E. Draw an MO diagram for the valence electrons in N,. What is the bond order? How many o and n bonds are there? What is the HOMO and LUMO? What is the magnetism of the species?
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- I am confused why this powerpoint slight says 'sideways overlap... leads to a p-bonding MO AND a p*-antibonding MO.' Isn't it one or the other? Why does it say AND? The orbitals can't have descrutive and constructive interaction at the same time right?Label the molecular orbital shown as σ or π, bonding or antibonding and indicate where the node occurs.For each molecule (a)–(f), indicate how many differentelectron-domain geometries are consistent with the moleculargeometry shown.
- In at 6 p-orbital system with 6 p-π electrons, which MO is the HOMO? Is this MO symmetric or asymmetric? How many vertical nodes does it have? Circle a choice for each part.I just need help with e and f. Please I have a-c have been answered.Answer the following questions and use a MO Diagram: a. What is the bond order for a CF bond? b. Is the bond stronger or weaker in CF+? c. is the bond stronger or weaker in CF-? d. Propose another bond with the same bond order as CF. e. What would be the bond order of a Ne2 bond?Draw the MO diagram of linear NO2 by consulting the character tables and orbital energies, and to align your O/N/O axes. Remember to use a lower symmetry point group for the linear molecule. What is the bond order of linear NO2? How does it change if you make it NO2 - or NO2 +. Draw each SALC and look for interactions between the orbitals.
- 3) Combine any Atomic orbitals to form Molecular orbitals assuming they fulfill the phase and energy requirement. Construct MO diagram (include AOs, MOs, pictures of each, electrons, HOMO, LUMO, B.O., and comparative energies, etc.). REMOVE an ELECTRON to form CATION Please only do part 3. The first image shows the problemWhich structure(s) has/have a nitrogen atom that is sp3 hybridized?Draw an mo diagram for the valence electrons in F2. What is the bond order many sigma and pi bonds are there? What is the HOMO(Highest Occupied Molecular Orbital) and LUMO(Lowest Unoccupied Molecular Orbital)? What is the magnetism of the species?
- The bond in Cl2 can be explained by the end-on overlap between two p AOs, as shown inthis diagram. (a) Draw the bonding and antibonding MOs that would result from such an interaction. (b) What is the symmetry of each of these MOs?Which of the p orbitals do you think contributes the most inthe mixing that leads to the right-most sp3 hybrid orbital in thesecond row of the figure?For each molecule or molecular ion below, calculate the bond order: N2, N2-, O2 and O2+. In this calculation, show which specifically bonding and anti-bonding molecular orbitals were used in the calculation. Please label molecular orbitals with appropriate “g” (“gerade”) and “u” (“ungerade”) subscripts.