1.
2. [INTRO REVISION] Hybridisation
3. [INTRO REVISION] Hybridisation
4. [INTRO REVISION] Hybridisation
5. [INTRO REVISION] Hybridisation
6. [INTRO REVISION] Hybridisation
7. [INTRO REVISION] Hybridisation
Using the number of bond pairs/ regions of electron density to determine the hybridisation type of carbons.8. [INTRO REVISION] Hybridisation
Using the number of bond pairs/ regions of electron density to determine the hybridisation type of carbons.9. [INTRO REVISION] Hybridisation
Using the number of bond pairs/ regions of electron density to determine the hybridisation type of carbons.10. [INTRO REVISION] Hybridisation
Application of technique to find hybridisation for nitrogen and oxygen.11. [INTRO REVISION] Hybridisation
Understanding the circle in the ring of 1,3,5-triazine.12. [INTRO REVISION] Hybridisation
Relating hybridisation and strength of bonds.13. [INTRO REVISION] Hybridisation
Using the number of bond pairs/ regions of electron density to determine the hybridisation type of carbons and relating it to bond strength.14. [INTRO REVISION] Hybridisation
Using the number of bond pairs/ regions of electron density to determine the hybridisation type of carbons and relating it to sigma/ pi bonds.15. [INTRO REVISION] Hybridisation
Deducing the shapes and relative energies of the valence orbitals of carbon atoms.16. [INTRO REVISION] Hybridisation
Consolidation and Application.