How to Draw Heteronuclear MO Diagrams: NO, HCl, and Bond Order

Confused by Heteronuclear Molecular Orbitals? In this lesson, I explain how to draw MO diagrams for molecules with different atoms (like NO and HCl) and why electronegativity makes these diagrams "skewed." In this video, we cover: Why different atoms result in asymmetrical energy levels. How to calculate the bond order for Nitric Oxide (NO). How MO theory explains lone pairs (non-bonding orbitals) in HCl. Predicting polarity and dipole moments using orbital energy. TIMESTAMPS: 0:00 Intro: What are Heteronuclear Diatomic Molecules? 1:07 Why Electronegativity Skews the MO Diagram 3:45 Bonding vs. Antibonding: Which atom contributes more? 6:05 Predicting Polar Bonds & Dipole Moments 8:18 Example 1: Molecular Orbital Diagram for NO 10:52 How to calculate Bond Order for NO (2.5) 12:55 Explaining the reactivity of NO and NO+ 14:50 Example 2: Non-bonding Orbitals in HCl 17:34 Why the 1s and 3p Orbitals overlap in HCl 20:30 How MO Theory explains Lone Pairs (Non-bonding) 22:38 Calculating the Bond Order for HCl 25:10 Conclusion and Summary RESOURCES: ✅ Subscribe for more Chemistry walkthroughs:    / @deancovalt6343   ✅ Gen Chem 2 Mastery Playlist:    • General Chemistry 2:  Advanced Mastery   #Chemistry #MolecularOrbitalTheory #GenChem