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Continue learning about the Valence Bond Theory and Hybridisation. Today we’re going to look at the Hybridisation of H20 and XeF4, determine Hybrid Orbitals and describe overlap the describe the orbitals.
Welcome to GeeklyEDU by GeeklyHub Chemistry! Valence Bond Theory gets easy once you understand how to figure out Hybridisation of Orbitals. Today we’re going to learn about sp2, sp3 and sp3 d2 hybridisation through examples dealing in molecular geometry of BF3, H2O, and XeF4. Understanding of VSEPR is important to go ahead with VBT. Make sure you check out earlier series videos where molecular geometry could be determined using VSEPR.
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📚 Time to learn with GeeklyHub 📚
0:00 Valence Bond Theory
0:36 Hybridisation in BF3 - sp2 Hybridisation
2:32 Hybridisation in H2O - sp3 Hybridisation
4:54 Hybridisation in XeF4
8:14 Complex Molecular Geometry - Multiple Central Atoms and Double or Triple Bonds
✔️ Check out previous videos on VSEPR and Molecular Geometry:
What is VSEPR Theory? | Molecular Geometry 1 – • What is VSEPR Theory? Molecular Geome...
VSEPR Advanced Problems | Electron Pairs of H2O, PCl5, XeF4 | Molecular Geometry 2 – • VSEPR Advanced Problems | Electron Pa...
Valence Bond Theory & Hybridisation | Molecular Geometry 3 – • #GeeklyHub Valence Bond Theory & Hybr...
✔️ For more topics in Molecular Geometry click here: • Molecular Geometry | Chemistry
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#valencebondtheory #hybridisation #vsepr #molecularstructure #sphybridisation #h2ohybridisation #bf3hybridisation
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