Catalytic & Controlled Hydrogenation | Hydrogenation of Alkenes and Alkynes #bepharmawise

What happens when hydrogen is added to unsaturated hydrocarbons? Why do some reactions stop at the alkene stage while others continue to form alkanes? In this video, we explore Catalytic Hydrogenation and Controlled Hydrogenation, two important reduction reactions in organic chemistry. Learn the role of catalysts such as Nickel (Ni), Palladium (Pd), Platinum (Pt), and Lindlar's catalyst, reaction mechanisms, products formed, and the key differences between these processes. 📌 Topics Covered: What is Catalytic Hydrogenation? Conditions required for hydrogenation Hydrogenation of alkenes and alkynes What is Controlled Hydrogenation? Lindlar's Catalyst and its role Difference between Catalytic and Controlled Hydrogenation Exam-oriented concepts and examples 🎯 Useful for: FY B.Pharm Students FY B.Sc. Chemistry Students NEP Chemistry Courses Competitive Exams Organic Chemistry Beginners #OrganicChemistry #Hydrogenation #CatalyticHydrogenation #ControlledHydrogenation #LindlarCatalyst #Alkenes #Alkynes #ChemistryLecture #BScChemistry #ChemistryStudents #OrganicReactions #NEP2020 #ChemistryMadeEasy #bepharmawise #bpharma