Course Curriculum

• Solid State

  • Types of Solids, Types of Crystalline Solids, Unit Cell, Space Lattice, Types of Crystal Systems, Types of Unit Cells.
    45 min
  • Sharing Of Each Kind Of Atom, Calculation Of Effective Number Of Atoms, Close Packing In 1D, 2D And 3D, Concept Of Voids, Coordination Number
    44 min
  • Discussion of In Class Exercise -1 and In Class Exercise -2
    14 min
  • Worksheet : Home Assignment -1 and Home Assignment -2
  • Solutions : Home Assignment -1 and Home Assignment -2
  • Packing fraction, Packing efficiency, Radius ratio, Calculation of density
    40 min
  • Discussion of In Class Exercise -3
    42 min
  • Worksheet : Home Assignment -3
  • Solutions : Home Assignment -3
    24 min
  • Defects in solids
    47 min
  • Electrical and Magnetic Properties of solids, Special type of solids.
    27 min
  • Discussion of In Class Exercise -4 and In Class Exercise -5
    18 min
  • Worksheet : Home Assignment -4 and Home Assignment -5
  • Solutions : Home Assignment -4 and Home Assignment -5

• Surface Chemistry

  • Adsorption, Adsorption In Action, Differences Between Adsorption & Absorption, Mechanism Of Adsorption
    34 min
  • Types Of Adsorption, Characteristics Of Types Of Adsorption, Differences Between Types Of Adsorption
    30 min
  • Adsorption Isotherm, Freundlich Adsorption Isotherm, Adsorption From Solution Phase
    25 min
  • Catalysis, Types of Catalysis, Adsorption Theory of Heterogeneous Catalysis
    27 min
  • Important Features Of Solid Catalyst, Shape Selective Catalysis, Enzyme Catalysis And It’s Examples
    27 min
  • Characteristics of Enzyme Catalysis, Mechanism of Enzyme Catalysis
    27 min
  • Colloids & It’s Classification, Mechanism Of Micelle Formation, Cleansing Action Of Soap
    43 min
  • Preparation of Colloids, Purification of Colloids
    40 min
  • Properties of Colloids (Colligative, Physical, Mechanical & Optical Properties)
    25 min
  • Electrical Properties of Colloids (Charge on Colloidal Solutions, Zeta Potential, Electrophoresis)
    30 min
  • Coagulation/Precipitation, Hardy Schulze Law, Protection of Colloids
    44 min
  • Emulsions, Colloids Around Us, Applications of Colloids
    28 min
  • ICE-1 & HA-1
  • ICE-2 & HA-2
  • ICE-3 & HA-3
  • ICE-4 & HA-4
  • ICE-5 & HA-5
  • ICE-6 & HA-6

• Solutions

  • Types of Solutions, Expression of Concentration of Solutions
    32 min
  • Concentration Terms Used In Solutions
    28 min
  • Practice Questions on Concentration Terms
    22 min
  • Types of Solutions and Solubility
    25 min
  • Solubility, Henry’s law, Its Applications & Limitations
    22 min
  • Raoult’s Law For Volatile And Non Volatile Solute, Raoult’s Law As A Special Case Of Henry’s Law, Dalton’s Law
    15 min
  • Practice Questions on Henry’s and Raoult’s Law
    28 min
  • Ideal solutions, Non ideal solutions, Azeotropic mixtures, Thermodynamics of ideal solutions.
    35 min
  • Colligative Properties – Part 1
    25 min
  • Colligative properties – Part 2
    22 min
  • Practice Questions on Colligative Properties – Part 1
    20 min
  • Practice Questions on Colligative Properties – Part 2
    35 min
  • Abnormal molar mass, Van’t hoff factor
    16 min
  • Practice Questions on Vant Hoff Factor and Abnormal Molar Mass
    40 min

