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11th CBSE Chemistry Video Lectures
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Studi.Live is an online education portal created to compliment student's learning along with their regular classroom coaching.
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Topics for this course
511 Lessons
Some Basic Concepts of Chemistry
Law of Chemical Combination Part – 100:00:00
Law of Chemical Combination Part – 200:00:00
Law of Chemical Combination Part – 300:00:00
Avogadro’s Law00:00:00
Dalton’s Atomic Theory00:00:00
Atom and Molecule00:00:00
Atomic Mass and Average Atomic Mass00:00:00
Molecular and Gram Molecular Mass00:00:00
Equivalent Mass00:00:00
Percent by Mass00:00:00
Percent by Volume00:00:00
Empirical and Molecular Formula00:00:00
Stoichiometry Part – 100:00:00
Stoichiometry Part – 200:00:00
Stoichiometry Part – 300:00:00
Stoichiometry Part – 400:00:00
Limiting Reagent00:00:00
Concentration Terms00:00:00
Concept of Mole00:00:00
Mole Fraction00:00:00
Molarity00:00:00
Molarity of a mixture00:00:00
Normality00:00:00
Normality of a mixture00:00:00
Numerical (Level 1)00:00:00
Numerical (Level 2)00:00:00
Numerical (Level 3)00:00:00
Structure of Atom
Properties of Cathode Rays00:00:00
Discovery of Anode Rays00:00:00
Properties of Anode Rays00:00:00
Properties of Charge Part 100:00:00
Properties of Charge Part 200:00:00
Thomson’s Model00:00:00
Bohr’s Postulates00:00:00
Spectral Series of Hydrogen & Bohr’s Equation00:00:00
Bohr’s Equation00:00:00
Bohr’s Quantisation Condition00:00:00
Limitations of Bohr’s Model & Debroglie’s Explanation00:00:00
Drawbacks of Bohr’s Atomic Model00:00:00
Rutherford’s Model of Atom00:00:00
Results of Rutherford’s Experiment Part 100:00:00
Results of Rutherford’s Experiment Part 200:00:00
Results of Rutherford’s Experiment Part 300:00:00
Results of Rutherford’s Experiment Part 400:00:00
Rutherford’s Gold Foil Experiment Conclusion00:00:00
Discovery of Neutrons00:00:00
Atomic Number and Mass Number00:00:00
Iso Series Part 100:00:00
Iso Series Part 200:00:00
Limitations of Rutherford’s Model00:00:00
Failure of Rutherford’s Model00:00:00
Electron Volt00:00:00
Dual Nature of Light00:00:00
General Characteristics of Transverse Wave Part 100:00:00
General Characteristics of Transverse Wave Part 200:00:00
General Characteristics of Transverse Wave Part 300:00:00
Electromagnetic Waves Part 100:00:00
Electromagnetic Waves Part 200:00:00
Planck’s Quantum Theory Part 100:00:00
Planck’s Quantum Theory Part 200:00:00
Ionisation Energy00:00:00
Bond Energy and Kinetic Energy00:00:00
Photoelectric Effect Part 100:00:00
Photoelectric Effect Part 200:00:00
Photoelectric Effect Part 300:00:00
Photoelectric Effect Part 400:00:00
Photoelectric Effect Part -500:00:00
Dual Nature of Matter (De Broglie Equation)00:00:00
Heisenberg’s Uncertainty Principle00:00:00
Quantum Numbers00:00:00
Schrodinger’s Wave Equation00:00:00
Atomic Orbitals00:00:00
Shape of Orbitals00:00:00
Aufbau Principle00:00:00
Pauli’s Exclusion Principle00:00:00
Hund’s Rule of Maximum Multiplicity00:00:00
Extra Stability of Atomic Orbital00:00:00
Electronic Configuration00:00:00
Significance of Ψ00:00:00
Numerical (Level 1)00:00:00
Numerical (Level 2)00:00:00
Classification of Elements and Periodicity in Properties
Introduction00:00:00
Prout’s Hypothesis00:00:00
Dobereiner’s Triads00:00:00
Newland’s Law of Octaves00:00:00
Lothar Meyer’s Atomic Volume Curve00:00:00
Mendeleev Periodic Table00:00:00
Mendeleev Periodic Law00:00:00
Moseley’s Periodic Law00:00:00
Long Form / Present Form of Modern Periodic Table00:00:00
Electronic Configuration of Elements00:00:00
Determination of Period, Block and Group of an Element00:00:00
Melting and Boiling Point00:00:00
Anomalous Properties of Second Period Elements00:00:00
Electronic Configuration of 3d Series Elements00:00:00
Slater’s Rules – To Calculate Effective Nuclear Charge00:00:00
Atomic Radius and Ionic Radius00:00:00
Factors Affecting Atomic Radius00:00:00
Periodicity in Atomic Radius00:00:00
Periodicity in Ionic Radius00:00:00
Ionization Energy00:00:00
Factors which Influence lonization Energy00:00:00
Applications of Ionization Energy00:00:00
Electronegativity00:00:00
Measurement of Electronegativity00:00:00
Factors Affecting the Magnitude of Electronegativity00:00:00
Variation of EN in Periodic Table00:00:00
Diagonal Relationship and Electronegativity00:00:00
Application of Electronegativity00:00:00
Electron Gain Enthalpy and Electron Affinity00:00:00
Trends in Electron Gain Enthalpy00:00:00
Periodicity of Valency of an Element00:00:00
Oxidation State of an Element00:00:00
Trends of Oxides00:00:00
Reducing and Oxidising Property00:00:00
Chemical Bonding and Molecular Structure
Introduction00:00:00
Kossel and Lewis Approach00:00:00
Ionic Bond00:00:00
Ionic Solid Structure and Lattice Enthalpy00:00:00
Covalent Bond00:00:00
Limitation of Octet Rule00:00:00
Formal Charge00:00:00
Resonance Structure00:00:00
Potential Energy Diagram for Formation of Hydrogen Molecule00:00:00
Overlap of Atomic Orbitals00:00:00
Formation of Multiple Bonds00:00:00
Formation of Methane Molecule00:00:00
Formation of Ethene Molecule00:00:00
Formation of Boron Trichloride Molecule00:00:00
SP Hybridisation00:00:00
Formation of Beryllium Dichloride Molecule00:00:00
Limitations of VBT00:00:00
Molecular Orbital Theory00:00:00
Formation of Molecular Orbitals00:00:00
