Target Full Marks! 🎯 Ketone Important Q&A | Ray & Martin | WBCHSE Class 12 Sem 4 Chemistry

Target Full Marks! 🎯 Ketone Important Q&A | Ray & Martin | WBCHSE Class 12 Sem 4 Chemistry

Getting ready for your WBCHSE Class 12 Chemistry Semester 4 exams? This session focuses on Ketones (Unit 5, Topic 2), covering essential question-answers from the Ray & Martin Question Bank. ​If you're aiming for full marks in the HS 2026 exams, this deep dive will help you master the chemical properties, preparation methods, and name reactions specific to ketones. ​ 📝 What We Will Cover: ​Preparation Methods: Focus on the oxidation of secondary alcohols and the ozonolysis of alkenes. ​Nucleophilic Addition: Understanding why ketones are generally less reactive than aldehydes. ​Key Name Reactions: * Clemensen Reduction ​Wolff-Kishner Reduction ​Iodoform Test (Identification of methyl ketones) ​Aldol Condensation ​Ray & Martin Solutions: Step-by-step solving of MCQ, VSA, and SA questions from the latest edition. ​ 🧪 Why Watch This Session? ​Strictly WBCHSE Syllabus: Tailored specifically for the Semester 4 pattern. ​Mechanisms Explained: We don't just memorize; we understand how electrons move. ​Exam Strategies: Tips on how to write precise answers to score 100% in Chemistry. ​Previous Year Trends: Analyzing how ketone-based questions have evolved for the 2026 boards. ​ 📅 Session Details: ​Topic: Ketones (Unit 5, Topic 2) ​Reference: Ray & Martin Question Bank ​Target: HS 2026 (WBCHSE) ​Language: Bengali / English (Bilingual) ​ 🔗 Useful Links & Resources: ​Join WhatsApp Group : https://chat.whatsapp.com/K5B3lz2wG4Y... ​Join our Telegram Group: https://t.me/ChemistryWithJanaSir ​Full Playlist (Sem 4 Chemistry):4th Semester Chemistry Unit-5 Ray & Martin Solutions | Chemistry with Jana Sir:    • Unit-5: 4th Semester Chemistry Unit-5 Ray ...   ​Don't forget to Like, Share, and Subscribe to stay updated with all HS 2026 preparation videos! ​#WBCHSE #HS2026 #Class12Chemistry #RayAndMartin #OrganicChemistry #Ketones #Semester4 #WestBengalBoard