Homolytic & Heterolytic Cleavage | Chapter 11 Hydrocarbons | 11th PECTAA Syllabus 2025 | Urdu/Hindi скачать в хорошем качестве

Homolytic & Heterolytic Cleavage | Chapter 11 Hydrocarbons | 11th PECTAA Syllabus 2025 | Urdu/Hindi

In this video, Studies with Umar explains Modes of Bond Breaking from Chapter 11: Hydrocarbons according to the 11th Class PECTAA Syllabus 2025 in Urdu/Hindi for easy understanding. This lecture covers the fundamental concept of how chemical bonds break during organic reactions, which is extremely important for board exams, MDCAT, ECAT, and entry tests. 🔬 Topics Covered in This Lecture: ✔ What is bond breaking in organic chemistry ✔ Definition of homolytic bond cleavage ✔ Definition of heterolytic bond cleavage ✔ Formation of free radicals ✔ Formation of ions (carbocation & carbanion) ✔ Comparison between homolytic and heterolytic cleavage ✔ Bond breaking with simple diagrams and examples ✔ Exam-oriented explanation according to PECTAA pattern This lecture is especially useful for: 📘 11th Class Chemistry Students 📘 FSC / Intermediate (Part 1) 📘 MDCAT & Entry Test Aspirants 📘 Concept-based Organic Chemistry Learners 🎯 Teaching Style: Simple language | Concept-based | Board-oriented | Urdu/Hindi explanation 📒 Notes Available Handwritten and PDF notes are available for this topic. 📲 Contact on WhatsApp: 03098719881 🔔 Subscribe to “Studies with Umar” for: ✔ Complete FSC Chemistry ✔ Conceptual Organic Chemistry ✔ PECTAA Syllabus Lectures ✔ Exam Preparation & Notes 👍 If you find this video helpful, like, share, and comment to support the channel. 🔖 Hashtags / Tags (All Separated by Commas) #modesofbondbreaking, #bondbreaking, #homolyticcleavage, #heterolyticcleavage, #hydrocarbonschapter11, #chapter11chemistry, #organicchemistry, #11thclasschemistry, #fscpart1chemistry, #pectaasyllabus2025, #chemistryurdu, #chemistryhindi, #chemistrylecture, #studieswithumar, #freeRadicals, #carbocation, #carbanion, #mdcatchemistry, #entrytestchemistry, #intermediatechemistry, #boardexamchemistry, #conceptualchemistry, #chemistrynotes, #fscchemistry2025