MO Description of Simple Diatomic Molecules 100:00:00
MO Description of Simple Diatomic Molecules 200:00:00
MOT – Formation of Oxygen Molecule00:00:00
MOT – Formation of Fluorine Molecule00:00:00
Bond Angle00:00:00
Types of Molecular Orbitals00:00:00
Odd Electron Molecules00:00:00
States of Matter
Introduction to Gas Law00:00:00
Measurable Properties of Gases (Mass and Temperature)00:00:00
Measurable Properties of Gases (Pressure, Volume and Density)00:00:00
Boyle’s Law00:00:00
Graph Based on Boyle’s Law P vs V00:00:00
Graph Based on Boyle’s Law Log P vs Log V00:00:00
Graphs Based on Boyle’s Law P vs 1/V00:00:00
Graph Problems on Boyle’s Law00:00:00
Modification for Boyle’s Law00:00:00
Charles Law00:00:00
Charles Law in Degree Celcius00:00:00
Graph Based on Charles Law00:00:00
Graph for Degree Celcius Form of Charles Law00:00:00
Log V vs Log T00:00:00
Graphical Modification for Charles Law00:00:00
Modification of Charles Law00:00:00
Gay Lussacs Law00:00:00
Graph Based on Gay Lussacs Law00:00:00
Graphical Modification of Gay Lussacs Law00:00:00
Modification of Gay Lussacs Law00:00:00
Avogadro’s Law00:00:00
Application of Avogadro’s Law Part – 200:00:00
Grahams Law of Diffusion00:00:00
Grahams Law of Diffusion – Equation00:00:00
Grahams Law of Diffusion Case 200:00:00
Determination of Rate of Diffusion 100:00:00
Ideal Gas Equation00:00:00
Combined Gas Equation00:00:00
Units & Values of Universal Gas Constant00:00:00
Ideal Gas Equation in Term of Density00:00:00
Daltons Law00:00:00
Derivation of Daltons Law00:00:00
Modification of Daltons Law00:00:00
Kinetic Gas Equation00:00:00
Different Speed Associated with Gas Molecules Part 100:00:00
Different Speed Associated with Gas Molecules Part 200:00:00
Maxwell Distribution Part 100:00:00
Maxwell Distribution Part 200:00:00
Real Gas Introduction00:00:00
Deviation of Real Gas Part – 100:00:00
Deviation of Real Gas Part – 200:00:00
Deviation of Real Gas Part – 300:00:00
Variation of Z vs P00:00:00
Variation of Z vs T00:00:00
Real Gas Equation00:00:00
Real Gas Equation – Pressure Correction Part – 100:00:00
Real Gas Equation – Pressure Correction Part – 200:00:00
Real Gas Equation – Significance of A and B00:00:00
Real Gas Equation – Units of A and B00:00:00
Real Gas Equation – Volume Correction00:00:00
Real Gas Equation – Comparison of A00:00:00
Real Gas Equation – Vender Wall’s00:00:00
Liquidification of Gas and Critical Constants Part – 100:00:00
Liquidification of Gas and Critical Constants Part – 200:00:00
Numerical (Level 1)00:00:00
Numerical (Level 2)00:00:00
Numerical (Level 3)00:00:00
Chemical Thermodynamics
Introduction00:00:00
Basic Terms in Thermodynamics00:00:00
Types of System00:00:00
Exothermic Reaction00:00:00
Endothermic Reaction00:00:00
Types of Processes00:00:00
Internal Energy as a State Function00:00:00
Extensive and Intensive Properties00:00:00
State of the System00:00:00
Mechanical Work00:00:00
Concept of Maximum Work00:00:00
Second Law of Thermodynamics00:00:00
Enthalpy00:00:00
Bond Energy or Bond Enthalpies00:00:00
Born-Habber Cycle for NaCl00:00:00
Relationship between ΔH and ΔU00:00:00
Hess’s Law00:00:00
Thermochemical Equation00:00:00
Different Types of Enthalpy00:00:00
Entropy of Phase Transition00:00:00
Spontaneous Process00:00:00
Gibb’s Free Energy00:00:00
Standard Gibbs Free Energy00:00:00
Heat Capacity00:00:00
Relation Between Cp and Cv00:00:00
Third Law of Thermodynamics00:00:00
Entropy Change During Phase Transition and for Ideal Gases00:00:00
Entropy Change in Reversible and Irreversible Process00:00:00
Applications of Hess’s Law00:00:00
Gibbs Free Energy as Criteria for Spontaneity00:00:00
Numericals Level – 100:00:00
Numericals Level – 200:00:00
Numericals Level – 300:00:00
Equilibrium
Equilibrium00:00:00
Types of Reactions Part 100:00:00
Types of Reactions Part 200:00:00
Types of Equilibrium00:00:00
Characteristics of Equilibrium00:00:00
Graphs for Equilibrium Part 100:00:00
Graphs for Equilibrium Part 200:00:00
Active Mass Part 100:00:00
Active Mass Part 200:00:00
Law of Mass Action Part 100:00:00
Law of Mass Action Part 200:00:00
Types of Equilibrium Constant00:00:00
Relationship Between Kc and Kp Part – 100:00:00
Relationship Between Kc and Kp Part – 200:00:00
Relationship Between Kc and Kp Part – 300:00:00
Homogeneous Reaction Δng = 0 Part – 100:00:00
Homogeneous Reaction Δng = 0 Part – 200:00:00
Homogeneous Reaction Δng = 0 Part – 300:00:00
Homogeneous Reaction Δn Less Than 0 Part – 100:00:00
Homogeneous Reaction Δn Less Than 0 Part – 200:00:00
Homogeneous Reaction Δn Less Than 0 Part – 300:00:00
Homogeneous Reaction Greater Than Zero Part – 100:00:00
Homogeneous Reaction Greater Than Zero Part – 200:00:00
Homogeneous Reaction Greater Than Zero Part – 300:00:00
Heterogeneous Reaction00:00:00
Homogeneous Liquid Phase Reaction00:00:00
Units of Equilibrium Constant00:00:00
Application of Equilibrium Constant Part – 100:00:00
Application of Equilibrium Constant Part – 200:00:00
Application of Equilibrium Constant Part – 300:00:00
Degree of Dissociation Part – 100:00:00
Degree of Dissociation Part – 200:00:00
Degree of Dissociation Part – 300:00:00
Degree of Dissociation Part – 400:00:00
Le-chatelier’s Principle 100:00:00
Le-chatelier’s Principle 200:00:00
Le-chatelier’s Principle 300:00:00
Le-chatelier’s Principle 400:00:00
Le-chatelier’s Principle 500:00:00
Ionic Equilibria – Introduction00:00:00
