Chemical Bonding | lecture 07 | molecular orbital diagram for various molecule | Class11 Chemistry

Welcome to Independent math! In Lecture 07 of our Chemical Bonding series, we dive deep into Molecular Orbital Theory (MOT) for systems with more than 14 electrons. This Bengali chemistry lecture is perfect for Class 11 board exams, NEET, and JEE preparation. ​We break down complex molecular orbital diagrams step-by-step and show you easy tricks to calculate bond order, bond length, and bond stability. We also solve important conceptual questions, like why noble gas molecules such as Ne2 do not exist! ​📌 What you will learn in this video: • How to draw Molecular Orbital Diagrams for O2 and F2 • Calculating Bond Order for systems with more than 14 electrons • Determining the bond order of ions: N2+, N2-, and N2(2-) • The relationship between Bond Order, Bond Stability, Bond Length, and Bond Dissociation Energy • Proof using MOT: Why does Ne2 not exist? ​⏱️ Timestamps: Introduction to 14+ Electron Systems MO Diagram & Bond Order of Oxygen (O2) MO Diagram & Bond Order of Fluorine (F2) Bond Order of Nitrogen Ions (N2+, N2-, N2 2-) Bond Order vs Stability, Bond Length & Dissociation Energy Why Ne2 Does Not Exist (MOT Proof) ​📝 Previous Lecture: Make sure to watch the previous videos in this playlist to understand the foundation of Homonuclear Diatomic Molecules (up to 14 electrons). ​👍 If you found this lecture helpful, please hit the LIKE button, SHARE it with your friends, and SUBSCRIBE to Independent math for more detailed Chemistry and Math lectures! Drop your doubts in the comments section below. ​#ChemicalBonding #MolecularOrbitalTheory #Class11Chemistry #ChemistryInBengali #NEETChemistry #JEEPreparation #IndependentMath #MOT #BondOrder