Ozonolysis – Reaction & Mechanism | Alkenes | Chemistry of Aliphatic Hydrocarbons | Easy Explanation

Ozonolysis – Reaction & Mechanism | Alkenes | Chemistry of Aliphatic Hydrocarbons | Easy Explanation Ozonolysis is one of the most important reactions of Alkenes, widely used to determine the structure of unknown organic compounds. In this video, we explore the step-by-step mechanism of ozonolysis in a very simple and exam-focused way. 📘 Topics Covered in This Video ✔ What is Ozonolysis? ✔ Formation of Molozonide (Primary Ozonide) ✔ Cleavage into Carbonyl Oxides ✔ Formation of Stable Ozonide ✔ Reductive Workup (Zn/H₂O, DMS) ✔ Oxidative Workup (H₂O₂) ✔ Identification of Products (Aldehydes, Ketones, Acids) ✔ Important solved BSc questions 🎯 Best For: BSc 1st Year Chemistry Organic Chemistry: Aliphatic Hydrocarbons FYUGP / NEP 2020 Students VBU | BBMKU | SKMU | RU | All Universities 📥 Join Telegram for Notes, PDFs & Updates 👉 https://t.me/NEPBSc 📌 Related Videos • Hydroboration–Oxidation Reaction • Markovnikov & Anti-Markovnikov Rule • Electrophilic Addition Mechanism • Oxymercuration–Demercuration • E1, E2, E1cb Mechanisms ozonolysis reaction, ozonolysis of alkenes, ozonolysis mechanism, aliphatic hydrocarbons, bsc chemistry, bsc 1st year chemistry, nep 2020 chemistry, fyugp chemistry, organic chemistry reactions, alkenes reactions, oxidative cleavage, reductive workup, oxidative workup, chemistry easy explanation, vbu chemistry, bbmku chemistry, skmu chemistry, ranchi university chemistry, exam oriented chemistry, bsc organic chemistry notes, structure determination by ozonolysis, carbonyl compounds formation, molozonide formation #ozonolysis #alkenes #organicchemistry #bsc #chemistry #reactionmechanism #aliphatichydrocarbons #nep2020 #fyugp #bsc1styear #vbu #bbmku #skmu #ru #easyexplanation #chemistryclasses #organicchemistryreaction !