Acids and Bases – Arrhenius Theory00:00:00
Bronsted – Lowry Acid Base Theory00:00:00
Acids and Bases – Lewis Theory00:00:00
Types of Electrolytes00:00:00
Degree of Dissociation00:00:00
Ostwald’s Dilution Law00:00:00
Ionic Product of Water00:00:00
Types of Salts00:00:00
pH and pOH00:00:00
Common Ion Effect00:00:00
Hydrolysis of Salt00:00:00
Buffer Solutions00:00:00
Buffer Action – 100:00:00
Buffer Action – 200:00:00
Applications of Buffer Solution00:00:00
Solubility Product00:00:00
Chemical Equilibrium Level – 100:00:00
Chemical Equilibrium Level – 200:00:00
Chemical Equilibrium Level – 300:00:00
Ionic Equilibria Level – 100:00:00
Ionic Equilibria Level – 200:00:00
Ionic Equilibria Level – 300:00:00
Redox Reactions
Introduction00:00:00
Electronic Concept of Oxidation-Reduction00:00:00
Oxidizing and Reducing Agents (Oxidants and Reductant)00:00:00
Oxidation Number00:00:00
Oxidation State as a Periodic Property00:00:00
Rules for the Determination of Oxidation Number or Oxidation State 100:00:00
Rules for the Determination of Oxidation Number or Oxidation State 200:00:00
Types of Redox Reactions00:00:00
Displacement Reactions00:00:00
Disproportionation Reactions00:00:00
Balancing of Oxidation-Reduction Reactions 100:00:00
Balancing of Oxidation-Reduction Reactions 200:00:00
Balancing of Oxidation-Reduction Reactions 300:00:00
Balancing of Oxidation-Reduction Reactions 400:00:00
Numerical (Level 1)00:00:00
Numerical (Level 2)00:00:00
Numerical (Level 3)00:00:00
Hydrogen
Isotopes, Allotropes & Molecular Forms of Hydrogen00:00:00
Physical and Chemical Properties of Hydrogen00:00:00
Uses of Dihydrogen00:00:00
Hydrides00:00:00
Water – Introduction00:00:00
Structure of Water00:00:00
Chemical Properties of Water00:00:00
Hard & Soft Water00:00:00
Heavy Water00:00:00
Removal of Hardness of Water00:00:00
Effects and Uses of Heavy Water00:00:00
Preparation of Hydrogen Peroxide00:00:00
Physical Properties of Hydrogen Peroxide00:00:00
Strength of Hydrogen Peroxide00:00:00
Concentration of Hydrogen Peroxide and Its Storage00:00:00
Uses of Hydrogen Peroxide00:00:00
Resemblance with Alkali Metals and Halogens00:00:00
Dissimilarities of Hydrogen With Halogens00:00:00
The S-Block Element
Anomalous Behaviour of Lithium00:00:00
Anomalous Behaviour of Beryllium00:00:00
Diagonal Relationship Shown by S Block Elements00:00:00
Compounds of Sodium – Sodium Hydrogen Carbonate00:00:00
Chemical Properties of Sodium Hydroxide00:00:00
Compounds of Sodium – Sodium Chloride00:00:00
Compounds of Sodium – Sodium Carbonate00:00:00
Biological Importance of Sodium and Potassium00:00:00
Chemical Properties of S Block Elements – Alkaline Earth Metals00:00:00
Compounds of Calcium – Calcium Oxide00:00:00
Compounds of Calcium – Calcium Hydroxide00:00:00
Compounds of Calcium – Calcium Carbonate00:00:00
Compounds of Calcium – Calcium Sulphate00:00:00
Biological Importance of Mg & Ca00:00:00
Physical Properties of Group 18 Elements00:00:00
Uses of Group 18 Elements00:00:00
Some Basic Principles & Techniques
Nomenclature of Aromatic Compounds Part – 100:00:00
Nomenclature of Aromatic Compounds Part – 200:00:00
Nomenclature of Aromatic Compounds Part – 300:00:00
Nomenclature of Aromatic Compounds Part – 400:00:00
Nomenclature of Aromatic Compounds Part – 500:00:00
Nomenclature of Aromatic Compounds Part – 600:00:00
Bond Fission Part – 100:00:00
Bond Fission Part – 200:00:00
Types of Reagent00:00:00
Distinction Between Nucleophile and Base00:00:00
Hydrocarbon Group Part – 100:00:00
Hydrocarbon Group Part – 200:00:00
Hydrocarbon Group Part – 300:00:00
Classification of Organic Compound on the Basis of Structure00:00:00
Representation of Organic Compound00:00:00
Nomenclature Part – 100:00:00
Nomenclature Part – 200:00:00
Nomenclature Part – 300:00:00
Nomenclature Part – 400:00:00
Nomenclature Part – 500:00:00
Nomenclature of Alicyclic Compounds00:00:00
Nomenclature of Complex Substituents00:00:00
Types of Organic Reaction00:00:00
Reaction Intermediate Part – 100:00:00
Reaction Intermediate Part – 200:00:00
Reaction Intermediate Part – 300:00:00
Reaction Intermediate Part – 400:00:00
Reaction Intermediate Part – 500:00:00
Classification of Organic Compounds (on the Basis of F.G.) Part 100:00:00
Classification of Organic Compounds (on the Basis of F.G.) Part 200:00:00
Classification of Organic Compounds (on the Basis of F.G.) Part 300:00:00
Classification of Organic Compounds (on the Basis of F.G.) Part 400:00:00
Classification of Organic Compounds (on the Basis of F.G.) Part 500:00:00
Homologous Series00:00:00
Types of Carbon Atoms00:00:00
Hyperconjugation Part – 100:00:00
Hyperconjugation Part – 200:00:00
Application of Hyperconjugation00:00:00
Characteristics of Organic Compounds00:00:00
Electromeric Effect00:00:00
Inductive Effect00:00:00
Resonance00:00:00
Rules of Resonance00:00:00
Relative Stability of Canonical Forms00:00:00
Resonance Effect00:00:00
Nomenclature of Ether00:00:00
Nomenclature of Amines00:00:00
Nomenclature of Organic Compounds having Functional Groups Part – 100:00:00
Nomenclature of Organic Compounds having Functional Groups Part – 200:00:00
Nomenclature – 100:00:00
Nomenclature – 200:00:00
Nomenclature – 300:00:00
Nomenclature – 400:00:00
Nomenclature – 500:00:00
Isomerism00:00:00
Isomerism 200:00:00
Methods of Purification00:00:00
Methods of Purification of Organic Compounds (Introduction)00:00:00