• Electrochemistry

  • Basics for Electrochemistry & Introduction to Electrochemistry
    30 min
  • Electrochemical Cells
    35 min
  • Representation of an Electrochemical Cell, Electrode Potential
    35 min
  • Cell potential,S. H. E. & Measurement of electrode potential by S. H. E
    41 min
  • Discussion of ICE-1
    26 min
  • ICE-1 & HA-1
  • Discussion of HA-1
    13 min
  • Electrochemical series
    25 min
  • Applications of electrochemical series
    31 min
  • Nernst Equation
    34 min
  • Equilibrium constant from Nernst Equation
    26 min
  • Relationship b/w Gibb’s Free Energy & Electrochemical cell
    19 min
  • Relationship b/w Cell potential, Gibb’s Free energy & Equilibrium constant
    13 min
  • Discussion of ICE-2 (Part-1)
    27 min
  • Discussion of ICE-2 (Part-2)
    37 min
  • ICE-2 & HA-2
  • Discussion of HA-2 (Part-1)
    25 min
  • Discussion of HA-2 (Part-2)
    24 min
  • Conductance of Electrolytic solutions (Types of conductors)
    39 min
  • Resistance, Resistivity, conductance, conductivity
    29 min
  • Molar conductivity & Equivalent conductivity
    17 min
  • Measurement of conductivity of Electrolytic solutions
    22 min
  • variation of conductivity, molar conductivity with change in concentration
    45 min
  • ICE-3 & HA-3
  • Kohlrausch’s law of independent migration of ions
    35 min
  • ICE-4 & HA-4
  • Products of Electrolysis
    38 min
  • ICE-5 & HA-5
  • ICE-6 & HA-6

• Chemical Kinetics

  • Basics of chemical kinetics, rate of a reaction, order and molecularity.
    32 min
  • Boards level practice questions on rate of a reaction, order and molecularity.
    15 min
  • Discussion of ICE-1
    24 min
  • ICE-1 & HA-1
  • Discussion of HA-1
    31 min
  • Rate constant and half life formula calculation for zero and first order reactions.
    20 min
  • Boards level practice questions on half life and rate constant.
    12 min
  • Discussion of ICE-2
    20 min
  • ICE-2 & HA-2
  • Discussion of HA-2
    11 min
  • Average life, number of half lives, pressure formula and pseudo first order reaction.
    12 min
  • Boards level questions on average life, pressure and pseudo first order reactions.
    08 min
  • Discussion of ICE-3(Part-1)
    20 min
  • ICE-3 & HA-3
  • Discussion of ICE-3(Part-2)
    21 min

• P-block elements

  • Physical properties of group 15 elements.
    20 min
  • Chemical properties of group 15 elements.
    25 min
  • Discussion of ICE-1(Part-1).
    30 min
  • ICE-1 & HA-1
  • Nitrogen and Ammonia -Preparation,properties and uses
    24 min
  • Nitric acid-Preparation,properties and uses
    25 min
  • Discussion of ICE-1(Part-2).
    23 min
  • Discussion of HA-1(Part-1).
    35 min
  • Discussion of HA-1(Part-2).
    17 min
  • ICE-2 & HA-2
  • Physical properties of Group-16 elements
    17 min
  • Chemical properties of Group-16 elements
    23 min
  • Oxygen and Ozone-preparation,properties and uses
    30 min
  • Discussion of ICE-3(Part-1).
    23 min
  • Discussion of ICE-3(Part-2).
    22 min
  • ICE-3 & HA-3
  • Discussion of HA-3.
    26 min
  • Allotropes of Sulphur, sulphur dioxide and sulphuric acid- Preparation, properties and uses
    24 min
  • Oxoacids of sulphur
    21 min
  • Physical properties of group 17 elements.
    14 min
  • Chemical properties of group 17 elements.
    23 min
  • Discussion of ICE-4.
    29 min
  • ICE-4 & HA-4.
  • Discussion of HA-4.
    16 min
  • Chlorine and hydrochloric acid- Preparation, properties and uses.
    19 min
  • Interhalogen compounds and oxoacids of halogens.
    09 min
  • Discussion of ICE-5(Part-1).
    14 min
  • Discussion of ICE-5(Part-2).
    12 min
  • ICE-5 & HA-5.
  • Physical properties of group 18 elements.
    11 min
  • Chemical properties of group 18 elements and xenon compounds.
    13 min
  • Discussion of ICE-6.
    17 min
  • ICE-6 & HA-6.
  • Discussion of HA-6.
    04 min
  • Discussion of ICE-7.
    17 min
  • ICE-7 & HA-7.
  • Discussion of HA-7.
    14 min

