c. Which of the polymers, if any, could have isotactic and syndiotactic isomers? Illustrate.
The structure of the polymer used in a freezer wrap can be described by: [-ca₂-CH₂-CC₂-CH₂-CC₂-CH₂-In The chief monomer of this wrap would have which structure? Cl₂CCH₂ Cl₂CHCH Cl₂C=C-CC1₂ Onone of these O Cl3CCH3
For each of the following monomers, predict the corresponding polymer structure.
The type of polymer formed by sequential addition of an alkene is a(n) A addition polymer. B condensation polymer. C D E substitutional polymer. combination polymer. natural polymer.
If you could please explain how you got the answer that would be amazing thank you!
A long polymer chain, such as polyethylene ( -CH2CH2- )n, can potentially exist in solution as a chiral object. Give two examples of chiral structures that a polyethylene chain could adopt.
In copolymers made of ethylene and vinyl acetate monomers, melting point anddegree of crystallinity decrease as the percentage of vinyl acetate increases.Suggest an explanation.
What monomer would you use to form each of the following polymers?
question 4 b)
7. Draw the structure of the monomer used to prepare the following polymers. fCH,CH), fCH,CHF, n CH3
Polymers can be cross-linked using a variety of reactions that create connections between different parts of the same polymer chain. Consider the repeat unit of the polystyrene derivative shown below.The homopolymer formed from this monomer has a low ceiling temperature (meaning it readily reverts to its monomers) and is unstable. It can be cross-linked by adding the terephthaloyl chloride (shown below) and AlCl3. Modify the structures provided to draw the result of the reaction of one repeat unit of the polymer with one unit of this cross-linking compound. Do not include lone pairs.
Research on the structures of Natural Polymers such as Keratin, Cellulose and Chitin. Give examples on where these polymers occur in nature, their main functions and examples of organisms utilizing them.

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Show by structural drawings the various (if any) stereoregular polymers that might possibly we obtained from each of the monomers. n. o. p. q. CH3 - CHOг. (CH 3 ) 2 CO s. CH3 - CO - CCI₁₂ t. u. v.