Lectures in MOLECULAR STRUCTURE
- Lecture 1: Basic Shapes - Linear
- Lecture 2: Vsepr Notation
- Lecture 3: Basic Shapes - Planar
- Lecture 4: Basic Shapes - Tetrahedral Molecules
- Lecture 5: Basic Shapes - Trigonal Bipyramidal Molecules
- Lecture 6: Basic Shapes - Octahedral Molecules
- Lecture 7: Basic Shapes-Trigonal Planar With Free Electron Pairs
- Lecture 8: Basic Shapes-Tetrahedral Planar With Free Electron Pairs
- Lecture 9: Basic Shapes-Trigo Bipyramidal W/ Free Electron Pairs
- Lecture 10: Basic Shapes-Octahedral With Free Electron Pairs
- Lecture 11: Basic Shapes - Predict The Shape Of Icl4(-)
- Lecture 12: Basic Shapes - Predict The Shape Of H2Co
- Lecture 13: Basic Shapes - Predict The Shape Of Ash3
- Lecture 14: Basic Shapes - Predict The Shape Of Alcl4(-)
- Lecture 15: Basic Shapes - Predict The Shape Of C2H4
- Lecture 16: Dipole Moment - Basics
- Lecture 17: Dipole Moment - And The Electric Field - Basics
- Lecture 18: Dipole Moment On A Linear Molecule - Basics
- Lecture 19: Dipole Moment On A Linear Molecule - Basics 2
- Lecture 20: Dipole Moment Of A Non-Linear Molecule
- Lecture 21: Bonding Theory - Basics - Hydrogen - H2
- Lecture 22: Bonding Theory - Basics - Methane -Ch4
- Lecture 23: Valance Bond Method
- Lecture 24: The Sigma Bond
- Lecture 25: The Pi Bond
- Lecture 26: Sigma(S-S) Bond - Example
- Lecture 27: Sigma(P-P) Bond - Example
- Lecture 28: Sigma(S-P) Bond - Example
- Lecture 29: Pi Bond - Example
- Lecture 30: Double Pi Bond - Example
- Lecture 31: What Is Hybridization?
- Lecture 32: S-P2 Hybridization - Boron Trifloride, Bf3
- Lecture 33: S-P3 Hybridization - Methane - Ch4
- Lecture 34: S-P3-D Hybridization - Phosphorus Pentachloride, Pcl5
- Lecture 35: S-P3-D2 Hybridization - Sulfur Hexafloride - Sf6
- Lecture 36: Hybridization Summary
- Lecture 37: Hybridization And The Double Bond
- Lecture 38: Hybridization And The Triple Bond (2 Pi-Bonds)
- Lecture 39: Hybridization With Free Electron Pair - Ammonia - Nh3
- Lecture 40: Hybridization With 2 Free Electron Pairs - Water - H2O
- Lecture 41: Delocalized Molecular Orbitals - Benzene - C6H6
- Lecture 42: Molecular Orbital Theory (Bond Order) - H And He
- Lecture 43: Molecular Orbital Theory (Bond Order) 2 - Li
- Lecture 44: Molecular Orbital Theory (Bond Order) 3 - H To Ne
- Lecture 45: Molecular Orbital Theory (Bond Order) 4 - Summery