Chemistry

Non Aqueous Solvents - IV.
Non Aqueous Solvents - III.
Glycolipids - I.
Sphingolipids - II.
Toxic Chemicals in Air (Air Pollution) - II.
Toxic Chemicals in Air (Air Pollution) - I.
Food Additives - II.
Food Additives - I.
E-Mobility and Decarbonisation of Transport Sector - II.
E-Mobility and Decarbonisation of Transport Sector - I.
Non Aqueous Solvents - II.
Non Aqueous Solvents - I.
Chemical Toxicology - II.
Chemical Toxicology - I.
Chemistry Of DNA - II.
Chemistry Of DNA - I.
Complexometry - VI.
Complexometry - V.
Soaps and Detergents - II.
Soaps and Detergents - I.
Oils and Fats - II.
Oils and Fats - I.
Chemistry of Nucleic Acid - II.
Chemistry of Nucleic Acid - I.
Complexometry - IV.
Complexometry - III.
Catalysis - II.
Catalysis - I.
Complexometry - II.
Complexometry - I.
Phospholipids (Sphingolipids).
Phospholipids.
Qualitative Analysis - VI.
Qualitative Analysis - V.
Green Solvents For Sustainable Future - II.
Green Solvents For Sustainable Future - I.
Earth Day 2022 - II.
Earth Day 2022 - I.
Qualitative Analysis - IV.
Qualitative Analysis - III.
Acid - Base Properties of Amino Acids (Zwitter Ion) - II.
Acid - Base Properties of Amino Acids (Zwitter Ion) - I.
Steroids (Derived Lipids) - II.
Steroids (Derived Lipids) - I.
Classification of Lipids - III.
Classification of Lipids - II.
Atomic Structure - II.
Atomic Structure - I.
Molecular Rearrangement Reactions - II (आण्विक पुनव्रिन्यास अभिक्रिया).
Molecular Rearrangement Reactions - I (आण्विक पुनव्रिन्यास अभिक्रिया).
Global Ground Water Crisis - Writing on the Wall - II.
Global Ground Water Crisis - Writing on the Wall - I.
Qualitative Analysis - II.
Qualitative Analysis - I.
Conductance - III.
Conductance - IV.
Conductance - VI.
Conductance - V.
Women Empowerment Science (STEM) and Higher Education - II.
Women Empowerment Science (STEM) and Higher Education - I.
Classification of Lipids - I.
Introduction of Lipids.
Metallurgy : Extraction of Metals - II.
Metallurgy : Extraction of Metals - I.
Synthetic Applications of Ethyl Acetoacetate - III.
NATIONAL SCIENCE DAY.
Synthetic Applications of Ethyl Acetoacetate - II.
Synthetic Applications of Ethyl Acetoacetate - I.
Ethyl Acetoacetate Claisen Condensation.
Tautomerism in Ethyl Acetoacetate.
Tautomerism - II.
Tautomerism - I.
Amino Acid Peptides and Protein - II.
Amino Acid Peptides and Protein - I.
Basicity and Acidic Character of Pyrrole, Furan and Thiophene - II.
Basicity and Acidic Character of Pyrrole, Furan and Thiophene - I.
Disaccharides - IV.
Disaccharides - III.
Natural Fats Oil and Wax - II.
Natural Fats Oil and Wax - I.
Synthesis and Applications of Dyes - II.
Synthesis and Applications of Dyes - I.
Disaccharides - II.
Disaccharides - I.
Lipids (लिपिड) - II.
Lipids (लिपिड) - I.
Aromaticity, Stability and Reactivity in Pyrrole, Furan and Thiophene - II.
Aromaticity, Stability and Reactivity in Pyrrole, Furan and Thiophene - I.
Reducing and Non-Reducing Sugars - II.
Reducing and Non-Reducing Sugars - I.
Qualitative Analysis of Organic Compounds - VI.
Qualitative Analysis of Organic Compounds - V.
DYES, COLOUR AND CONSTITUTIONS - 2.
DYES, COLOUR AND CONSTITUTIONS - 1.
Bio-Inorganic Chemistry - VIII.
Bio-Inorganic Chemistry - VII.
