How Many $\pi$ -Bonding, Non-Bonding, and Antibonding Orbitals Does the Allyl Radical Possess

Multiple Choice

How many $\pi$ -bonding, non-bonding, and antibonding orbitals does the allyl radical possess?

A) one bonding, one nonbonding, and one antibonding
B) two bonding, no nonbonding, and no antibonding
C) two bonding, one nonbonding, and no antibonding
D) three bonding, no nonbonding, and no antibonding