There are 2 electrons present in nonbonding π molecular orbital of the allyl anion.
Frequently mentioned as reaction intermediates include allylic radicals, anions, and cations. Each one has three adjacent sp2-hybridized carbon centers, and they all rely on resonance for stability. Two resonance structures could be used to present each species, with the charged and unpaired electron scattered across both the 1,3 and 0 positions.
A total of two pi electrons are present in the allyl cation; in the resonance, there are two electrons in the pi bond and none on the allyl carbon. Keep in mind that the allyl cation's lowest-energy molecular orbital, 1, is its "highest occupied" molecular orbital.
Therefore, there are 2 electrons present in nonbonding π molecular orbital of the allyl anion.
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