hybridisation part 2 | chemical bonding | P.singh chemistry classes

`Master Hybridization Part 2: Chemical Bonding for JEE, NEET & Boards | P.Singh Chemistry Classes` Welcome to Part 2 of our comprehensive series on **Chemical Bonding**! In this session, we dive deeper into the concept of **Hybridization**, breaking down advanced structures, geometry, and short tricks that will help you solve complex exam problems in seconds. Whether you are preparing for IIT JEE, NEET, or your Class 11 Board Exams, this video covers everything you need to master this core chemistry topic. 📌 *Don't forget to check out Part 1 here:* [Link to Part 1 Video] --- ⏳ *Chapters / Time Stamps* 00:00 - Introduction & Recap of Part 1 05:15 - Deep Dive into $sp^3$, $sp^2$, and $sp$ Hybridization 18:40 - Advanced Hybridization: Involving d-Orbitals ($sp^3d$, $sp^3d^2$, $sp^3d^3$) 35:10 - Super Trick to Calculate Steric Number & Hybridization Fast 50:25 - Exceptional Cases & Molecular Geometry (VSEPR vs Hybridization) 01:10:15 - Previous Year Questions (PYQs) for JEE & NEET 01:25:00 - Live Q&A and Common Student Doubts Resolved --- 📝 *Today's Pinned Comment Challenge!* *Question:* What is the hybridization and exact geometry of the central atom in $SF_4$? 👉 Drop your answers in the comments below! I will be personally hearting and replying to the correct responses. --- 📚 *About P.Singh Chemistry Classes* Our mission is to simplify complex chemistry concepts for students aiming to crack competitive exams like JEE and NEET. Through detailed explanations, visual analogies, and practical problem-solving strategies, we make learning chemistry an engaging experience. 🔴 *Subscribe for more structured chemistry lectures:* [ Join our Telegram Channel for free notes and daily DPPs: [Link to Telegram/Socials] #ChemicalBonding #Hybridization #JEE2026 #NEETPreparation #Class11Chemistry #PSinghChemistryssess