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23 Sections
167 Lessons
52 Weeks

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1. Stoichiometry 1
8
- 1.1
  Introduction & POAC
  30 Minutes
- 1.2
  Mole Stoichiometric relationship
  29 Minutes
- 1.3
  Successive reaction & Limiting reagent
  25 Minutes
- 1.4
  Gas Stoichiometry
  29 Minutes
- 1.5
  Important Types of Reactions
  25 Minutes
- 1.6
  Avogadro’s No.1
  30 Minutes
- 1.7
  Mole & Number
  28 Minutes
- 1.8
  Atomic, Molecular Wt
  26 Minutes
2. Stoichiometry 2
13
- 2.1
  Acid Base definition
  23 Minutes
- 2.2
  Acidity & Basicity
  32 Minutes
- 2.3
  Acidic Strength
  30 Minutes
- 2.4
  Acidic Strength
  23 Minutes
- 2.5
  Conjugate Acid-Base pair, Basic Strength
  48 Minutes
- 2.6
  Oxidation & Reduction
  50 Minutes
- 2.7
  Calculation of Oxidation Number
  46 Minutes
- 2.8
  O.A. & R.A., Balancing by Oxidation Number Method
  1 Hour
- 2.9
  Balancing by Ion Electron Method
  35 Minutes
- 2.10
  Eq. Wt. 1 – n factor & Eq. Wt. Concept
  47 Minutes
- 2.11
  Eq. Wt. 2 – Eq. Concept
  35 Minutes
- 2.12
  Volumetric Analysis
  43 Minutes
- 2.13
  Volumetric analysis
  44 Minutes
3. Thermodynamics & Thermochemistry
12
- 3.1
  Zeroth Law
  55 Minutes
- 3.2
  1st law – System, Properties, State
  40 Minutes
- 3.3
  1st Law, Process, Internal energy, Work
  43 Minutes
- 3.4
  Work done in Irreversible process, Isobaric Process
  49 Minutes
- 3.5
  Isochoric Process & problems TD
  42 Minutes
- 3.6
  Isothermal irreversible Process, Problems on TD
  46 Minutes
- 3.7
  Adiabatic Process
  49 Minutes
- 3.8
  Problems on TD
  44 Minutes
- 3.9
  Thermochemistry & Enthalpy
  38 Minutes
- 3.10
  Hess’s Law, Kirchhoff’s Law
  43 Minutes
- 3.11
  Enthalpy of Formation, combustion
  39 Minutes
- 3.12
  Enthalpy of Hydrogenation, Hydration, dissolution, lattice energy
  40 Minutes
4. Atomic Structure
12
- 4.1
  Introduction, Cathode rays & Anode rays
  41 Minutes
- 4.2
  J.J. Thomson Model, Millikan Oil Drop Experiment
  38 Minutes
- 4.3
  Rutherford Experiment
  51 Minutes
- 4.4
  Quantum Mechanics, BlackBody Radiation Experiment
  41 Minutes
- 4.5
  Wave
  44 Minutes
- 4.6
  Photoelectric Effect
  46 Minutes
- 4.7
  Problems on Photoelectric Effect
  35 Minutes
- 4.8
  Atomic Structure
  44 Minutes
- 4.9
  Bohr Theory
  47 Minutes
- 4.10
  H – Spectrum
  49 Minutes
- 4.11
  Problems on Bohr’s Theory
  40 Minutes
- 4.12
  Adv. Problems on Bohr Theory & Sommerfeld model
  51 Minutes
5. Chemical equilibrium
5
- 5.1
  Introduction, Eqb constant & Eqb Position
  51 Minutes
- 5.2
  Types of Eqb Constant, Heterogeneous Eqb, Reaction Quotient
  45 Minutes
- 5.3
  Range of Eqb Constant
  43 Minutes
- 5.4
  Problems on Chemical Eqb
  41 Minutes
- 5.5
  Problems on Chemical Eqb
  42 Minutes
6. Ionic Equilibrium
10
- 6.1
  Electrolyte, Dissociation of H2O, Nature of Solution
  46 Minutes
- 6.2
  PH scale, Log & Antilog
  40 Minutes
- 6.3
  PH of Strong Acid, Base Solution
  51 Minutes
- 6.4
  PH of Weak Acid, Base solution
  41 Minutes
- 6.5
  PH of mixture of Acids, Bases
  46 Minutes
- 6.6
  PH of Polybasic acids
  40 Minutes
- 6.7
  PH of Salt Solution 1
  43 Minutes
- 6.8
