Application of VBT in 4 & 5 Coordinated Complexes | Class 12 Chemistry NCERT

Learn the *Application of Valence Bond Theory (VBT) in 4 and 5 Coordinated Complexes* in Class 12 Chemistry. This video explains *Coordination Compounds* as per NCERT Class 12 Chemistry and the CBSE syllabus. Understand hybridisation, geometry, and magnetic properties of coordination complexes with simple explanations. 📚 *What You Will Learn:* ✔ Application of Valence Bond Theory (VBT) in coordination compounds ✔ Hybridisation in 4-coordinated complexes: sp³ and dsp² ✔ Geometry of tetrahedral and square planar complexes ✔ Hybridisation in 5-coordinated complexes: sp³d ✔ Geometry of trigonal bipyramidal complexes ✔ Inner-orbital and outer-orbital complexes ✔ Magnetic properties and unpaired electrons ✔ Important examples and concepts for board examinations 🎯 *Who Should Watch This Video?* • Class 12 Chemistry students • NCERT and CBSE board exam aspirants • Students preparing for NEET and other entrance examinations • Students revising the Coordination Compounds chapter 📝 *Why Is This Topic Important?* Valence Bond Theory is an important topic in Class 12 Coordination Compounds. Understanding hybridisation, geometry, and magnetic behaviour helps students solve conceptual and exam-based questions. Watch this video for a clear explanation of VBT applications in 4-coordinated and 5-coordinated complexes. 🔔 Subscribe to *Science to Chemistry* for more Class 12 Chemistry explanations, NCERT concepts, important questions, and board exam preparation videos. #Class12Chemistry #CoordinationCompounds #ValenceBondTheory #NCERTChemistry #CBSEBoardExam