Crystal Field Theory

This chemistry video tutorial provides a basic introduction into crystal field theory. It explains how to draw the crystal field splitting diagram of transition metal complex ions using weak field ligands and strong field ligands. It explains the difference between high spin and low spin diagrams and how to determine the magnetic properties of complex ions.

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Here is a list of topics in the full version of this video:
1. How To Draw The Crystal Field Splitting Diagram
2. Weak Field vs Strong Field Diagrams
3. Crystal Field Splitting Energy
4. How To Determine The Oxidation State of the Transition Metal In a Complex Ion
5. Understanding The Relative Splitting Energy of the 3D Orbital System In a Transition Metal
6. Crystal Field Theory - Basic Concepts
7. Ligands as Negative Point Charges
8. How To Determine The D Count of a Transition Metal Complex Ion
9. How To Write The Electron Configuration Using The T2g Set and Eg set
10. How To Calculate The Number of Unpaired Electrons In a Complex Ion
11. How To Determine The Magnetic Properties of a Complex Ion - Paramagnetic vs Diamagnetic
12. How To Calculate The Crystal Field Stabilization Energy
13. The Spectrochemical Series of Ligands
14. How To Predict The Geometry of a Complex Ion
15. Crystal Field Model Geometries - Octahedral, Tetrahedral, Square Planar, and Linear
16. How To Calculate The Wavelength of Light in Nanometers Given The Crystal Field Splitting Energy In Kj/mol