  PH of salt solution 2
  52 Minutes
- 6.9
  Common ion effect, Buffer solution
  49 Minutes
- 6.10
  Buffer Capacity
  45 Minutes
7. Introduction & Development of Org. Chemistry
2
- 7.1
  Introduction & Development Of Organic Chemistry Copy
  44 Minutes
- 7.2
  Introduction & Syllabus Copy
  36 Minutes
8. Nomenclature of Org. Compounds
10
- 8.1
  Alkane
  59 Minutes
- 8.2
  Alkane
  31 Minutes
- 8.3
  Alkyl Group & Types Of Hydrogen
  1 Hour
- 8.4
  Alkene
  54 Minutes
- 8.5
  Alkenyl
  32 Minutes
- 8.6
  Alkyne & Alkenyl
  47 Minutes
- 8.7
  Cycloalkane
  43 Minutes
- 8.8
  Cycloalkene
  35 Minutes
- 8.9
  Bicycloalkane & Spirane
  35 Minutes
- 8.10
  Acid & Aldehyde
  45 Minutes
9. GOC 1- Hybridisation, Resonance, Aromaticity
9
- 9.1
  Concept Of Hybridisation
  42 Minutes
- 9.2
  Sp3, Sp2 Hybridisation
  44 Minutes
- 9.3
  Sp Hybridisation, Relative Study Of Sp3, Sp2, Sp Orbitals
  46 Minutes
- 9.4
  Effect Of Hybridisation On Bond Length, Planar Nature
  59 Minutes
- 9.5
  Concept Of Resonance
  39 Minutes
- 9.6
  Doing Resonance
  18 Minutes
- 9.7
  Resonance Hybrid, Cannonical St. , Resonance Energy
  44 Minutes
- 9.8
  Condition Of Resonance
  40 Minutes
- 9.9
  Writing Cannonical St.
  39 Minutes
10. GOC 2 - Substituent effect
3
- 10.1
  Substituent Effect, Hyperconjugation
  48 Minutes
- 10.2
  Substituent Effect, Hyperconjugation
  43 Minutes
- 10.3
  Substituent Effect, Mesomeric Effect
  47 Minutes
11. GOC 2 - Reactive Intermediate
4
- 11.1
  Reactive Intermediate, Carbocation
  45 Minutes
- 11.2
  Reactive Intermediate, Carbocation, Carbonium Ion Rearrangement
  42 Minutes
- 11.3
  Reactive Intermediate, Carbonium Ion Rearrangement
  41 Minutes
- 11.4
  Reactive Intermediate, Carbanion
  36 Minutes
12. GOC 2 - Acid, base, Electrophile, Nucleophile
2
- 12.1
  Acid Base, Electrophile Nucleophile
  50 Minutes
- 12.2
  Acid Base, Electrophile Nucleophile
  47 Minutes
13. Isomerism
14
- 13.1
  Structural Isomers
  39 Minutes
- 13.2
  Tautomerism
  37 Minutes
- 13.3
  Stability Of Tautomers
  43 Minutes
- 13.4
  Factors Affecting Stability, Catalysis In Tautomerism
  39 Minutes
- 13.5
  Geometrical Isomerism
  41 Minutes
- 13.6
  E-z Nomenclature, Properties Of G.i.
  43 Minutes
- 13.7
  No. Of G.i., Interconversion Of G.i.
  48 Minutes
- 13.8
  Optical Isomerism & Its Conditions
  50 Minutes
- 13.9
  Different Types Of Projections, R-s Configuration
  57 Minutes
- 13.10
  Relationship Between Optical Isomers
  45 Minutes
- 13.11
  Dissymmetry In A Molecule
  44 Minutes
- 13.12
  Enantiomers, Mesomers, Diastereomers
  39 Minutes
- 13.13
  Special Case Of Optical Isomerism
  47 Minutes
- 13.14
  No. Of Optical Isomers, Stereoisomers
  45 Minutes
14. Reaction Mechanism
11
- 14.1
  Introduction, Types Of Organic Reactions
  35 Minutes
- 14.2
  Nucleophilic Substitution Reaction
  40 Minutes
- 14.3
  Sn1 & Sn2 Reaction, Sni Pathway
  53 Minutes
- 14.4
  Reactivity In Sn1 & Sn2 Path
  42 Minutes
- 14.5
  Reactivity In Sn1 & Sn2 Path
  36 Minutes
- 14.6
  Reactivity In Sn1 & Sn2 Path
  30 Minutes
- 14.7
  Reactivity In Sn1 & Sn2 Path
  41 Minutes
- 14.8
  Elimination Reaction
  53 Minutes
- 14.9
  E1 & E2 Reaction, Isotopic Effect
