COT Cyclooctatetraene (COT) can be reduced to cyclooctatetraene dianion (COT²) as shown in the equation below. Based on Huckel's rule, identify which statement is correct. +2 Li -OF- COT²- + 2 Lit A) COT is aromatic and COT² is anti- aromatic. B) COT is non-aromatic and COT² is anti- aromatic. C) Both COT and COT2 are anti-aromatic. D) COT is anti-aromatic and COT² is aromatic. E) COT is anti-aromatic and COT² is non- aromatic.

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COT
Cyclooctatetraene (COT) can be reduced to cyclooctatetraene dianion (COT²) as
shown in the equation below.
Based on Huckel's rule, identify which statement is correct.
+2 Li
-OF--
COT²-
+ 2 Lit
A) COT is aromatic and COT² is anti-
aromatic.
B) COT is non-aromatic and COT² is anti-
aromatic.
C) Both COT and COT² are anti-aromatic.
D) COT is anti-aromatic and COT² is aromatic.
E) COT is anti-aromatic and COT² is non-
aromatic.
Transcribed Image Text:COT Cyclooctatetraene (COT) can be reduced to cyclooctatetraene dianion (COT²) as shown in the equation below. Based on Huckel's rule, identify which statement is correct. +2 Li -OF-- COT²- + 2 Lit A) COT is aromatic and COT² is anti- aromatic. B) COT is non-aromatic and COT² is anti- aromatic. C) Both COT and COT² are anti-aromatic. D) COT is anti-aromatic and COT² is aromatic. E) COT is anti-aromatic and COT² is non- aromatic.
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