• D and F block elements

  • Basics about d block elements
    27 min
  • General properties of d block elements- Part 1
    16 min
  • General properties of d block elements-Part 2.
    16 min
  • General properties of d block elements-Part 3.
    10 min
  • Specific properties of d block elements.
    15 min
  • Discussion of ICE-1.
    13 min
  • Discussion of HA-1.
    09 min
  • ICE-1 & HA-1.
  • Discussion of ICE-2(Part-1).
    10 min
  • Discussion of ICE-2(Part-2).
    21 min
  • ICE-2 & HA-2.
  • Discussion of HA-2.
    14 min
  • Discussion of ICE-3.
    26 min
  • ICE-3 & HA-3.
  • Discussion of HA-3.
    24 min
  • Applications of d block elements
    13 min
  • Basics of f block elements, electronic configuration and atomic radii of lanthanoids
    27 min
  • Consequences of lanthanoid contraction and oxidation states of lanthanoids
    09 min
  • ICE-4 & HA-4.
  • ICE-5 & HA-5.

• Coordination compounds

  • Coordination compounds v/s double salts, Werner’s theory.
    20 min
  • Important terms related to coordination compounds and classification of ligands.
    17 min
  • Coordination number, chelating ligand and homoleptic, heteroleptic complexes.
    09 min
  • Discussion of ICE-1 & HA-1.
    32 min
  • ICE-1 & HA-1.
  • Discussion of HA-1.
    13 min
  • Rules of Nomenclature and Formula making in Coordination Compounds
    26 min
  • Practice questions on nomenclature and formula making of coordination compounds
    25 min
  • Discussion of ICE-2 (Part-1).
    25 min
  • Discussion of ICE-2 (Part-2).
    27 min
  • ICE-2 & HA-2.
  • Discussion of ICE-2 (Part-3).
    11 min
  • Discussion of HA-2.
    18 min
  • VBT and its limitations.
    40 min
  • Practice questions on VBT.
    19 min
  • ICE-3 & HA-3.
  • ICE-4 & HA-4.
  • Discussion of ICE-4 (Part-1).
    17 min
  • Discussion of ICE-4 (Part-2).
    18 min
  • Discussion of ICE-4 (Part-3).
    24 min
  • CFT (Crystal field theory).
    25 min
  • Applications & limitations of CFT
    11 min
  • Stability of coordination compounds in solution
    07 min
  • Discussion of ICE-4 (Part-4).
    21 min
  • Discussion of HA-4.
    09 min

• Haloalkanes and Haloarenes

  • Basics of Organic Chemistry (Nomenclature) (Part-1)
    46 min
  • Basics of Organic Chemistry(Nomenclature) (Part-2)
    24 min
  • Classification and nomenclature of Haloalkanes & Haloarenes
    25 min
  • Discussion of ICE-1
    34 min
  • ICE-1 & HA-1.
  • Preparation of Haloalkanes and Haloarenes
    37 min
  • Discussion of ICE-2 (Part-1).
    19 min
  • Discussion of ICE-2 (Part-2).
    34 min
  • Discussion of ICE-2 (Part-3).
    10 min
  • ICE-2 & HA-2.
  • Discussion of HA-2.
    11 min
  • Physical properties of haloalkanes and haloarenes.
    12 min
  • Chemical properties of haloalkanes.
    32 min
  • Discussion of ICE-3 (Part-1).
    20 min
  • Chemical properties of haloarenes
    25 min
  • Boards level practice questions on haloalkanes and haloarenes.
    15 min
  • Discussion of ICE-3 (Part-2).
    17 min
  • Discussion of ICE-3 (Part-3).
    18 min
  • ICE-3 & HA-3.
  • Discussion of HA-3.
    11 min
  • Discussion of ICE-4.
    28 min
  • Organic Conversions
    29 min
  • ICE-4 & HA-4.