Methods of Purification of Organic Compounds (Sublimation)00:00:00
Methods of Purification of Organic Compounds (Simple Distillation)00:00:00
Methods of Purification of Organic Compounds (Steam Distillation)00:00:00
Methods of Purification of Organic Compounds (Distillation Under Reduced Pressure)00:00:00
Methods of Purification of Organic Compounds (Fractional Distillation Use of Fractionating – Column)00:00:00
Methods of Purification of Organic Compounds (Crystallization)00:00:00
Methods of Purification of Organic Compounds (Fractional Crystallization)00:00:00
Methods of Purification of Organic Compounds (Solvent Extraction)00:00:00
Methods of Purification of Organic Compounds (Chromatography Introduction)00:00:00
Methods of Purification of Organic Compounds (Types of Chromatography)00:00:00
Methods of Purification of Organic Compounds (Thin Layer Chromatography)00:00:00
Methods of Purification of Organic Compounds (Partition Chromatography)00:00:00
Methods of Purification of Organic Compounds (Column Chromatography)00:00:00
Quantitative Analysis00:00:00
Quantitative Analysis Part – 100:00:00
Quantitative Analysis Part – 200:00:00
Crystalline and Amorphous00:00:00
Quantitative Analysis of Sulphur00:00:00
Quantitative Analysis of Oxygen00:00:00
Quantitative Analysis of Phosphorus Part – 100:00:00
Quantitative Analysis of Phosphorus Part – 200:00:00
Quantitative Analysis of Nitrogen00:00:00
Qualitative Analysis of Organic Compounds (Detection of Carbon and Hydrogen)00:00:00
Qualitative Analysis of Organic Compounds (Detection of Halogen)00:00:00
Molecular Formula from Empirical Formula00:00:00
Qualitative Analysis of Organic Compounds (Detection of Nitrogen)00:00:00
Qualitative Analysis of Organic Compounds (Detection of Sulphur)00:00:00
Qualitative Analysis of Organic Compounds (Detection of Both Nitrogen and Sulphur)00:00:00
Qualitative Analysis of Organic Compounds (Detection of Phosphorous)00:00:00
IUPAC Name00:00:00
Determination of Melting Point00:00:00
Boiling Point00:00:00
Numericals Level – 100:00:00
Hydrocarbons
Introduction00:00:00
Introduction (Occurrence in Nature) Part – 100:00:00
Introduction (Occurrence in Nature) Part – 200:00:00
Alkanes00:00:00
Alkanes (Isomerism)00:00:00
Alkanes (Preparation)00:00:00
Alkanes (Preparation) 200:00:00
Alkanes (Preparation) 300:00:00
Alkanes (Preparation) 400:00:00
Alkanes (Preparation) 500:00:00
Alkanes (Preparation) 600:00:00
Alkanes (Preparation) from Organometellic Compound Part – 100:00:00
Alkanes (Preparation) from Organometellic Compound Part – 200:00:00
Alkanes (Preparation) by Kolbe’s Electrolysis00:00:00
Alkanes (Preparation) by Reduction00:00:00
Alkanes (Preparation) by Red Phosphorus and HI00:00:00
Halogenation of Alkane Part – 100:00:00
Halogenation of Alkane Part – 200:00:00
Mechanism of Halogenation of Alkane00:00:00
Nitration of Alkane00:00:00
Pyrolysis of Alkane00:00:00
Aromatization (Reforming)00:00:00
Combustion of Alkane00:00:00
Physical Properties of Alkanes00:00:00
Conformations of Alkanes Part – 100:00:00
Conformations of Alkanes Part – 200:00:00
Uses of Alkanes00:00:00
Alkenes Introduction00:00:00
Alkenes Isomerism00:00:00
Methods of Preparation 100:00:00
Methods of Preparation 200:00:00
Methods of Preparation 300:00:00
Methods of Preparation 400:00:00
Methods of Preparation 500:00:00
Methods of Preparation 600:00:00
Chemical Reactions of Alkenes (Hydrogenation)00:00:00
Chemical Reactions of Alkenes (Hydrohalogenation) Part – 100:00:00
Chemical Reactions of Alkenes (Hydrohalogenation) Part – 200:00:00
Chemical Reactions of Alkenes (Hydrohalogenation) Part – 300:00:00
Chemical Reactions of Alkenes (Addition of H2SO4)00:00:00
Chemical Reactions of Alkenes (Baeyer’s Test)00:00:00
Chemical Reactions of Alkenes Ozonolysis00:00:00
Uses of Acetylene00:00:00
Uses of Alkenes00:00:00
Alkynes (Introduction) Part – 100:00:00
Alkynes (Introduction) Part – 200:00:00
Alkynes (Isomerism)00:00:00
Alkynes (Preparation) from Calcium Carbide00:00:00
Alkynes (Preparation) from Dihalide by Dehydrogenation00:00:00
Alkynes (Preparation) from Tetrahalides by Dehalogenation00:00:00
Alkynes (Chemical Reactions) Acidic Character of Alkynes00:00:00
Alkynes (Chemical Reactions) Hydrogenation00:00:00
Alkynes (Chemical Reactions) Halogenation00:00:00
Alkynes (Chemical Reactions) Hydrohalogenation00:00:00
Alkynes (Chemical Reactions) Addition of Sulphuric Acid00:00:00
Alkynes (Chemical Reactions) Hydration00:00:00
Alkynes (Chemical Reactions) Ozonolysis00:00:00
Alkynes (Polymerization)00:00:00
Aromatic Compounds (Introduction)00:00:00
Aromatic Compounds (Classification)00:00:00
Aromatic Compounds (Preparation)00:00:00
Delocalised Electrons of Benzene00:00:00
Aromatic Compounds (Chemical Reaction)00:00:00
Aromatic Compounds (Chemical Reaction) Ozonolysis00:00:00
Aromatic Compounds (Chemical Reaction) Substitution00:00:00
Aromatic Compounds (Chemical Reaction) Nitration00:00:00
Aromatic Compound (Sulphonation)00:00:00
Aromatic Compound (Friedel Craft’s Alkylation)00:00:00
Aromatic Compound (Friedel Craft’s Acylation)00:00:00
Aromatic Compound (Mechanism of Electrophilic Substitution)00:00:00
Aromatic Compound (Activating and Ortho-Para Directing Group)00:00:00
Aromatic Compound (Deactivating and Meta Directing Group)00:00:00
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11th CBSE Chemistry Video Lectures
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What Will I Learn?
