Problems: 1. Use MO Theory to determine which (if either) of the cyclopentadiene cation or cyclopentadiene anion is aromatic. a. Determine the number of potential pi electrons in each molecule. b. Determine the constructive vs destructive interactions and the energies for the MOs of a 5 carbon pi system. The nodes are provided below to get you started. c. Fill in the pi electrons for the cation and anion into the energy diagram. Cation (continued on the next page) Anion d. Relate the MO diagrams to their aromaticity (or lack thereof). What orbital hybridization would the empty orbital or lone pair adopt?

Chemistry
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Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
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Chapter1: Chemical Foundations
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Problems:
1. Use MO Theory to determine which (if either) of the cyclopentadiene cation or
cyclopentadiene anion is aromatic.
a. Determine the number of potential pi electrons in each molecule.
b. Determine the constructive vs destructive interactions and the energies for the MOs of
a 5 carbon pi system. The nodes are provided below to get you started.
c. Fill in the pi electrons for the cation and anion into the energy diagram.
Cation
(continued on the next page)
Anion
d. Relate the MO diagrams to their aromaticity (or lack thereof). What orbital
hybridization would the empty orbital or lone pair adopt?
Transcribed Image Text:Problems: 1. Use MO Theory to determine which (if either) of the cyclopentadiene cation or cyclopentadiene anion is aromatic. a. Determine the number of potential pi electrons in each molecule. b. Determine the constructive vs destructive interactions and the energies for the MOs of a 5 carbon pi system. The nodes are provided below to get you started. c. Fill in the pi electrons for the cation and anion into the energy diagram. Cation (continued on the next page) Anion d. Relate the MO diagrams to their aromaticity (or lack thereof). What orbital hybridization would the empty orbital or lone pair adopt?
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