Question

Re Use molecular orbital theory to explain bonding in N N, and N, Part A Draw molecular orbital diagrams to the corresponding molecules or ons Drag the appropriate labels to their respective targets. Reset Help Group 2 Group 2 Group 2 Group? Group 2 Group 2 CO2 Group 2 Hypertrophy vs Hypot

Answer 1

a . Considering symmetry Connetty interaction Mo diagrams of von-coussing quile T S < S Reactivity of Nz : From the Mo Picture it is enident that the HOMO is a BMO which i of o character s hence loes of electron from homo will not be fanoured as it will lead to decrese in the bad order. Aslo the gain of clockson in MA LUMO not allowed since it will also lead to a decrease in the bond order. Therfore Nz is found to be highly inert in nature

Bond order = - N No.of electrons in BMO No. of electrons in BMO 2 No. of electrons in ABMO Electronic Molecules / Ions configuration Beatz (25) Juf (28) Rá (215a) = 7+ (28)vj(282) Bond order N2 6-0 =3 Ng* | [H] Ta (25) (25) JI (2/1) - C (29) cacaº, 5- 0 2 .5 Na [Ps (s) (19) T (2) - Tà eta) ch) 7, et - 2.5