Benzene, C 6 H 6 , consists of a six member ring of sp 2 hybridized carbon atoms
ID: 860398 • Letter: B
Question
Benzene, C6H6, consists of a six member ring of sp2 hybridized carbon atoms. Each carbon atom has one unhybridized p orbital. How many pi2p bonding, antibonding, and nonbonding molecular orbitals exist for benzene?
a.
Three p2p molecular orbitals exist; two bonding and one antibonding.
b.
Three p2p molecular orbitals exist; one bonding, one antibonding, and one nonbonding.
c.
Six p2p molecular orbitals exist; three bonding and three antibonding.
d.
Six p2p molecular orbitals exist; two bonding, two nonbonding, and two antibonding.
e.
Twelve p2p molecular orbitals exist; six bonding and six antibonding.
a.
Three p2p molecular orbitals exist; two bonding and one antibonding.
b.
Three p2p molecular orbitals exist; one bonding, one antibonding, and one nonbonding.
c.
Six p2p molecular orbitals exist; three bonding and three antibonding.
d.
Six p2p molecular orbitals exist; two bonding, two nonbonding, and two antibonding.
e.
Twelve p2p molecular orbitals exist; six bonding and six antibonding.
Explanation / Answer
b.
Three p2p molecular orbitals exist; one bonding, one antibonding, and one nonbonding.
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