lipid question. a. This molecule [CH2=C(CI)CH=CH2] is, in many ways, similar to isoprene. Draw this molecule's (not isoprene's) trimer, showing all elements present. CH2 groups can stay that way. No sticks, not parenthese

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lipid question.
a. This molecule [CH2=C(CI)CH=CH2] is, in many ways, similar to isoprene. Draw this molecule's (not
isoprene's) trimer, showing all elements present. CH2 groups can stay that way. No sticks, not
parenthese
b. You received an example of a simple polymer in the Notes. CCl,=CCl, can also form a simple
polymer. Draw a tetramer derived from CC,=CC}2. I want this answer in Lewis structure format.
c. Draw a tetramer of isoprene. No sticks/parentheses allowed.
d. You can make polymers from all three of the above monomers [CH2=C(CI)CH=CH2, CCl2=CC12, and
isoprene].
Which polymer derived from the three guys above would you expect to be most
biodegradable? Explain your answer.
i.
ii.
Which would you expect to be least biodegradable? Explain your answer.
Transcribed Image Text:lipid question. a. This molecule [CH2=C(CI)CH=CH2] is, in many ways, similar to isoprene. Draw this molecule's (not isoprene's) trimer, showing all elements present. CH2 groups can stay that way. No sticks, not parenthese b. You received an example of a simple polymer in the Notes. CCl,=CCl, can also form a simple polymer. Draw a tetramer derived from CC,=CC}2. I want this answer in Lewis structure format. c. Draw a tetramer of isoprene. No sticks/parentheses allowed. d. You can make polymers from all three of the above monomers [CH2=C(CI)CH=CH2, CCl2=CC12, and isoprene]. Which polymer derived from the three guys above would you expect to be most biodegradable? Explain your answer. i. ii. Which would you expect to be least biodegradable? Explain your answer.
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