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      Class 12 Chemistry

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      • Class 12 Chemistry

      Class 12 Chemistry

      Dronstudy Academic Team
      Chemistry, Class 12
      ₹10,000.00
      12 Chemistry
      • Overview
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      Class 12 Chemistry Video Lectures

      WHAT YOU GET?
      Video Lectures
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      Chapter Notes
      Revision Notes
      NCERT Book Solutions
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      Course Features

      • Lectures 129
      • Quizzes 0
      • Duration 83 Hours 52 Minutes
      • Skill level All levels
      • Language English, Hindi
      • Students 239
      • Assessments Yes
      CoursesClass 12ChemistryClass 12 Chemistry
      • 1.Solid State
        10
        • Lecture1.1
          Introduction, Characteristics properties of the solid State, Comparison of States of Matter, Types of Solids, Classification Crystalline Solids 36 min
        • Lecture1.2
          Probing the structure of solids, Symmetry of Crystals, Crystal Lattices and Unit Cells 52 min
        • Lecture1.3
          7 Crystal Systems + 14 Bravais Lattices, No. of Atoms in a Unit Cell 34 min
        • Lecture1.4
          1-D & 2-D Space Lattice, Close packed Structure, Packing in 3-D and Voids 27 min
        • Lecture1.5
          Simple Cubic lattice, Close Packing in 3-D, Body Centered Cubic 01 hour
        • Lecture1.6
          Close packing in 3-D, Arrangement of hexagonal close packed Sheet 58 min
        • Lecture1.7
          Problem Solving 20 min
        • Lecture1.8
          Limiting Radius Ratio, Size of void 30 min
        • Lecture1.9
          Structure of Some Representative Ionic Compounds 35 min
        • Lecture1.10
          Imperfection in Solid, Electrical Properties 25 min
      • 2.Solutions
        7
        • Lecture2.1
          Solution and Colligative Properties, Mixtures , Liquid-liquid Solution, Expressing Concentration of Solution 01 hour
        • Lecture2.2
          Relationship b/w Molarity & Molality, Solubility, Dissolution and Crystallization, Saturated, Unsaturated, Supersaturated Solution, Factor affecting Solubility 52 min
        • Lecture2.3
          Effect of Pressure, Henry’s Law and its Application and Limitations, Vapour Pressure of a Pure Liquid or a Pure Solid, V.P Of Liquid-Liquid Solution (Raoult’s Law) 56 min
        • Lecture2.4
          Application of Raoult’s Law, Temperature Vs Composition Phase Diagram, Limitation of Raoult’s Law, Azeotropic Mixtures 55 min
        • Lecture2.5
          Immiscible Liquids, Collogative Properties, Ostwald-walker Method for Determination of RLVP 56 min
        • Lecture2.6
          Dispersion in Freezing Point, Osmosis and Osmosis Pressure, and Problems Solving 01 hour
        • Lecture2.7
          Problems Solving 26 min
      • 3.Electrochemistry
        11
        • Lecture3.1
          Introduction, Ion, Electrolyte, Electrode, Placing a Zinc rod in water 45 min
        • Lecture3.2
          Electrochemical Cell 30 min
        • Lecture3.3
          Function of Salt Bridge, LLJP, Electrode Potential, EMF or Cell Potential, Cell structure and Notation, Measurement of Electrode Potential, Standard Hydrogen Electrode, Electrochemical Series 51 min
        • Lecture3.4
          Using Electrochemical Series, Latimer Diagrams, Relation b/w EMF and Free energy (G), Nerst Equation 01 hour
        • Lecture3.5
          Problems Solving 32 min
        • Lecture3.6
          Calculating Keq, Concentration Cell, Determination of pH of a solution with SHE 54 min
        • Lecture3.7
          Determination of pH of a Solution, Determination of Solubility of Sparingly Soluble Salts, Electrolytic Cells and Electrolysis 01 hour
        • Lecture3.8
          Commercial Applications of electrolysis, Quantities Aspects of Electrolysis, faraday’s laws of Electrolysis 42 min
        • Lecture3.9
          Problems Solving, Conductance, Specific Conductance, Equivalent Conductance 38 min
        • Lecture3.10
          Molar Conductance, Ionic Conductance, Kohlrausch Law 53 min
        • Lecture3.11
          Batteries, Corrosion 42 min
      • 4.Chemical Kinetics
        7
        • Lecture4.1
          Why Study Chemical Kinetics?, Rate of Reaction, Measureing The Reaction Rate, For a Hypothetical Reaction, Factors Affecting Rate of Reaction, Laws of Mass action, Rate Law 01 hour
