The ground state electron configuration of `N_2` molecule is written as
KK `(sigma_(2s))^2(sigma_(2s)^**)^2 (pi_(2p))^4 (2_(pz))^2` The bond order is

The ground state eletronic configuration of N2 molecule is written as: KK(sigma _(2s))^2(sigma_(2s)^(**))^2(pi_(2px))^2=(pi_(2py))^2(sigma_(2pz))^2 The bond order of N_2 is

The ground state eletronic configuration of N2 molecule is written as: KK(sigma _(2s))^2(sigma_(2s)^(**))^2(pi_(2px))^2=(pi_(2py))^2(sigma_(2pz))^2 The bond order of N_2 is

The suggested molecular orbital electronic configuration of Co is : KK (sigma_2s)^2 (sigma _(2s))^2, (pi_(2px))^2 (pi_(2py))^2 (sigma_(2pz))^2 . Experimentally determined bond length in CO and CO^+ are 112.8 pm and 111.5 pm . This suggest that

The ground state electronic configuration of valence shell electrons in nitrogen molecule (N_2) is written as KK, sigma2 s^2 , sigma^(***)2s^2, sigma2p_x^2 , pi2p_y^2~~pi2p_z^2 Bond order in nitrogen molecule is

The ground state electronic configuration of valence shell electrons in nitrogen molecule (N_2) is written as sigma2 s^2 , sigma^(***)2s^2, sigma2p_x^2 , pi2p_y^2~~pi2p_z^2 Bond order in nitrogen molecule is

The molecular orbital electronic configuration is (sigma_(1s))^(2),(sigma_(1s)^(**))^(1) . It corresponding to

The molecular orbital electronic configuration is sigma_(1s)^(2), (sigma_(1s)^(*))^(1) . It corresponds to

The molecular orbital configuration of a diatomic molecule is sigma 1s^(2) sigma^(**)1s^(2)sigma2s^(2)sigma^(**)2s^(2) sigma2p_(z)^(2)pi2p_(x)^(2)pi2p_(y)^(2) Its bond order is _________.