(a) Use the polygon rule to draw an energy diagram (as in Figures 16-5 and 16-7) for...

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(a) Use the polygon rule to draw an energy diagram (as in Figures 16-5 and 16-7) for the MOs of a planar cyclooctatetraenyl system.
In Figure 16.5
(a) Use the polygon rule to draw an energy diagram

In Figure 16.7

(a) Use the polygon rule to draw an energy diagram

(b) Fill in the eight pi electrons for cyclooctatetraene. Is this electronic configuration aromatic or antiaromatic? Could the cyclooctatetraene system be aromatic if it gained or lost electrons?
(c) Draw pictorial representations (like Figures 16-4 and 16-6) for the three bonding MOs and the two nonbonding MOs of cyclooctatetraene. The antibonding MOs are difficult to draw, except for the all-antibonding MO.

(a) Use the polygon rule to draw an energy diagram

In Figure 16.4

(a) Use the polygon rule to draw an energy diagram

In Figure 16.6

(a) Use the polygon rule to draw an energy diagram
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Organic Chemistry

ISBN: 978-0321768414

8th edition

Authors: L. G. Wade Jr.

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