Скачать или смотреть Chemical Bonding - The Backbone of Chemistry | From Basics to Advanced | JEE Main + Advanced |25

Notes 3 : https://drive.google.com/file/d/138VT...
Welcome to this ultimate Chemical Bonding session for JEE Main and Advanced aspirants! 🚀
In this comprehensive class, we’ll dive deep into one of the most important and conceptual chapters in Chemistry — Chemical Bonding and Molecular Structure. Whether you’re preparing for JEE 2025, NEET, or Class 11 exams, this video will give you complete concept clarity, shortcuts, and exam-level problem-solving strategies.

We’ll begin by understanding why atoms form bonds and how different types of chemical bonds (ionic, covalent, and coordinate) arise from the tendency of atoms to achieve stability. Then, we’ll explore Lewis dot structures, Octet rule, and limitations of simple bonding theories.

You’ll learn how to determine molecular shape and geometry using the VSEPR theory, how hybridization explains bonding in molecules like CH₄, NH₃, and H₂O, and how to use the Molecular Orbital (MO) Theory to predict bond order, magnetic nature, and stability of molecules such as O₂, N₂, and F₂.

We’ll also cover important concepts and tricks that are often tested in JEE, such as:

Difference between sigma and pi bonds

Bond order and stability trends

Shortcut for predicting hybridization and shape

MO diagrams and magnetic behavior of diatomic molecules

Lattice energy and covalent character (Fajan’s Rule)

Common JEE-level conceptual traps and how to avoid them

By the end of this class, you’ll have a strong command over the entire chapter, be able to solve any JEE Main or Advanced question, and easily connect Chemical Bonding concepts to other parts of Chemistry — like Coordination Compounds and Organic Structure.

💥 What You’ll Get From This Session

Complete concept clarity from basic to advanced

Smart tricks for quick revision before exams

Solved examples from JEE Main & Advanced

Tips to eliminate wrong options in MCQs

Deep understanding for long-term memory retention