Hybridization of NH₃ (Ammonia) | Shape, Bond Angle & Lone Pair | VSEPR Theory Explained

In this video, we’ll explore the hybridization of NH₃ (ammonia) in a detailed and student-friendly manner. You'll learn how to determine the hybridization of nitrogen, how lone pairs affect the molecular shape, and why ammonia has a trigonal pyramidal structure instead of a flat triangle. Using VSEPR theory and electron pair geometry, we explain why the bond angle in NH₃ is about 107° and how this differs from the ideal tetrahedral angle. This concept is essential for mastering chemical bonding, molecular geometry, and hybrid orbitals. 🧠 Key Concepts Covered: Electron configuration of nitrogen What is hybridization? How to find the hybridization of NH₃ Role of lone pairs in determining shape Bond angle and geometry of NH₃ Comparison with other sp³ hybridized molecules This video is perfect for students preparing for NEET, JEE, CBSE, ICSE, and other competitive and academic exams. 📌 Make sure to like, share, and subscribe for more clear and concept-based chemistry videos! 📌 Follow us on Instagram:   / flyingchalks31   Also watch: PART 1: ORBITAL OVERLAP CONCEPT:    • Hybridisation Part 1: Orbital Overlap Theo...   PART 2: HYBRIDISATION OF MOLECULES WITH BOND PAIR ONLY:    • Hybridisation Part 2 | Molecules with Bond...   PART 3: HYBRIDISATION OF MOLECULES WITH BOND PAIR AND LONE PAIR:    • Hybridization of NH₃, H₂O, SF₄ & ClF₃ | Bo...