Topics for this course
511 Lessons
Some Basic Concepts of Chemistry
Law of Chemical Combination Part – 100:00:00
Law of Chemical Combination Part – 200:00:00
Law of Chemical Combination Part – 300:00:00
Avogadro’s Law00:00:00
Dalton’s Atomic Theory00:00:00
Atom and Molecule00:00:00
Atomic Mass and Average Atomic Mass00:00:00
Molecular and Gram Molecular Mass00:00:00
Equivalent Mass00:00:00
Percent by Mass00:00:00
Percent by Volume00:00:00
Empirical and Molecular Formula00:00:00
Stoichiometry Part – 100:00:00
Stoichiometry Part – 200:00:00
Stoichiometry Part – 300:00:00
Stoichiometry Part – 400:00:00
Limiting Reagent00:00:00
Concentration Terms00:00:00
Concept of Mole00:00:00
Mole Fraction00:00:00
Molarity00:00:00
Molarity of a mixture00:00:00
Normality00:00:00
Normality of a mixture00:00:00
Numerical (Level 1)00:00:00
Numerical (Level 2)00:00:00
Numerical (Level 3)00:00:00
Structure of Atom
Properties of Cathode Rays00:00:00
Discovery of Anode Rays00:00:00
Properties of Anode Rays00:00:00
Properties of Charge Part 100:00:00
Properties of Charge Part 200:00:00
Thomson’s Model00:00:00
Bohr’s Postulates00:00:00
Spectral Series of Hydrogen & Bohr’s Equation00:00:00
Bohr’s Equation00:00:00
Bohr’s Quantisation Condition00:00:00
Limitations of Bohr’s Model & Debroglie’s Explanation00:00:00
Drawbacks of Bohr’s Atomic Model00:00:00
Rutherford’s Model of Atom00:00:00
Results of Rutherford’s Experiment Part 100:00:00
Results of Rutherford’s Experiment Part 200:00:00
Results of Rutherford’s Experiment Part 300:00:00
Results of Rutherford’s Experiment Part 400:00:00
Rutherford’s Gold Foil Experiment Conclusion00:00:00
Discovery of Neutrons00:00:00
Atomic Number and Mass Number00:00:00
Iso Series Part 100:00:00
Iso Series Part 200:00:00
Limitations of Rutherford’s Model00:00:00
Failure of Rutherford’s Model00:00:00
Electron Volt00:00:00
Dual Nature of Light00:00:00
General Characteristics of Transverse Wave Part 100:00:00
General Characteristics of Transverse Wave Part 200:00:00
General Characteristics of Transverse Wave Part 300:00:00
Electromagnetic Waves Part 100:00:00
Electromagnetic Waves Part 200:00:00
Planck’s Quantum Theory Part 100:00:00
Planck’s Quantum Theory Part 200:00:00
Ionisation Energy00:00:00
Bond Energy and Kinetic Energy00:00:00
Photoelectric Effect Part 100:00:00
Photoelectric Effect Part 200:00:00
Photoelectric Effect Part 300:00:00
Photoelectric Effect Part 400:00:00
Photoelectric Effect Part -500:00:00
Dual Nature of Matter (De Broglie Equation)00:00:00
Heisenberg’s Uncertainty Principle00:00:00
Quantum Numbers00:00:00
Schrodinger’s Wave Equation00:00:00
Atomic Orbitals00:00:00
Shape of Orbitals00:00:00
Aufbau Principle00:00:00
Pauli’s Exclusion Principle00:00:00
Hund’s Rule of Maximum Multiplicity00:00:00
Extra Stability of Atomic Orbital00:00:00
Electronic Configuration00:00:00
Significance of Ψ00:00:00
Numerical (Level 1)00:00:00
Numerical (Level 2)00:00:00
Classification of Elements and Periodicity in Properties
Introduction00:00:00
Prout’s Hypothesis00:00:00
Dobereiner’s Triads00:00:00
Newland’s Law of Octaves00:00:00
Lothar Meyer’s Atomic Volume Curve00:00:00
Mendeleev Periodic Table00:00:00
Mendeleev Periodic Law00:00:00
Moseley’s Periodic Law00:00:00
Long Form / Present Form of Modern Periodic Table00:00:00
Electronic Configuration of Elements00:00:00
Determination of Period, Block and Group of an Element00:00:00
Melting and Boiling Point00:00:00
Anomalous Properties of Second Period Elements00:00:00
Electronic Configuration of 3d Series Elements00:00:00
Slater’s Rules – To Calculate Effective Nuclear Charge00:00:00
Atomic Radius and Ionic Radius00:00:00
Factors Affecting Atomic Radius00:00:00
Periodicity in Atomic Radius00:00:00
Periodicity in Ionic Radius00:00:00
Ionization Energy00:00:00
Factors which Influence lonization Energy00:00:00
Applications of Ionization Energy00:00:00
Electronegativity00:00:00
Measurement of Electronegativity00:00:00
Factors Affecting the Magnitude of Electronegativity00:00:00
Variation of EN in Periodic Table00:00:00
Diagonal Relationship and Electronegativity00:00:00
Application of Electronegativity00:00:00
Electron Gain Enthalpy and Electron Affinity00:00:00
Trends in Electron Gain Enthalpy00:00:00
Periodicity of Valency of an Element00:00:00
Oxidation State of an Element00:00:00
Trends of Oxides00:00:00
Reducing and Oxidising Property00:00:00
Chemical Bonding and Molecular Structure
Introduction00:00:00
Kossel and Lewis Approach00:00:00
Ionic Bond00:00:00
Ionic Solid Structure and Lattice Enthalpy00:00:00
Covalent Bond00:00:00
Limitation of Octet Rule00:00:00
Formal Charge00:00:00
Resonance Structure00:00:00
Potential Energy Diagram for Formation of Hydrogen Molecule00:00:00
Overlap of Atomic Orbitals00:00:00
Formation of Multiple Bonds00:00:00
Formation of Methane Molecule00:00:00
Formation of Ethene Molecule00:00:00
Formation of Boron Trichloride Molecule00:00:00
SP Hybridisation00:00:00
Formation of Beryllium Dichloride Molecule00:00:00
Limitations of VBT00:00:00
Molecular Orbital Theory00:00:00
Formation of Molecular Orbitals00:00:00
MO Description of Simple Diatomic Molecules 100:00:00
MO Description of Simple Diatomic Molecules 200:00:00
MOT – Formation of Oxygen Molecule00:00:00
MOT – Formation of Fluorine Molecule00:00:00