        • Lecture4.2
          Some Typical Rate of Law Expression, Zero – order Reaction, 1st order Reaction 01 hour
        • Lecture4.3
          Different Cases for Reactions 01 hour
        • Lecture4.4
          Second Order Reactions, nth Order Reactions 49 min
        • Lecture4.5
          Dependence of Rate of Reaction on Temperature, For a reversible Reaction 47 min
        • Lecture4.6
          Molecularity, Theories of Reactions, Catalyst & Catalysis 37 min
        • Lecture4.7
          Complex Reactions (Reaction Mechanisms) 54 min
      • 5.Surface Chemistry
        6
        • Lecture5.1
          Introduction, Molecule, Adsorption, Thermodynamics of Adsorption, Types of Adsorption 41 min
        • Lecture5.2
          Factors Affecting Rate of Adsorption, Adsorption Isotherms, Application of Adsorption 41 min
        • Lecture5.3
          Catalysis and its types, Characteristics of Catalysis Reactions, Autocatalysis, Induced Catalysis, Adsorption Theory of Heterogeneous Catalysis, Importance Features of Solid Catalysis’s, Some Important Process and Their Catalysts, Enzyme Catalysis 41 min
        • Lecture5.4
          Colloids and its Classification 40 min
        • Lecture5.5
          Cleansing Action of Soaps, Preparation of Collides, Purification of Colloidal Solution, Properties of Colloidal Solutions 44 min
        • Lecture5.6
          Factors Affecting Coagulation, Protection of Colloids, Emulsions, Gel, Application of Colloids 57 min
      • 6.Metallurgy
        5
        • Lecture6.1
          Introduction, Minerals and Ores, Isolation and Extraction of Metals from Their Ores, Problem Practices 34 min
        • Lecture6.2
          Metals are Extracted from the conc. ore by a Suitable Method, Gold Schmidt-Thermite Process 37 min
        • Lecture6.3
          Thermodynamics of Metallurgy (Ellingham Diagram) 54 min
        • Lecture6.4
          Purification or Refining of Metals, Electro-refining, Extraction of Iron 41 min
        • Lecture6.5
          Extraction of Copper, Tin, Magnesium, Aluminum, Sodium, Lead 43 min
      • 7.P-Block
        14
        • Lecture7.1
          Group-15 Nitrogen Family, Oxidation Stain and Trends in Chemical Reactivity 29 min
        • Lecture7.2
          Anomalous Properties of Nitrogen, Reactivity towards H, O, X and Metals, Dinitrogen 36 min
        • Lecture7.3
          Hydrides of Nitrogen 29 min
        • Lecture7.4
          Nitric Acids and its Properties, Phosphorus, Phosphine 43 min
        • Lecture7.5
          Holmes’s Signal, Phosphorus Halides 32 min
        • Lecture7.6
          Oxo-acids of Phosphorus 23 min
        • Lecture7.7
          Oxidation States & Trends in Chemical Reactivity, Anomalous Behavior of Oxygen 28 min
        • Lecture7.8
          Dioxygen, Oxides 25 min
        • Lecture7.9
          Ozone, Test for Ozone, Sulphur -Allotropic Forms, Sulphur Dioxide 28 min
        • Lecture7.10
          Oxoacids of Sulphur, Sulphurous Acids & Peroxoacid Series, Suphuric Acid, Acid Lake, Sodium Thiosulphate 25 min
        • Lecture7.11
          Previous Year’s IIT-Problems, Halogens, Oxidation States & Trends in Chemical Reactivity 31 min
        • Lecture7.12
          Standard Reduction Potential, Contrasts in the chemistry of F2 and other Halogens, Florine 30 min
        • Lecture7.13
          Chlorine, Halogen Acids, Oxyacids of Halogens 32 min
        • Lecture7.14
          Interhalogen Compounds, CN- Acts as a pseudo-halide ion, Nobel Gases 33 min
      • 8.D and F Block
        4
        • Lecture8.1
          Introduction D-Block & Transition Elements, Unexpected e- Configuration, Physical Properties 31 min
        • Lecture8.2
          Physical Properties Cont., Oxidation States 35 min
        • Lecture8.3
          Standard Electrode Potential, Trends in Stability of Higher O.S., Trends in M3+/ M2+ SRP, Colour in Compounds, Catalytic Properties, Formation of Interstitial Compounds, Alloy Formation 48 min
        • Lecture8.4
          Mixed Oxides, Spinel, Salts Containing Oxyanions of Metals, Chromyl – Chloride Test, Quick Recap. 39 min
      • 9.Coordination Compound
        12
        • Lecture9.1
          Introduction, Simple Salts, Addition Compounds, Complex Ion 29 min
        • Lecture9.2
          Werner’s Theory and Postulates, Central Atom/Ion, Ligands 30 min
        • Lecture9.3
