The molecular orbital energy level diagram of oxygen molecule is given as follows : Bond order N b − N a 2 = 8 − 4 2 = 2 Thus, oxygen molecule has two bonds. i.e., one is bond and one p bond.

Draw the molecular orbital diagram of N 2, N + 2 N − 2. Write their electronic configuration, find the bond order and predict their magnetic behaviour. Arrange the above in increasing order of bond length.

Question: Complete this valence molecular-orbital diagram for oxygen, O2. Click the blue boxes to add electrons as needed.

Assertion : In the bonding molecular orbital (MO) of H 2, the electron density is increased between the nuclei. Reason : The bonding MO is ψ A + ψ B , which shows destructive interference of the combining electron waves.

Below is a molecular orbital diagram for O2. Label the atomic and molecular orbitals and fill in the electrons. Sketch two bonding and two antibonding orbitals in the provided boxes and identify which MOs they correspond to in the MO diagram. (8) Is O2 diamagnetic or paramagnetic and is this consistent with the Lewis structure.

Question: Draw the molecular orbital (MO) electron diagram for the O2 molecular ion Be sure your diagram contains all of the electrons in the ion, including any core electrons. Energy Show transcribed image text

As it can be seen from the MOT of O 2 , The electrons in the highest occupied molecular orbital are unpaired therefore it is paramagnetic in nature. Also, the bond order can be calculated as [ N b − N a ] / 2 = [ 1 0 − 6 ] / 2 = 2 .

Question: Draw the complete molecular orbital diagram for O2 , O2 - , and O2 2- . Using these diagrams, determine for each molecule the number of unpaired electrons, if they are paramagnetic or diamagnetic, and the bond order.

(a) Draw a MO diagram for the O2 molecule. Label each molecular orbital as bonding, nonbonding, or antibonding. (b) Consider the following molecules and ions: O2,O2+,O2−,O22−. Predict which are paramagnetic (i.e. have unpaired electrons) and which are diamagnetic (i.e. have no unpaired electrons) on the basis of your MO diagram from part (a).

Question: Molecular orbital theoryThe energy-level diagram for the MOs of O2 are shown. This diagram can also be used for otherrelated cationic or anionic species in which electrons are removed from or added to O2.(a) The neutral molecule O2 has a bond order ofand isThe highestoccupied molecular orbital (HOMO) in O2 is represented by sketchC.(b) The …