Bond Angle00:00:00
Types of Molecular Orbitals00:00:00
Odd Electron Molecules00:00:00
States of Matter
Introduction to Gas Law00:00:00
Measurable Properties of Gases (Mass and Temperature)00:00:00
Measurable Properties of Gases (Pressure, Volume and Density)00:00:00
Boyle’s Law00:00:00
Graph Based on Boyle’s Law P vs V00:00:00
Graph Based on Boyle’s Law Log P vs Log V00:00:00
Graphs Based on Boyle’s Law P vs 1/V00:00:00
Graph Problems on Boyle’s Law00:00:00
Modification for Boyle’s Law00:00:00
Charles Law00:00:00
Charles Law in Degree Celcius00:00:00
Graph Based on Charles Law00:00:00
Graph for Degree Celcius Form of Charles Law00:00:00
Log V vs Log T00:00:00
Graphical Modification for Charles Law00:00:00
Modification of Charles Law00:00:00
Gay Lussacs Law00:00:00
Graph Based on Gay Lussacs Law00:00:00
Graphical Modification of Gay Lussacs Law00:00:00
Modification of Gay Lussacs Law00:00:00
Avogadro’s Law00:00:00
Application of Avogadro’s Law Part – 200:00:00
Grahams Law of Diffusion00:00:00
Grahams Law of Diffusion – Equation00:00:00
Grahams Law of Diffusion Case 200:00:00
Determination of Rate of Diffusion 100:00:00
Ideal Gas Equation00:00:00
Combined Gas Equation00:00:00
Units & Values of Universal Gas Constant00:00:00
Ideal Gas Equation in Term of Density00:00:00
Daltons Law00:00:00
Derivation of Daltons Law00:00:00
Modification of Daltons Law00:00:00
Kinetic Gas Equation00:00:00
Different Speed Associated with Gas Molecules Part 100:00:00
Different Speed Associated with Gas Molecules Part 200:00:00
Maxwell Distribution Part 100:00:00
Maxwell Distribution Part 200:00:00
Real Gas Introduction00:00:00
Deviation of Real Gas Part – 100:00:00
Deviation of Real Gas Part – 200:00:00
Deviation of Real Gas Part – 300:00:00
Variation of Z vs P00:00:00
Variation of Z vs T00:00:00
Real Gas Equation00:00:00
Real Gas Equation – Pressure Correction Part – 100:00:00
Real Gas Equation – Pressure Correction Part – 200:00:00
Real Gas Equation – Significance of A and B00:00:00
Real Gas Equation – Units of A and B00:00:00
Real Gas Equation – Volume Correction00:00:00
Real Gas Equation – Comparison of A00:00:00
Real Gas Equation – Vender Wall’s00:00:00
Liquidification of Gas and Critical Constants Part – 100:00:00
Liquidification of Gas and Critical Constants Part – 200:00:00
Numerical (Level 1)00:00:00
Numerical (Level 2)00:00:00
Numerical (Level 3)00:00:00
Chemical Thermodynamics
Introduction00:00:00
Basic Terms in Thermodynamics00:00:00
Types of System00:00:00
Exothermic Reaction00:00:00
Endothermic Reaction00:00:00
Types of Processes00:00:00
Internal Energy as a State Function00:00:00
Extensive and Intensive Properties00:00:00
State of the System00:00:00
Mechanical Work00:00:00
Concept of Maximum Work00:00:00
Second Law of Thermodynamics00:00:00
Enthalpy00:00:00
Bond Energy or Bond Enthalpies00:00:00
Born-Habber Cycle for NaCl00:00:00
Relationship between ΔH and ΔU00:00:00
Hess’s Law00:00:00
Thermochemical Equation00:00:00
Different Types of Enthalpy00:00:00
Entropy of Phase Transition00:00:00
Spontaneous Process00:00:00
Gibb’s Free Energy00:00:00
Standard Gibbs Free Energy00:00:00
Heat Capacity00:00:00
Relation Between Cp and Cv00:00:00
Third Law of Thermodynamics00:00:00
Entropy Change During Phase Transition and for Ideal Gases00:00:00
Entropy Change in Reversible and Irreversible Process00:00:00
Applications of Hess’s Law00:00:00
Gibbs Free Energy as Criteria for Spontaneity00:00:00
Numericals Level – 100:00:00
Numericals Level – 200:00:00
Numericals Level – 300:00:00
Equilibrium
Equilibrium00:00:00
Types of Reactions Part 100:00:00
Types of Reactions Part 200:00:00
Types of Equilibrium00:00:00
Characteristics of Equilibrium00:00:00
Graphs for Equilibrium Part 100:00:00
Graphs for Equilibrium Part 200:00:00
Active Mass Part 100:00:00
Active Mass Part 200:00:00
Law of Mass Action Part 100:00:00
Law of Mass Action Part 200:00:00
Types of Equilibrium Constant00:00:00
Relationship Between Kc and Kp Part – 100:00:00
Relationship Between Kc and Kp Part – 200:00:00
Relationship Between Kc and Kp Part – 300:00:00
Homogeneous Reaction Δng = 0 Part – 100:00:00
Homogeneous Reaction Δng = 0 Part – 200:00:00
Homogeneous Reaction Δng = 0 Part – 300:00:00
Homogeneous Reaction Δn Less Than 0 Part – 100:00:00
Homogeneous Reaction Δn Less Than 0 Part – 200:00:00
Homogeneous Reaction Δn Less Than 0 Part – 300:00:00
Homogeneous Reaction Greater Than Zero Part – 100:00:00
Homogeneous Reaction Greater Than Zero Part – 200:00:00
Homogeneous Reaction Greater Than Zero Part – 300:00:00
Heterogeneous Reaction00:00:00
Homogeneous Liquid Phase Reaction00:00:00
Units of Equilibrium Constant00:00:00
Application of Equilibrium Constant Part – 100:00:00
Application of Equilibrium Constant Part – 200:00:00
Application of Equilibrium Constant Part – 300:00:00
Degree of Dissociation Part – 100:00:00
Degree of Dissociation Part – 200:00:00
Degree of Dissociation Part – 300:00:00
Degree of Dissociation Part – 400:00:00
Le-chatelier’s Principle 100:00:00
Le-chatelier’s Principle 200:00:00
Le-chatelier’s Principle 300:00:00
Le-chatelier’s Principle 400:00:00
Le-chatelier’s Principle 500:00:00
Ionic Equilibria – Introduction00:00:00
Acids and Bases – Arrhenius Theory00:00:00
Bronsted – Lowry Acid Base Theory00:00:00
Acids and Bases – Lewis Theory00:00:00