• Alcohols, Phenols and Ethers

  • Introduction & Classification of Alcohols, Phenols & Ethers
    32 min
  • Nomenclature of Alcohols, Phenols and Ethers
    32 min
  • Preparation of alcohol
    23 min
  • Preparation reactions of phenol
    07 min
  • Physical properties of alcohol and phenol
    10 min
  • Discussion of ICE-1.
    30 min
  • Discussion of ICE-2 (Part-1).
    27 min
  • Chemical properties of alcohol and phenol
    30 min
  • Exclusive chemical properties of phenol
    13 min
  • Discussion of ICE-2 (Part-2).
    17 min
  • Discussion of ICE-3 (Part-1).
    27 min
  • Commercially produced alcohols and denaturation of alcohol.
    09 min
  • Discussion of ICE-3 (Part-2).
    24 min
  • Discussion of ICE-3 (Part-3).
    20 min
  • Preparation of ethers
    15 min
  • Physical and chemical properties of ethers
    11 min
  • Discussion of ICE-4.
    28 min
  • Discussion of ICE-5.
    22 min
  • Discussion of ICE-6.
    12 min
  • ICE-1 & HA-1.
  • ICE-2 & HA-2.
  • ICE-3 & HA-3.
  • ICE-4 & HA-4.
  • ICE-5 & HA-5.
  • ICE-6 & HA-6.

• Aldehydes, Ketones and carboxylic acids

  • Introduction to aldehydes, ketones and carboxylic acids
    15 min
  • Nomenclature of Aldehydes, ketones and carboxylic acids
    33 min
  • Common methods of preparation of aldehydes and ketones
    12 min
  • Specific preparation reactions of aldehydes.
    12 min
  • Specific preparation reactions of ketones.
    07 min
  • Physical properties of aldehydes and ketones.
    06 min
  • Discussion of ICE-1.
    22 min
  • Chemical properties of aldehydes and ketones-Part 1
    35 min
  • Chemical properties of aldehydes and ketones (Part-2)
    22 min
  • Discussion of ICE-2 (Part-1).
    15 min
  • Discussion of ICE-2 (Part-2).
    49 min
  • Preparation of Carboxylic acids
    13 min
  • Discussion of ICE-3.
    09 min
  • Discussion of HA-3.
    18 min
  • Physical Properties of Carboxylic acids
    04 min
  • Chemical Properties of carboxylic acids
    20 min
  • Discussion of ICE-4
    27 min
  • Discussion of Word problems of ICE-2, HA-2, ICE-4 & HA-4.
    18 min
  • Discussion of ICE-5
    15 min
  • ICE-1 & HA-1.
  • ICE-2 & HA-2.
  • ICE-3 & HA-3.
  • ICE-4 & HA-4.
  • ICE-5 & HA-5.

• Amines

  • Discussion of ICE-1 & HA-1.
    14 min
  • Preparation of amines.
    17 min
  • Physical properties of amines.
    03 min
  • Discussion of ICE-2 & HA-2.
    14 min
  • Chemical properties of amines.
    29 min
  • Discussion of ICE-3 & HA-3.
    31 min
  • Discussion of ICE-5 & HA-5.
    23 min
  • ICE-1 & HA-1.
  • ICE-2 & HA-2.
  • ICE-3 & HA-3.
  • ICE-4 & HA-4.
  • ICE-5 & HA-5.

• Biomolecules

  • Carbohydrates & their classification, D-L, d-l notations, glucose & fructose.
    26 min
  • Cyclic structure of glucose, epimers, mutarotation & specific rotation.
    14 min
  • Fructose.
    06 min
  • Practice questions on carbohydrates.
    11 min
  • Proteins and amino acids.
    17 min
  • Formation of proteins by amino acids, types, structure and denaturation of proteins.
    11 min
  • Practice questions on proteins & their classification, denaturation of proteins.
    06 min
  • ICE-1 & HA-1.
  • ICE-2 & HA-2.
  • ICE-3 & HA-3.

• General principles and processes of isolation of elements.

  • Occurence of metals and concentration of ores.
    21 min
  • ICE-1 & HA-1
  • Thermodynamic & electrochemical principles of metallurgy, extraction processes.
    34 min
  • ICE-2 & HA-2
  • ICE-3 & HA-3
  • Oxidation-reduction, refining processes and uses of important metals.
    14 min
  • ICE-4 & HA-4