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Kuldeep Dhakar Sir (KD Sir) Organic Chemistry Handwriting Notes

Original price was: ₹1,799.00.Current price is: ₹1,099.00.

Kuldeep Dhakar Sir is a well-known and highly regarded senior organic chemistry faculty at ALLEN Kota, specializing in Organic Chemistry. He is known for his exceptional teaching skills and ability to make complex organic chemistry concepts easy to understand for students preparing for JEE and NEET.

XI – Class Topics are covered –

Nomenclature and Common Name, General Organic Chemistry, Electron Displacement Effect, Isomerism

XII Class Topics are covered –

Optical Isomerism, Reaction Mechanism, Electrophilic Reactions, Reduction, Oxidation, Aldol  Reaction/ Condensation, Carbenes, Aromatic Compound,

  • Total Booklet No of – 2
  • Note: Print on Demand Product requiring Prepayment, Non-Refundable Product.

Kuldeep Dhakar Sir – Organic Chemistry Notes for JEE & NEET

Are you struggling with Organic Chemistry for JEE & NEET? Kuldeep Dhakar Sir, a renowned Organic Chemistry faculty at ALLEN Kota, provides expert guidance and well-structured Organic Chemistry Notes to simplify complex concepts.

📌 Why are these notes important?
These notes cover all essential topics, reaction mechanisms, and problem-solving strategies to help students excel in JEE and NEET Organic Chemistry.

Who is Kuldeep Dhakar Sir?

Kuldeep Dhakar Sir is a highly experienced Organic Chemistry teacher at ALLEN Kota, specializing in JEE and NEET preparation. He is known for his:

  • Expertise in Organic Chemistry – Clear explanations of difficult topics.

  • Engaging Teaching Methods – Simplifies reactions and mechanisms with real-life examples.

  • Focus on Problem-Solving – Develops students’ analytical and numerical skills.

  • Student-Centered Approach – Encourages doubts and provides personalized guidance.

Topics Covered in Organic Chemistry Notes

Organic Chemistry Class XI Notes

  • Nomenclature and Common Names

  • General Organic Chemistry (GOC)

  • Electron Displacement Effects

  • Isomerism in Organic Compounds

🔗 Learn more about IUPAC Nomenclature here: IUPAC Official Website

Nomenclature and Common Names

The IUPAC system standardizes chemical names to avoid confusion. However, common names are still widely used in JEE & NEET Organic Chemistry.

🔗 Explore more on Nomenclature at: ChemLibreTexts

General Organic Chemistry (GOC)

GOC is the foundation of Organic Chemistry. It includes bonding, electronic effects, reaction intermediates, and resonance.

Electron Displacement Effects

This explains how electron movement affects stability, reactivity, and reaction mechanisms.

🔗 Read about Electron Effects on: Royal Society of Chemistry

Isomerism in Organic Compounds

Isomers have the same molecular formula but different structures, affecting their properties.

🔗 Find more on Isomerism at: PubChem (NIH)

Organic Chemistry Class XII Notes

  • Optical Isomerism in JEE & NEET

  • Reaction Mechanism of Organic Compounds

  • Electrophilic Substitution Reactions

  • Reduction and Oxidation Reactions

  • Aldol Reaction and Condensation

  • Carbenes and Their Reactions

  • Aromatic Compounds and Their Stability

🔗 Learn about Organic Reactions at: American Chemical Society

Optical Isomerism in JEE & NEET

This occurs when a molecule has a chiral center, leading to mirror-image isomers that rotate light differently.

Reaction Mechanism of Organic Compounds

The stepwise process of bond-breaking and bond-making in chemical reactions.

🔗 Explore more on Reaction Mechanisms at: ChemSpider

Electrophilic Substitution Reactions

Electrophiles attack electron-rich aromatic rings, leading to substitutions like nitration, halogenation, and sulfonation.

Reduction and Oxidation Reactions

  • Reduction → Gain of electrons or hydrogen.

  • Oxidation → Loss of electrons or hydrogen.

🔗 Understand Redox Reactions at: EPA.gov

Aldol Reaction and Condensation

A key reaction for JEE and NEET, where two carbonyl compounds react in the presence of a base.

Carbenes and Their Reactions

Carbenes are highly reactive species involved in cyclopropanation and other organic reactions.

🔗 Read about Carbenes on: Nature Chemistry

Aromatic Compounds and Their Stability

Aromatic compounds follow Hückel’s rule, making them highly stable and useful in organic synthesis.

🔗 More on Aromaticity at: IUPAC Periodic Table

Why Choose These Organic Chemistry Notes for JEE & NEET?

  • Covers the entire JEE and NEET Organic Chemistry syllabus.

  • Simplifies difficult concepts with real-life examples.

  • Includes detailed reaction mechanisms and solved examples.

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