Types of Electrolytes00:00:00
Degree of Dissociation00:00:00
Ostwald’s Dilution Law00:00:00
Ionic Product of Water00:00:00
Types of Salts00:00:00
pH and pOH00:00:00
Common Ion Effect00:00:00
Hydrolysis of Salt00:00:00
Buffer Solutions00:00:00
Buffer Action – 100:00:00
Buffer Action – 200:00:00
Applications of Buffer Solution00:00:00
Solubility Product00:00:00
Chemical Equilibrium Level – 100:00:00
Chemical Equilibrium Level – 200:00:00
Chemical Equilibrium Level – 300:00:00
Ionic Equilibria Level – 100:00:00
Ionic Equilibria Level – 200:00:00
Ionic Equilibria Level – 300:00:00
Redox Reactions
Introduction00:00:00
Electronic Concept of Oxidation-Reduction00:00:00
Oxidizing and Reducing Agents (Oxidants and Reductant)00:00:00
Oxidation Number00:00:00
Oxidation State as a Periodic Property00:00:00
Rules for the Determination of Oxidation Number or Oxidation State 100:00:00
Rules for the Determination of Oxidation Number or Oxidation State 200:00:00
Types of Redox Reactions00:00:00
Displacement Reactions00:00:00
Disproportionation Reactions00:00:00
Balancing of Oxidation-Reduction Reactions 100:00:00
Balancing of Oxidation-Reduction Reactions 200:00:00
Balancing of Oxidation-Reduction Reactions 300:00:00
Balancing of Oxidation-Reduction Reactions 400:00:00
Numerical (Level 1)00:00:00
Numerical (Level 2)00:00:00
Numerical (Level 3)00:00:00
Hydrogen
Isotopes, Allotropes & Molecular Forms of Hydrogen00:00:00
Physical and Chemical Properties of Hydrogen00:00:00
Uses of Dihydrogen00:00:00
Hydrides00:00:00
Water – Introduction00:00:00
Structure of Water00:00:00
Chemical Properties of Water00:00:00
Hard & Soft Water00:00:00
Heavy Water00:00:00
Removal of Hardness of Water00:00:00
Effects and Uses of Heavy Water00:00:00
Preparation of Hydrogen Peroxide00:00:00
Physical Properties of Hydrogen Peroxide00:00:00
Strength of Hydrogen Peroxide00:00:00
Concentration of Hydrogen Peroxide and Its Storage00:00:00
Uses of Hydrogen Peroxide00:00:00
Resemblance with Alkali Metals and Halogens00:00:00
Dissimilarities of Hydrogen With Halogens00:00:00
The S-Block Element
Anomalous Behaviour of Lithium00:00:00
Anomalous Behaviour of Beryllium00:00:00
Diagonal Relationship Shown by S Block Elements00:00:00
Compounds of Sodium – Sodium Hydrogen Carbonate00:00:00
Chemical Properties of Sodium Hydroxide00:00:00
Compounds of Sodium – Sodium Chloride00:00:00
Compounds of Sodium – Sodium Carbonate00:00:00
Biological Importance of Sodium and Potassium00:00:00
Chemical Properties of S Block Elements – Alkaline Earth Metals00:00:00
Compounds of Calcium – Calcium Oxide00:00:00
Compounds of Calcium – Calcium Hydroxide00:00:00
Compounds of Calcium – Calcium Carbonate00:00:00
Compounds of Calcium – Calcium Sulphate00:00:00
Biological Importance of Mg & Ca00:00:00
Physical Properties of Group 18 Elements00:00:00
Uses of Group 18 Elements00:00:00
Some Basic Principles & Techniques
Nomenclature of Aromatic Compounds Part – 100:00:00
Nomenclature of Aromatic Compounds Part – 200:00:00
Nomenclature of Aromatic Compounds Part – 300:00:00
Nomenclature of Aromatic Compounds Part – 400:00:00
Nomenclature of Aromatic Compounds Part – 500:00:00
Nomenclature of Aromatic Compounds Part – 600:00:00
Bond Fission Part – 100:00:00
Bond Fission Part – 200:00:00
Types of Reagent00:00:00
Distinction Between Nucleophile and Base00:00:00
Hydrocarbon Group Part – 100:00:00
Hydrocarbon Group Part – 200:00:00
Hydrocarbon Group Part – 300:00:00
Classification of Organic Compound on the Basis of Structure00:00:00
Representation of Organic Compound00:00:00
Nomenclature Part – 100:00:00
Nomenclature Part – 200:00:00
Nomenclature Part – 300:00:00
Nomenclature Part – 400:00:00
Nomenclature Part – 500:00:00
Nomenclature of Alicyclic Compounds00:00:00
Nomenclature of Complex Substituents00:00:00
Types of Organic Reaction00:00:00
Reaction Intermediate Part – 100:00:00
Reaction Intermediate Part – 200:00:00
Reaction Intermediate Part – 300:00:00
Reaction Intermediate Part – 400:00:00
Reaction Intermediate Part – 500:00:00
Classification of Organic Compounds (on the Basis of F.G.) Part 100:00:00
Classification of Organic Compounds (on the Basis of F.G.) Part 200:00:00
Classification of Organic Compounds (on the Basis of F.G.) Part 300:00:00
Classification of Organic Compounds (on the Basis of F.G.) Part 400:00:00
Classification of Organic Compounds (on the Basis of F.G.) Part 500:00:00
Homologous Series00:00:00
Types of Carbon Atoms00:00:00
Hyperconjugation Part – 100:00:00
Hyperconjugation Part – 200:00:00
Application of Hyperconjugation00:00:00
Characteristics of Organic Compounds00:00:00
Electromeric Effect00:00:00
Inductive Effect00:00:00
Resonance00:00:00
Rules of Resonance00:00:00
Relative Stability of Canonical Forms00:00:00
Resonance Effect00:00:00
Nomenclature of Ether00:00:00
Nomenclature of Amines00:00:00
Nomenclature of Organic Compounds having Functional Groups Part – 100:00:00
Nomenclature of Organic Compounds having Functional Groups Part – 200:00:00
Nomenclature – 100:00:00
Nomenclature – 200:00:00
Nomenclature – 300:00:00
Nomenclature – 400:00:00
Nomenclature – 500:00:00
Isomerism00:00:00
Isomerism 200:00:00
Methods of Purification00:00:00
Methods of Purification of Organic Compounds (Introduction)00:00:00