Determination of Ring Size in D-(+)- Glucose - II.
Determination of Ring Size in D-(+)- Glucose - I.
Elimination Reaction (E2) - II.
Elimination Reaction (E2) - I.
Bio-Inorganic Chemistry - VI.
Bio-Inorganic Chemistry - V.
Heterocyclic Compounds - II.
Heterocyclic Compounds - I.
Conductance - II.
Conductance - I.
Evidence For Cyclic Structure Of D-(+)-Glucose - II.
Evidence For Cyclic Structure Of D-(+)-Glucose - I.
Qualitative Analysis of Organic Compounds - IV.
Qualitative Analysis of Organic Compounds - III.
Activating and Deactivating Groups - II.
Activating and Deactivating Groups - I.
Bio-Inorganic Chemistry - IV.
Bio-Inorganic Chemistry - III.
Cyclic Structure of D-(+)-Glucose - II.
Cyclic Structure of D-(+)-Glucose - I.
Qualitative Analysis of Organic Compounds - II.
Qualitative Analysis of Organic Compounds - I.
Aromaticity in Annulenes.
Craig's Rule and Frost Circle Rule.
Claisen Rearrangement Reaction (Sigmatropic Reaction-II).
Claisen Rearrangement Reaction (Sigmatropic Reaction-I).
Configuration of D-(+) Glucose - Fischer Proof - II.
Configuration of D-(+) Glucose - Fischer Proof - I.
Properties of Fructose - I.
Nucleophilicity and Basicity - II.
Nucleophilicity and Basicity - I.
Structure of Glucose - I.
Interconversions of Monosaccharides.
Aromatic Electrophilic : Substitution Reactions - II.
Aromatic Electrophilic : Substitution Reactions - I.
Properties of Fructose - II.
Sigmatropic Rearrangement Reactions (Pericyclic Reactions) - II.
Sigmatropic Rearrangement Reactions (Pericyclic Reactions) - I.
Monosaccharides - IV : Fructose.
Monosaccharides - III : Properties of Glucose - III.
Peripheral Aromaticity (Aromaticity - IV).
Aromaticity and NMR Spectroscopy Benzo Annelation Effect (Aromaticity - III).
Monosaccharides - II : Properties of Glucose - II.
Monosaccharides - I : Properties of Glucose - I.
Cycloaddition Reactions (Pericyclic Reaction - IV).
Cycloaddition Reactions (Pericyclic Reaction - III).
Structural Aspects of Monosaccharides- IV.
Structural Aspects of Monosaccharides- III.
Organic Concepts : Attacking Reagents - I.
Organic Concepts : Attacking Reagents - II.
Structural Aspects of Monosaccharides - II.
Structural Aspects of Monosaccharides - I.
Reactive Methylene Compounds.
Aromaticity - II.
Aromaticity - I.
Pericyclic Reactions - II (FMO Approach).
Pericyclic Reactions - I.
Hyperconjugation Effect - II.
Hyperconjugation Effect - I.
Organic Chemistry - Part 4.
Organic Chemistry - Part 3.
कार्बोनिक रसायनशास्त्र में मूलभूत सिद्धांत - II.
Chemical Kinetics - II.
Chemical Kinetics - I.
Time and History - I.
Classification of Carbohydrates.
Carbohydrates : Sweetness of Life.
Water as a Biomolecule.
An Introduction to Molecules of Life - III.
Bio-Inorganic Chemistry - 2.
Bio-Inorganic Chemistry - 1.
An Introduction to Molecules of Life - II.
An Introduction to Molecules of Life - I.
Green Chemistry : The Way Forward - IV.
Green Chemistry : The Way Forward - III.
Absolute Configuration : R, S Nomenclature - II.
Absolute Configuration : R, S Nomenclature - I.
Resolution of Racemic Mixture.
Drug Development and Expensive Failures - II.
Drug Discovery, Drug Development and Expensive Failures - I.
Configurational Notations for Stereoisomers - II.
Configurational Notations for Stereoisomers - I.
Green Chemistry : The Way Forward - II.
Green Chemistry : The Way Forward - I.
Projection Formulae and Their Interconversions -II.
