For each cyclic compound, show whether it is aromatic or anti-aromatic with the right number of delocalized-electrons by applying Hückel rule, (4n+2) or (4n). Also, point out the non-aromatic system 3) (showing no cyclic delocalization). Circle all basic nitrogens. N: :0: # of electrons: Huckel rule: # of electrons: Huckel rule: 1. DFocus Opening file in Protected View
For each cyclic compound, show whether it is aromatic or anti-aromatic with the right number of delocalized-electrons by applying Hückel rule, (4n+2) or (4n). Also, point out the non-aromatic system 3) (showing no cyclic delocalization). Circle all basic nitrogens. N: :0: # of electrons: Huckel rule: # of electrons: Huckel rule: 1. DFocus Opening file in Protected View
Chapter15: Benzene And Aromaticity
Section15.SE: Something Extra
Problem 37AP
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![For each cyclic compound, show whether it is aromatic or anti-aromatic with the right number of
delocalized-electrons by applying Hückel rule, (4n+2) or (4n). Also, point out the non-aromatic system
3)
(showing no cyclic delocalization). Circle all basic nitrogens.
N:
:0:
# of electrons:
Huckel rule:
.N.
# of electrons:
Huckel rule:
DFocus
Opening file in Protected View](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F3a4e4889-0aec-4c22-8f22-1378e2f78080%2F1774ead8-348b-476c-beec-decd9dc184f6%2F7du06g_processed.jpeg&w=3840&q=75)
Transcribed Image Text:For each cyclic compound, show whether it is aromatic or anti-aromatic with the right number of
delocalized-electrons by applying Hückel rule, (4n+2) or (4n). Also, point out the non-aromatic system
3)
(showing no cyclic delocalization). Circle all basic nitrogens.
N:
:0:
# of electrons:
Huckel rule:
.N.
# of electrons:
Huckel rule:
DFocus
Opening file in Protected View
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