Methods of Purification of Organic Compounds (Sublimation)00:00:00
Methods of Purification of Organic Compounds (Simple Distillation)00:00:00
Methods of Purification of Organic Compounds (Steam Distillation)00:00:00
Methods of Purification of Organic Compounds (Distillation Under Reduced Pressure)00:00:00
Methods of Purification of Organic Compounds (Fractional Distillation Use of Fractionating – Column)00:00:00
Methods of Purification of Organic Compounds (Crystallization)00:00:00
Methods of Purification of Organic Compounds (Fractional Crystallization)00:00:00
Methods of Purification of Organic Compounds (Solvent Extraction)00:00:00
Methods of Purification of Organic Compounds (Chromatography Introduction)00:00:00
Methods of Purification of Organic Compounds (Types of Chromatography)00:00:00
Methods of Purification of Organic Compounds (Thin Layer Chromatography)00:00:00
Methods of Purification of Organic Compounds (Partition Chromatography)00:00:00
Methods of Purification of Organic Compounds (Column Chromatography)00:00:00
Quantitative Analysis00:00:00
Quantitative Analysis Part – 100:00:00
Quantitative Analysis Part – 200:00:00
Crystalline and Amorphous00:00:00
Quantitative Analysis of Sulphur00:00:00
Quantitative Analysis of Oxygen00:00:00
Quantitative Analysis of Phosphorus Part – 100:00:00
Quantitative Analysis of Phosphorus Part – 200:00:00
Quantitative Analysis of Nitrogen00:00:00
Qualitative Analysis of Organic Compounds (Detection of Carbon and Hydrogen)00:00:00
Qualitative Analysis of Organic Compounds (Detection of Halogen)00:00:00
Molecular Formula from Empirical Formula00:00:00
Qualitative Analysis of Organic Compounds (Detection of Nitrogen)00:00:00
Qualitative Analysis of Organic Compounds (Detection of Sulphur)00:00:00
Qualitative Analysis of Organic Compounds (Detection of Both Nitrogen and Sulphur)00:00:00
Qualitative Analysis of Organic Compounds (Detection of Phosphorous)00:00:00
IUPAC Name00:00:00
Determination of Melting Point00:00:00
Boiling Point00:00:00
Numericals Level – 100:00:00
Hydrocarbons
Introduction00:00:00
Introduction (Occurrence in Nature) Part – 100:00:00
Introduction (Occurrence in Nature) Part – 200:00:00
Alkanes00:00:00
Alkanes (Isomerism)00:00:00
Alkanes (Preparation)00:00:00
Alkanes (Preparation) 200:00:00
Alkanes (Preparation) 300:00:00
Alkanes (Preparation) 400:00:00
Alkanes (Preparation) 500:00:00
Alkanes (Preparation) 600:00:00
Alkanes (Preparation) from Organometellic Compound Part – 100:00:00
Alkanes (Preparation) from Organometellic Compound Part – 200:00:00
Alkanes (Preparation) by Kolbe’s Electrolysis00:00:00
Alkanes (Preparation) by Reduction00:00:00
Alkanes (Preparation) by Red Phosphorus and HI00:00:00
Halogenation of Alkane Part – 100:00:00
Halogenation of Alkane Part – 200:00:00
Mechanism of Halogenation of Alkane00:00:00
Nitration of Alkane00:00:00
Pyrolysis of Alkane00:00:00
Aromatization (Reforming)00:00:00
Combustion of Alkane00:00:00
Physical Properties of Alkanes00:00:00
Conformations of Alkanes Part – 100:00:00
Conformations of Alkanes Part – 200:00:00
Uses of Alkanes00:00:00
Alkenes Introduction00:00:00
Alkenes Isomerism00:00:00
Methods of Preparation 100:00:00
Methods of Preparation 200:00:00
Methods of Preparation 300:00:00
Methods of Preparation 400:00:00
Methods of Preparation 500:00:00
Methods of Preparation 600:00:00
Chemical Reactions of Alkenes (Hydrogenation)00:00:00
Chemical Reactions of Alkenes (Hydrohalogenation) Part – 100:00:00
Chemical Reactions of Alkenes (Hydrohalogenation) Part – 200:00:00
Chemical Reactions of Alkenes (Hydrohalogenation) Part – 300:00:00
Chemical Reactions of Alkenes (Addition of H2SO4)00:00:00
Chemical Reactions of Alkenes (Baeyer’s Test)00:00:00
Chemical Reactions of Alkenes Ozonolysis00:00:00
Uses of Acetylene00:00:00
Uses of Alkenes00:00:00
Alkynes (Introduction) Part – 100:00:00
Alkynes (Introduction) Part – 200:00:00
Alkynes (Isomerism)00:00:00
Alkynes (Preparation) from Calcium Carbide00:00:00
Alkynes (Preparation) from Dihalide by Dehydrogenation00:00:00
Alkynes (Preparation) from Tetrahalides by Dehalogenation00:00:00
Alkynes (Chemical Reactions) Acidic Character of Alkynes00:00:00
Alkynes (Chemical Reactions) Hydrogenation00:00:00
Alkynes (Chemical Reactions) Halogenation00:00:00
Alkynes (Chemical Reactions) Hydrohalogenation00:00:00
Alkynes (Chemical Reactions) Addition of Sulphuric Acid00:00:00
Alkynes (Chemical Reactions) Hydration00:00:00
Alkynes (Chemical Reactions) Ozonolysis00:00:00
Alkynes (Polymerization)00:00:00
Aromatic Compounds (Introduction)00:00:00
Aromatic Compounds (Classification)00:00:00
Aromatic Compounds (Preparation)00:00:00
Delocalised Electrons of Benzene00:00:00
Aromatic Compounds (Chemical Reaction)00:00:00
Aromatic Compounds (Chemical Reaction) Ozonolysis00:00:00
Aromatic Compounds (Chemical Reaction) Substitution00:00:00
Aromatic Compounds (Chemical Reaction) Nitration00:00:00
Aromatic Compound (Sulphonation)00:00:00
Aromatic Compound (Friedel Craft’s Alkylation)00:00:00
Aromatic Compound (Friedel Craft’s Acylation)00:00:00
Aromatic Compound (Mechanism of Electrophilic Substitution)00:00:00
Aromatic Compound (Activating and Ortho-Para Directing Group)00:00:00
Aromatic Compound (Deactivating and Meta Directing Group)00:00:00
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