Module 1: Formal Charge, Partial Charge, Electron Density, Hybridization, and Resonance Structures
Electron Density
4 Topics
|
1 Quiz
Formal Charge
Electron Density Introduction
Identifying Partial Charges
Relationship Between Formal Charge and Partial Charge
Electron Density: Quiz
Hybridization
6 Topics
|
1 Quiz
Sigma and Pi: Bonds and Electrons
Hybridization: Introduction
Hybridization: Counting Rule
Hybridization: Nitrogen Exception
Hybridization: Lone Pairs
Hybridization: Example
Hybridization Quiz
Resonance Structures and Pi Systems
4 Topics
|
1 Quiz
Resonance Structures and Pi Systems: Introduction
Resonance Structures: Formal Charge
Resonance Structures: Example 1
Resonance Structures: Benzene Rings
Resonance Structures Quiz
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Hybridization: Lone Pairs
Module 1: Formal Charge, Partial Charge, Electron Density, Hybridization, and Resonance Structures
Hybridization
Hybridization: Lone Pairs
https://theorango.com/wp-content/uploads/2023/06/6.-Hybridization-of-Lone-Pairs-FINAL.mp4
What we learned:
Only one lone pair can ever be in a hybridized orbital
Any additional lone pairs will not hybridize
Hybridized lone pairs will share the hybridization of the atom they’re on
When a lone pair hybridizes, we need to add an about (~) sign to the hybridization
Note: sometimes the about (~) sign is unnecessary, it depends on the preferred notation
Unhybridized lone pairs will be in a p-orbital
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