Calculation of Hybridisation Class 11 Chemistry | Hybridisation, Shape & Bond Angle | JEE & NEET2027

Welcome to Chemitope by Nunu Jha! In this lecture, we learn how to calculate the hybridisation of atoms in molecules and predict their shapes and bond angles. This is an important topic from Class 11 Chemistry's chapter **Chemical Bonding and Molecular Structure**, especially for JEE Main, JEE Advanced, and NEET aspirants. The concepts are explained step by step using a systematic approach and examples to help you understand hybridisation from the basics. 🧪 *TOPICS COVERED IN THIS VIDEO:* ✅ Calculation of Hybridisation ✅ Atomic orbitals involved in hybridisation ✅ Number of bonds and hybrid orbitals ✅ Types of hybridisation: sp, sp² and sp³ ✅ Predicting molecular shapes ✅ Understanding bond angles ✅ Important examples and exam-oriented concepts 🎯 *WHO SHOULD WATCH THIS VIDEO?* • Class 11 Chemistry students • JEE Main & Advanced aspirants • NEET UG aspirants • Students revising Chemical Bonding • Beginners who want to master hybridisation calculations 💡 *WHY IS HYBRIDISATION IMPORTANT?* Hybridisation helps us understand the arrangement of atomic orbitals, the geometry of molecules, and their approximate bond angles. These concepts are essential for solving questions on molecular structure and chemical bonding. 📖 *HOW TO PREPARE:* 1. Understand the basic concept of hybridisation. 2. Learn how to identify the orbitals involved. 3. Practise calculating hybridisation for different molecules. 4. Revise molecular shapes and bond angles. 5. Solve NCERT questions and JEE/NEET previous-year questions. 👍 Like this video if it helps you understand Chemistry. 💬 Comment below if you have any doubts. 🔔 Subscribe to *Chemitope by Nunu Jha* for more Class 11 Chemistry lectures, concept explanations, and JEE/NEET preparation. 📢 Share this lecture with your friends preparing for JEE and NEET! Keep learning, keep practising, and strengthen your Chemistry concepts. ❤️ #Hybridisation #ChemicalBonding #Class11Chemistry #JEE2027 #NEET2027 #HybridisationCalculation #MolecularShape #BondAngle #JEEPreparation #NEETPreparation #Chemitope