Projection Formulae and Their Interconversions -I.
Projection Formulae of Molecules - II.
Projection Formulae of Molecules -I.
Stereochemistry of Chiral Molecules without Chiral Centers.
Inversion Retention and Racemization.
Stereochemistry of Molecules with Several Chirality Centers - III.
Stereochemistry of Molecules with Several Chirality Centers - II.
Stereochemistry of Molecules with Several Chirality Centers - I.
Symmetry in Achiral Structures - II.
Symmetry in Achiral Structures - I.
Chirality and Enantiomerism.
Stereochemistry - History of Optical Isomerism.
Enantiomerism : Optical Isomerism.
E-Z Notation For Geometrical Isomerism-3.
E-Z Notation For Geometrical Isomerism -2.
E-Z Notation For Geometrical Isomerism -1.
Properties of Geometrical Isomers.
Stereoisomerism - I.
Factors Affecting SN1 Reactions.
Mechanism of SN2 Reactions.
Effect of Nucleophiles on SN2 Reations.
Factors Affecting SN2 Reactions.
Substitution Reactions of Alkyl Halides.
Preparation of Alkyl Halides from Alcohols.
Methods of Preparation of Alkyl Halides.
Introduction to Alkyl halides.
Preparation of Alkenes-1.
Nomenclature of Alkenes.
Radical Halogenation Reactivity Vs Selectivity.
Halogenation of Alkanes.
Physical Properties of Alkanes.
Preparation of Alkanes - II.
Methods of Preparation of Alkanes.
Peptide Synthesis.
Chemical Properties of Amino Acids - II.
Enzymes.
Chemical Properties of Amino Acids.
Physiochemical Properties of Amino Acids.
Synthesis of Amino Acids.
Biochemical Techniques : 1. Chromatography.
Classifications of Amino Acids.
Amino Acids : Structure and History.
Quantum Chemistry (Hydrogen atom) - 29.
Carbohydrates : Oligo and Polysachharides - II.
Carbohydrates : Oligo and Polysachharides.
Radial Wave Function and Radial Plots.
Quantum Chemistry : Radial Wave Functions.
Carbohydrates : Structural Representations.
Quantum Numbers.
Carbohydrates III.
Hydrogen Atom : Quantisation of Electronic Energy - III.
Hydrogen Atom : Quantisation of Electronic Energy.
Structure of Monosacchrides and Absolute Configuration.
Harmonic Oscillator and Hydrogen Atom.
Carbohydrates II - Stereochemistry.
Carbohydrates I - Metabolic Fuels.
Carboxylic Acids Derivatives.
UV - VIS Spectroscopy - III.
Rigid Rotator and Harmonic Oscillator.
UV - VIS Spectroscopy - II.
UV - VIS Spectroscopy - I.
Spectroscopy - An Introduction.
Rigid Rotator - II.
Carboxylic Acids - III.
Carboxylic Acids - II.
IR Spectroscopy.
Carbohydrates - III.
Terpenoids - IV.
Carbohydrate - II.
Alkaloids- V.
Carboxylic Acids.
Carbohydrate.
Free Particle and Rigid Rotator.
Alkaloids - IV.
Alkaloids - III.
Alkaloids - II.
Alkaloids - I : Introduction.
Misc. Spectroscopy Problems.
Terpenoids - III.
2D Box and 3D Box.
Fundamentals of Organic Chemistry - I.
Terpenoids- II.
Spectroscopy Problems.
Aldehydes and Ketones - X.
Nucleic Acid - III.
Terpenes - I.
Aldehydes and Ketones - IX.
Lipids - III.
Bioinorganics - II.
Mass Spectroscopy - I.
Lipids - II : Oils and Fats.
Lipids - I.
An Introduction to Bioinorganic Chemistry - I.
Polypeptides - II.
Aldehydes and Ketones - IV.
Polypeptides.
Nucleic Acids - II.
NMR Spectroscopy.
Nucleic Acids : Introduction.
Aldehydes and Ketones - III.
Ultra Violet Spectroscopy - I.
Aldehydes and Ketones.
Properties of Proteins.
UV and NMR Spectroscopy.
Proteins.
Aldehydes and Ketones - II.
