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Molecular Orbital Theory

The video provides a review of molecular orbital theory. By the end of the video, viewers should be able to: – Draw and identify atomic orbitals. – Define a node in atomic or molecular orbitals. – Identify the number and location of nodes in an orbital picture. – Predict the molecular orbital picture resulting from constructive and destructive overlap of two orbitals. – Identify the Highest Occupied Molecular Orbital (HOMO) and the Lowest Unoccupied Molecular Orbital (LUMO). – Draw molecular orbital diagrams for sigma and pi overlaps in any molecule. Timestamps 00:00 - Introduction and Learning Goals 01:20 - Understanding Electrons as Waves 04:38 - The Quantum Mechanical Model and Atomic Orbitals 11:39 - Molecular Orbitals and Overlap 14:18 - Molecular Orbital Diagram for H2 22:20 - Example: CH3Cl and Carbon-Chlorine σ Overlap 26:38 - Molecular Orbital Diagrams for π Systems 30:16 - Molecular Orbital Diagrams for Extended π Systems 36:55 - Conclusion and Summary of Key Concepts #MolecularOrbitalTheory #OrganicChemistry #ChemistryWithProfOgba #HOMOLUMO