  46 Minutes
- 14.10
  Orientation In Elimination Reaction
  45 Minutes
- 14.11
  Problems On Elimination Reaction
  48 Minutes
15. Alkane
4
- 15.1
  Alkane Preparation
  49 Minutes
- 15.2
  Alkane Preparation & Selective Hydrogenation
  31 Minutes
- 15.3
  Alkane Preparation
  40 Minutes
- 15.4
  Alkane Preparation
  38 Minutes
16. Alkene
3
- 16.1
  Alkene Preparation
  45 Minutes
- 16.2
  Alkene Preparation
  36 Minutes
- 16.3
  Alkene Properties
  53 Minutes
17. Alkyl Halides
2
- 17.1
  Preparation
  38 Minutes
- 17.2
  Properties
  49 Minutes
18. Chemical Bonding
22
- 18.1
  Introduction, definition, Concept & Type of Bonding
  53 Minutes
- 18.2
  Ionic Bonding, covalent bonding
  50 Minutes
- 18.3
  Ionic Character in Covalent Bonding, Electronegativity
  34 Minutes
- 18.4
  Dipole Moment
  42 Minutes
- 18.5
  Fajan’s Rule
  34 Minutes
- 18.6
  Model for Covalent Compound, V.B.T. – Lewis St. Model
  56 Minutes
- 18.7
  Lewis Structure Model
  45 Minutes
- 18.8
  Formal Charge
  46 Minutes
- 18.9
  Formal Charge Rule
  44 Minutes
- 18.10
  Resonance
  43 Minutes
- 18.11
  Merits & Demerits of Lewis St. Model
  44 Minutes
- 18.12
  Drawing Lewis St.
  30 Minutes
- 18.13
  VSEPR 1
  49 Minutes
- 18.14
  VSEPR 2
  51 Minutes
- 18.15
  VSEPR 3
  51 Minutes
- 18.16
  VSEPR 4
  33 Minutes
- 18.17
  BackBonding
  38 Minutes
- 18.18
  Bond Angle determination
  47 Minutes
- 18.19
  Concept of Hybridisation
  44 Minutes
- 18.20
  Sp3, Sp2 Hybridisation
  44 Minutes
- 18.21
  SP hybridisation, Relative study of SP, SP2, SP3 Hybridisation
  46 Minutes
- 18.22
  Hybridsation involving D-orbitals
  39 Minutes
19. Periodic Table
6
- 19.1
  Development of P.T.
  43 Minutes
- 19.2
  Mandeelev P.T. & Mosley, Modern P.T.
  43 Minutes
- 19.3
  Modern P.T. & Periodic Properties
  27 Minutes
- 19.4
  Atomic Volume & Radius
  49 Minutes
- 19.5
  Atomic Radius, Ionisation Energy
  28 Minutes
- 19.6
  Ionisation Energy
  48 Minutes
20. Metallurgy
5
- 20.1
  Introduction, Concentration of ore
  49 Minutes
- 20.2
  Roasting, Calcination, smelting
  41 Minutes
- 20.3
  Refining of metal
  29 Minutes
- 20.4
  Pyrometallurgy, electrometallurgy, Hydrometallurgy
  32 Minutes
- 20.5
  Ellingham Diagram
  43 Minutes
21. Hydrogen and its Compounds
3
- 21.1
  preparation, properties & Type of Hydrogen
  57 Minutes
- 21.2
  Compounds of Hydrogen, Hydrides, Water, Hydrates
  56 Minutes
- 21.3
  Hardness of Water, H2O2
  56 Minutes
22. S block metals
4
- 22.1
  IA 1 – elemental Properties of Alkali metals& its Compounds
  57 Minutes
- 22.2
  IA 2 – Na & its compound
  1 Hour
- 22.3
  IA 3 – Na & its Compounds, Use of Na & K
  27 Minutes
- 22.4
  IIA 1 – Elemental Properties
  41 Minutes
23. p block elements
3
- 23.1
  Introduction to P – Block & IIIA – elemental properties
  51 Minutes
- 23.2
  IIIA – General properties of compounds & B-compounds
  40 Minutes
- 23.3
  IIIA – Boron compounds, Use of B and Al
  35 Minutes

Types of Eqb Constant, Heterogeneous Eqb, Reaction Quotient

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Introduction, Eqb constant & Eqb Position

Range of Eqb Constant

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