Analysis of Amino Acids.
IR Spectroscopy - II.
Medicinal Plants.
Drugs and Pharmaceutics.
Electrophilic Aromatic Substitution.
Laser.
Introduction to Digital Elcetronics and Number Systerms.
Anthracene : Preparation, Structure and Physical and chemical Properties.
Pyrrole.
Benzene.
Phase Equilibria.
Chemistry in Everyday Life.
Systems of Variable Composition.
Second Law of Thermodynamics.
Chemical Thermodynamics.
Exploring Material Chemistry.
Calculation of Thermodynamic Parameters.
Work, Heat and Energy.
Chemical Thermodynamics.
Systems of Variable Composition.
Thermodyanamics.
Equilibrium Thermodynamic Properties - II.
Equilibrium Thermodynamics Properties.
Spontaneity and Equilibrium.
Amino Acid, Peptides and Proteins -II.
Aliphatic Amines -II.
Isomerism.
Amino Acid, Peptides and Proteins.
Residual Entropy, Spontaneity and Equillibrium.
Statistical Interpretation of Entropy.
Chemical Thermodynamics.
Chemical Reactivity and Mechanism - Amines.
Stereochemistry - IV.
Stereochemistry - III.
Stereochemistry -II.
Carbohydrates -IV.
Current Status of Genetically Modified Crops in India.
Organic Chemistry.
Clausius Inequality and Entropy.
Entropy Change and the Third Law Thermodynamics.
Entropy as a function of state variables.
Second Law of Thermodynamics.
Carbohydrates -III.
Chemical Reactivity and Mechanism.
Joule-Thomson Experiment.
Thermochemistry -IV.
Thermochemistry -III.
Thermochemistry - II.
Carbohydrates - II.
Thermochemistry -I.
Nucleophilic Substitution Reactions : Alchohols and Ethers.
Carbohydrates.
Expansion Work - III.
Expansion Work - II.
Carboxylic Acid Derivatives -II.
Carboxylic Acid Derivatives.
Substitution Reactions.
Alcohals or Alkanols Part - 3.
Alcohols or Alkanols - II.
Substitution Reaction -V.
Substitution Reaction - IV.
The First Law of Thermodynamics - II.
Chemical Reactivity and Mechanisms.
Nucleophilic Substitution Reactions.
Substitution Reactions - Part 3.
Substitution Reactions - Part 2.
Expansion Work in Thermodynamics.
Chemical Reactivity and Mechanism.
Antioxidant Chemistry.
Chemical Reactivity and Mechanism.
Chemical Reactivity and Mechanism.
Chemical Reactivity and Mechanism.
Quantum Chemistry - Part 2.
Nucleophilic Substitution Reaction.
Organic Reactions.
Thermodynamics : Basic Concepts.
Chemical Reactivity and Mechanisms.
Alkyl Halides.
Stereochemistry of Organic Compounds.
Stereochemistry of Organic Compounds.
Aldehydes and Ketones.
Transmission Genetics Mendelism.
Radical Reactions.
Chemical Reactivity and Mechanisms.
Chemical Reactivity and Mechanisms.
Reaction Intermediates.
Fats, Oils and Detergents.
Organic Chemistry.
Chemical Reactivity and Mechanisms.
Carboxylic Acids - Part 1.
Carboxylic Acids - Part 2.
Classification and Nomenclature of Organic Compounds.
Stereochemistry of Organic Compounds - Part 4.
Chemical Reactivity and Mechanism - Part 2.
Chemical Reactivity and Mechanism - Part 1.
Carboxylic Acids - Part 3.
Reactivity and Mechanism.
Nomenclature of Organic Compounds.
General Organic Chemistry & Intro. to Organic Reaction & their Mechanisms.
Quantum Chemistry.
Quantum Chemistry.
Quantum Chemistry.
Quantum Chemistry - Part 1.
Chemistry : Spectroscopy - Molecular Spectra (Part 3).
Chemistry : Vibrational Spectroscopy.
Chemistry : Spectroscopy - Atomic Spectra ( Part - 1 ).
Chemistry : Spectroscopy - Atomic Spectra (Part- 2 ).