Part II: Question $3(25$ points$)$

Provide a multi$-$step synthesis of the "Final Product" from the given "Reactant" by completing

the synthesis scheme below. Draw & complete the entire synthesis scheme and box your

answers as shown below. Indicate the set of reagents$/$conditions #$1,$ #$2,$ and #$3$ and Draw

the chemical structure of major organic product at each step i$.$e$.$ Compounds A and B$.$ Each

set of reagents$/$conditions may contain more than one reagent. Use the notation $1.,2.,$ etc.,

to show the steps in each set of reagents$/$conditions as appropriate. Do not show any

curved$-$arrow pushing mechanisms.

$($Reactant$)$

$($Final Product$)$

Reagent$($s$)/$Conditions #$2$

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Part II: Question $4-$Extra Credit Question $(5$ points$)$

To answer the following question, select your answer choice $($A$,$ B$,$ C$,$ or D$).$

Which functional group can be polymerized to form polymers which can be made $($i$.$e$.$

doped$)$ to conduct electricity?

A$.$ Alcohol

B$.$ Alkyne

C$.$ Epoxide

D$.$ Alkene