          Monodentals or Unidentate, Ambidentate Ligands, Coordination Number, Coordination Polyhedron, Ox. No. of Central Atom, Homoleptic and Heterolytic 31 min
        • Lecture9.4
          Nomenclature of Coordination Compounds 39 min
        • Lecture9.5
          Isomerism in Coordination Compounds 40 min
        • Lecture9.6
          Stereoisomerism, Square Planar, Octahedral 35 min
        • Lecture9.7
          Optical Isomer 39 min
        • Lecture9.8
          Modern Theories of Bonding in Coordination Compounds 40 min
        • Lecture9.9
          Limitation of VBT, Crystal Field Theory 38 min
        • Lecture9.10
          Spectrochemical Series, Metal Ion Config. 27 min
        • Lecture9.11
          Crystal Field Splitting in Tetrahedral Coordination Entities, Colour in Coordination Compounds 35 min
        • Lecture9.12
          Limitation of CFT, Bonding in Metal Carbonyls, Stability of Coordination Compounds 29 min
      • 10.Aromatic Compounds
        8
        • Lecture10.1
          Introduction, Nomenclature, Reactions of Benzene, Thermodynamic Stability of Benzene, Molecular Orbital Explanation of the Structure of Benzene, Huckel’s Rule 32 min
        • Lecture10.2
          Addition Reactions of Benzene, Electrophilic Substitution, Halogenation, Nitration 42 min
        • Lecture10.3
          Sulfonation, Fried-craft Alkylation, Limitation of F.C. Alkylation, Fried-Craft Acylation, How do Substituents affect Reactivity?, Ortho-apar Directors 40 min
        • Lecture10.4
          Gattermann-Koch Reaction, Reaction with CO2, Wurtz-fitting Reaction, Side – Chain Reaction of Benzene Derivation 43 min
        • Lecture10.5
          Nucleophilic Aromatic Substitution 45 min
        • Lecture10.6
          Use of Protecting and Blocking Groups, Reduction of Aromatic Compounds 39 min
        • Lecture10.7
          Phenols, Preparation of Phenol, Acidic Character of Phenol, Other Reactions 39 min
        • Lecture10.8
          Some Reactions, Reactions with Formaldehyde 46 min
      • 11.Stereochemistry
        7
        • Lecture11.1
          Introduction, Stereoisomers, Conformation Isomerism, Newman & Sawhorse Projection, Factors Affecting Stability of Conformations 38 min
        • Lecture11.2
          Relative Stabilities of Cycloalkanes, Axial and Equatorial Position, Substituted Cyclohexane ring, Configurational Isomers 37 min
        • Lecture11.3
          Geometrical Isomerism, Naming of G.I. , Number of Geometrical Isomers 51 min
        • Lecture11.4
          Chirality and Stereochemistry, Stereoisomers, An object or molecule will be ochiral if it has certain elements of symmetry, Symmetry elements 42 min
        • Lecture11.5
          Properties of Enantiomers, Specific Rotation, Fischer Projection Formula, Configuration Nomenclature in Optical Isomers, R, S-Nomenclature, Naming of 3-D structures 56 min
        • Lecture11.6
          How to Convert Newman Projection-Fischer Projection, Racemic Mixture, Optical Purity, Enantiometric Excess, Optical Diastereomers, Molecules with More than one Chirality Center 46 min
        • Lecture11.7
          Molecules with More than one Chirality Center, Stereoselective Synthesis, Optical Resolution, Optical Activity without Asymmetric Carbon 49 min
      • 12.Haloalkanes
        7
        • Lecture12.1
          Alkyl and Aryl Halides, Chloroquine is used to treat Malaria, Structure of Alkyl Halides, Boiling Point, Interesting Alkyl Halides, Preparation of Haloalkanes & Haloarenes 38 min
        • Lecture12.2
          Characteristic Reactions, of Alkyl halide are substitution and Elimination, Leaving Group, Nucleophile 29 min
        • Lecture12.3
          Bimolecular or 2nd order Nucleophilic Substitution 42 min
        • Lecture12.4
          Ion – Pair Effect in SN1 Rxn, Factors Affecting the Rate of SN1, SNi(Internal Nucleophilic Substitution Reaction), Ambident Nucleophile 49 min
        • Lecture12.5
          SN1 Vs SN2, Structural Variations for the Sn1 and SN2 Reactions, Elimination Reactions, E2 Reaction, Saytzeff or Zaitsev Rule, E1 Reaction, Comparison of E1 and E2 39 min
        • Lecture12.6
          Haffmann Elimination, EicB-First Order w.r.t Conjugate Base 47 min
        • Lecture12.7
          Previous Year’s Problems 25 min
      • 13.Alcohol and Ethers
        6
        • Lecture13.1
          Introduction & Classification, Some Common Cyclic Ethers, Physical Properties of Alcohols & Ethers, Commercial and Industrial Methods for the synthesis of CH3-OH and CH3-CH2-OH 41 min
