• views: 95
• date: 17 August 2026
• posted by: voska89

What you'll learn

⚡ Develop an understanding of " Basic Organic Fundamentals"
⚡ Develop a solid conceptual understanding of the most important Organic Reaction Mechanisms
⚡ Understand the kinetics of zero-order, first-order, Nth-order and SN1 reactions
⚡ Develop a strong understanding of important organic Rearrangement reactions

Requirements

❗ Basic understanding of Organic Chemistry and should have a stable Internet connection

Description

Master Organic Mechanisms & Chemical Kinetics (IIT-JEE / NEET / Boards)
Struggling with complex organic reaction mechanisms? Do kinetic rate law derivations feel like an endless mountain of confusing math?
Scoring high in competitive chemistry exams likeIIT-JEE, NEET, and Board Exams isn't about brute-force memorization—it's about deep conceptual clarity. This course is meticulously designed to bypass syllabus clutter and deliver high-yield, premium instruction on the most critical and challenging topics in Organic and Physical Chemistry.
Instead of sitting through passive marathon lectures, you will master complex reaction mechanisms and kinetic calculations through concise, visual and highly structured sessions recorded on ahigh-definition digital board ensuring crystal-clear audio and exceptional video quality.
Language of Instruction: Delivered inBilingual (Hinglish)—a comfortable blend of clear Hindi explanations paired with standard English technical terms for effortless conceptual understanding.
It is not a full length syllabus chemistry course but it will definitely add effectiveness to your preparation as it covers many very important organic mechanisms which are asked in various science-based competitive exams .

What You Will Learn

✨Organic Foundations: Build intuitive problem-solving habits starting from fundamental structural classifications and hybridization.
✨High-Yield Name Reactions & Rearrangements: Master step-by-step mechanisms for Aldol, Cannizzaro, Pinacol-Pinacolone, Demjanov's, Benzil-Benzilic Acid rearrangements, and key amine synthesis (Curtius, Schmidt, Gabriel Phthalimide).
✨Visual Synthesis Roadmaps: Learn to use targeted tools likeThe Benzene Chart to map and solve multi-step organic conversions with ease.
✨Chemical Kinetics Masterclass: Gain absolute clarity on reaction rates, from zero-order to n-th order, parallel kinetics and the kinetics of SN1 reactions.
Detailed Course Curriculum
Section 1 : Course Introduction
✨Lecture 1 : Introduction To Course
Section 2: Organic Fundamentals
✨Lecture 2: Nicolas classification, Vital Force Theory and Wohler's synthesis
✨Lecture 3: Molecular Formula , Structural Formula and Homologous series
✨Lecture 4: Classification of Organic Compounds and Calculation of Hybridization
Section 3 : Organic Reaction Mechanism
✨Lecture 5:The Benzene Chart – Your ultimate roadmap for aromatic compound reactions
✨Lecture 6:Grignard Reagent – Properties, Reactions and Mechanisms
✨Lecture 7:Aldol Condensation – Self, cross and intramolecular mechanisms
✨Lecture 8:Cannizzaro Reaction – Hydride transfer mechanism and applications
✨Lecture 9:Tests of Aldehydes – Key laboratory tests simplified
✨Lecture 10:Demjanov's Reaction – Mastering carbocation rearrangements, ring expansion and contraction
✨Lecture 11:Reaction of Phenols – vital name reactions like Reimer-Tiemann and Kolbe's electrolysis
✨Lecture 12:Pinacol-Pinacolone Rearrangement– 1,2-shifts explained conceptually
✨Lecture 13:Gabriel Phthalimide Reaction – Pure primary amine preparation
✨Lecture 14:Rearrangements for Amine Preparation– Structural shifts and mechanisms of curtius, schmidt reactions e.t.c.
✨Lecture 15:Reduction of Carbonyl Compounds[Part A] – Navigating selective reducing agents and special reactions
✨Lecture 16:Reduction of Carbonyl Compounds[Part B] – Navigating selective reducing agents and special reactions
✨Lecture 17:Benzil-Benzilic Acid Rearrangement – Rearrangement and mechanism details
✨Lecture 18:Reactions of Carboxylic Acids – Hell volhard zelinsky reaction and more
✨Lecture 19:Organic Conversions – Building the logical bridge to solve multi-step synthesis
✨Lecture 20:Reactions in the Presence of Ether – Wurtz , fittig reactions e.t.c.
Section 4: Chemical Kinetics
✨Lecture 21:Kinetics of 0-Order Reactions – Derivation, half-life and graphical representation
✨Lecture 22:Kinetics of 1st-Order Reactions – Mathematical formulations, derivations and graphs
✨Lecture 23:Kinetics of 2nd-Order Reactions – Integrated rate laws and derivations and Kinetics of n-th Order Reactions – Generalizing kinetic rate equations
✨Lecture 24:Kinetics of Parallel Reactions – Analyzing competing reaction pathways
✨Lecture 25:Kinetics of SN1 Reaction – Linking organic mechanism with kinetics

Who this course is for

⭐ Competitive Exam Aspirants: Students preparing for JEE, NEET and other intensive chemistry examinations
⭐ Boards Aspirants: This course is also helpful for students appearing in CBSE and State Board exams
⭐ Chemistry Students: Anyone looking to strengthen their conceptual grasp of reaction mechanisms and physical kinetics.

Homepage

https://www.udemy.com/course/reaction-mechanism-kinetics-masterclass-for-neet-iit-jee

   
   
   

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