The radical is aromatic because it has

Question

The radical is aromatic because it has (A) 6 p-orbitals and 6 unpaired electrons (B) 7 p-orbitals and 6 unpaired electrons (C) 7 p-orbitals and 7 unpaired electrons (D) 6 p-orbitals and 7 unpaired electrons

Tardigrade Admin · Accepted Answer

Because of the presence of 7 p-orbitals and 7 unpaired electrons. It is aromatic in nature as these unpaired electrons delocalise in p-orbitals. The structure of benzyl free radical is

Q. The radical is aromatic because it has

$6 p$ -orbitals and 6 unpaired electrons

$7 p$ -orbitals and 6 unpaired electrons

$7 p$ -orbitals and 7 unpaired electrons

$6 p$ -orbitals and 7 unpaired electrons

Because of the presence of $7 p$ -orbitals and $7$ unpaired electrons. It is aromatic in nature as these unpaired electrons delocalise in $p$ -orbitals.
The structure of benzyl free radical is

Q. The radical is aromatic because it has

6p-orbitals and 6 unpaired electrons

7p-orbitals and 6 unpaired electrons

7p-orbitals and 7 unpaired electrons

6p-orbitals and 7 unpaired electrons

Because of the presence of 7p-orbitals and 7 unpaired electrons. It is aromatic in nature as these unpaired electrons delocalise in p-orbitals. The structure of benzyl free radical is

$6 p$ -orbitals and 6 unpaired electrons

$7 p$ -orbitals and 6 unpaired electrons

$7 p$ -orbitals and 7 unpaired electrons

$6 p$ -orbitals and 7 unpaired electrons

Because of the presence of $7 p$ -orbitals and $7$ unpaired electrons. It is aromatic in nature as these unpaired electrons delocalise in $p$ -orbitals.
The structure of benzyl free radical is