The paramagnetic property of the oxygen molecule due to the presence of unpaired electorns present in
${(\sigma 2{p_x})^1}$ and ${({\sigma ^*}2{p_x})^1}$
${(\sigma 2{p_x})^1}$ and ${(\pi 2{p_y})^1}$
${(\pi^*2{p_y})^1}$ and ${(\pi^*2{p_z})^1}$
${(\pi^*2{p_y})^1}$ and ${(\pi 2{p_y})^1}$
The bond order and magnetic behaviour of $\mathrm{O}_{2}^{-}$ion are, respectively:
Give difference : Bonding molecular orbital and antibonding molecular orbitals.
Which of the following statement is not correct?
Although $CN^-$ ion and $N_2$ molecule are isoelectronic, yet $N_2$ molecule is chemically inert because of
According to $MO$ theory the bond orders for $O _2{ }^{2-}$, $CO$ and $NO ^{+}$respectively, are