determine the symmetry adapted linear combinations of borane BH3

Please don't provide handwritten solution .....

Give detailed Solution with explanation needed..don't give Handwritten answer..

Complete the molecular orbital diagram below for F₂2- (for F, Z = 9) by filling in the electrons in the atomic orbitals and molecular orbitals from the draggable choices (the draggable electrons and molecular orbitals are color-coded). Consider only the valence orbitals 2s and 2p and that electron addition is from left to right. 16 2p 2s F™ 1 11 1 F2 16 1 2- 2s F 2p 16 16 16 1 1 17

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Identify the LUMO in the MO diagram of O₂ (shown below). torp +₂² . Пр # Пр #T #% #%₂ s * A) o (2s orbitals) B) o (2pz orbitals) C) TT (2px and 2py) D) TT* (2px and 2py) E) o* (2pz)

Q3) What are the orbital hybridization for each of the following: Explain 1- ВС 2- C,H, 3- Cr(CO), 4- Fe(CO), 5- CH, 6- PtBr,

Use MO diagrams and the bond orders you obtain fromthem to answer: (a) Is Be₂⁺ stable? (b) Is Be₂⁺ diamagnetic? (c) What is the outer (valence) electron configuration of Be₂⁺?

4. Amphotericin B is a polyene antifungal agent. In the molecule, 6 C-C single bonds and 7 C=C double bonds alternate along a chain of 14 C atoms; see a schematic of the structure of the molecule below. OH OH HO O OH OH OH OH O,,.. OH HO" ОН OH NH₂ Each C atom contributes 1 p electron to the 77 orbitals in the conjugated system giving 14 electrons that move along the molecule. Assuming an average inter-nuclear distance of 140 pm, and that, in the ground state of amphotericin B, each quantum state is occupied by two electrons, use the particle-in-a-box model to calculate (a) the energy separation between the highest occupied state and the lowest unoccupied state, and (b) the frequency of the radiation required to produce a transition between the two states.

Construct the molecular orbitals for FHF- , CO2,  H2O , NH3, and BF3.