        • Lecture13.2
          Preparation of Alcohols, Preparation of Ethers 46 min
        • Lecture13.3
          Chemical Reactions of Alcohols, Leaving Group Derivativities of Alcohols 46 min
        • Lecture13.4
          Dehydrogenation of Alcohols with Heated Cu 29 min
        • Lecture13.5
          Pinacol-Pinacolone Rearrangement, Chemical Properties of Ethers 40 min
        • Lecture13.6
          Chemical Properties of Ethers Continues, Problems based on Alcohols, Phenols & Ethers 57 min
      • 14.Grignard Reagent
        5
        • Lecture14.1
          Organometallic Compounds, Introduction to Grignard Reagent and its Preparation, Structural Stability & Reactivity of G.R., Reaction with Different Compounds 17 min
        • Lecture14.2
          Reactions Involving Addition on Polar Pi-Bonds 18 min
        • Lecture14.3
          Reaction With Ester, Acids anhydride& Acid Halide 10 min
        • Lecture14.4
          Reaction With Epoxides 07 min
        • Lecture14.5
          Reaction With Reaction With Amides, O2, Inorganic Halides, Restrictions on the Use of G.R. 12 min
      • 15.Aldehydes and Ketones
        6
        • Lecture15.1
          Introduction, The Aroma of Raspberries, General Formula, Remember 3 Points, General Reactions of Carbonyl Compounds, Quick Recap of IUPAC naming, Preparation of Aldehydes and Ketones 37 min
        • Lecture15.2
          Rosenmund’s Reaction, Stephen’s Reaction, Problems Solving 41 min
        • Lecture15.3
          Chemical Reactions 52 min
        • Lecture15.4
          Beckmann Rearrangement in oximes, Alpha, Beta – Unsaturated Carbonyl Compounds, Reactions due to Alpha-Hydrogen 46 min
        • Lecture15.5
          Crossed-aldol Condensation, Aldol Cyclization, Cross-Cannizzaro 46 min
        • Lecture15.6
          Clemmensen Reduction, Wolf-Kishner Reduction, Reaction with PCl5, Haloform Reactions, Benzoin Condensation, Baeyer-Villiger Oxidation, Oxidation of Aldehydes 51 min
      • 16.Carboxylic Acids
        4
        • Lecture16.1
          Introduction, Global Acrylic Acid Market, Structure of the Carboxyl Group, Physical Properties of Acids & Acids Derivatives, Methods of Preparation of Carboxylic Acids, Chemical Reactions of Carboxylic Acids 45 min
        • Lecture16.2
          Ortho Effect, Reactions Involving Replacement of -OH Group, Esterification, Anhydrides 46 min
        • Lecture16.3
          Decarboxylation Reactions, Decarboxylation of Beta-Keto Carboxylic Acids, Helt-Volhard Zelinsky Reaction 34 min
        • Lecture16.4
          Azides, Hydroxamic Acids, Reactions of Ketene, Migration to e-deficient Nitrogen 49 min
      • 17.Amines
        7
        • Lecture17.1
          Introduction, How do drigs affect neurotransmitters, Adrenaline, Nomenclature, Heterocyclic Amines 30 min
        • Lecture17.2
          Basicity of Amines 35 min
        • Lecture17.3
          Preparation of Amines, Gabriel Phthalimide Synthesis 30 min
        • Lecture17.4
          Hafmann Degradation, Curtius Rearrangement 28 min
        • Lecture17.5
          Reactions of Aliphatic amines and Arylamines with HNO2, Rxn of 2 & 3 degree Arylamine with HNO2 55 min
        • Lecture17.6
          Separation of 1, 2, 3 degree Amines, Hofmann Elimination, Cope Elimination 32 min
        • Lecture17.7
          Problems Solving 25 min
      • 18.Polymers
        3
        • Lecture18.1
          Introduction, Classification of Polymers, Types of Polymerization Reactions 44 min
        • Lecture18.2
          Polyesters, Some Important Condensation Polymerization Reactions Characteristic by Their linking Units, Rubber, Molecular Mass of Polymers, Biodegradable Polymers 24 min
        • Lecture18.3
          Polyesters, Some Important Condensation Polymerization Reactions Characteristic by Their linking Units, Rubber, Molecular Mass of Polymers, Biodegradable Polymers Problems Solving 16 min
      Dronstudy Academic Team

      DronStudy Academic team consists of IITian teachers of Kota fame. The team has more than 45 years of teaching experience put together. It is headed by Neetin Agrawal Sir - B.Tech IIT Madras / Author of 3 books for IIT-JEE Physics / Taught in some of the best Coaching Institutes of India / Has several Inventions (Patents) to his name during his Corporate Research years.

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