) a) Explain why pyrrole is aromatic. Draw an orbital energy diagram (arrows on lines) that indicates where the non-bonding electron pair in nitrogen is located. furan b) Furan can undergo electrophilic aromatic substitution, just like benzene. Draw the intermediate and its resonance form(s) if furan is substituted with an electrophile (E") in the C-2 position. c) Draw the intermediate and its resonance form(s) if furan is substituted with an electrophile (E") in the C-3 position. d) Based upon your answers to b and c, what is the product of the following reaction. HNO3 H₂SO4 00 €

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4.
a) Explain why pyrrole is aromatic. Draw an orbital energy diagram (arrows on lines) that indicates where
the non-bonding electron pair in nitrogen is located.
H
furan
b) Furan can undergo electrophilic aromatic substitution, just like benzene. Draw the intermediate and its resonance
form(s) if furan is substituted with an electrophile (E') in the C-2 position.
c) Draw the intermediate and its resonance form(s) if furan is substituted with an electrophile (E") in the C-3 position.
d) Based upon your answers to b and c, what is the product of the following reaction.
HNO3
H₂SO4
€
Transcribed Image Text:4. a) Explain why pyrrole is aromatic. Draw an orbital energy diagram (arrows on lines) that indicates where the non-bonding electron pair in nitrogen is located. H furan b) Furan can undergo electrophilic aromatic substitution, just like benzene. Draw the intermediate and its resonance form(s) if furan is substituted with an electrophile (E') in the C-2 position. c) Draw the intermediate and its resonance form(s) if furan is substituted with an electrophile (E") in the C-3 position. d) Based upon your answers to b and c, what is the product of the following reaction. HNO3 H₂SO4 €
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