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Video Lectures 11th Chemistry JEE Main level

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Complete 11th Assignments of AtoZ Chemistry in PDF form is free
Complete package of chemistry includes all of NEET syllabus includes both theory and problems discussion of basic and advance standard. The price also include the price Hard disc/pen drive & software Installation.
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Categories: JEE Main, Video Lectures

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This Package includes video Lectures of duration 190 hrs

this video Lectures includes JEE Main Solution of 11th Standrad

The details of the topics are as follows:

PHYSICAL CHEMISTRY

1). Introduction to Science : 3 hrs 10 min 49 sec

1.Scientific Method, Definition, Laws, Theory : 37 min 31 sec
2. Scientific Notation, Method to do Measurement : 38 min 57 sec
3. Accuracy, Precision & Error : 43 min 17 sec
4. Scientific Figure : 39 min 03 sec
5. Unit & Dimension & its use : 30 min 59 sec

2). Introduction to Chemistry : 5 hrs 58 min 47 sec

1. Definition of chemistry, atom, Molecule, Element & Compounds : 43 min 17 sec
2. Element & Atom’s properties : 43 min 18 sec
3. Naming of Inorganic Compounds 1 : 52 min 44 sec
4. Naming of Inorganic Compounds 2 : 57 min 01 sec
5. Naming of Inorganic Compounds 3 : 38 min 50 sec
6. Law of Conservation of atom & mass, Balancing of reaction : 49 min 06 sec
7. law of definite, Multiple & reciprocal Proportion : 47 min 26 sec
8. Electronic Configuration : 27 min 01 sec

3). Mole Concept : 4 hrs 16 min 01 sec

1. Avogadro’s No. : 3o min 47 sec
2. Mole & Number : 28 min 11 sec
3. Atomic, Molecular Weight : 26 min 03 sec
4. Ionic weight, Avg. Atomic Weight : 15 min 20 sec
5. Molar weight : 27 min 16 sec
6. Molar Volume & Gas Analysis : 30 min 02 sec
7. Gas Analysis : 17 min 46 sec
8. Empirical Formula Determination : 26 min 26 sec
9. Problems on Mole Concept : 54 min 41 sec

4). Stoichiometry : 2 hrs 44 min 41 sec

1. Introduction & POAC : 29 min 58 sec
2. Mole Stoichiometric relationship : 29 min 29 sec
3. Successive reaction & Limiting reagent : 25 min 40 sec
4. Gas Stoichiometry : 29 min 47 sec
5. Important Types of Reactions : 25 min 18 sec
6. Problems on Stoichiometry : 24 min 27 sec

5). Acid base Salt, Oxidation & Reduction 5 hrs 52 min 04 sec

1. Acid Base defintion : 23 min 50 sec
2. Acidity & Basicity : 32 min 14 sec
3. Acidic Strength : 29 min 57 sec
4. Acidic Strength : 23 min 46 sec
5. Conjugate Acid-Base pair, Basic Strength : 48 min 11 sec
6. Oxidation & Reduction : 50 min 43 sec
7. Calculation of Oxidation Number : 46 min 09 sec
8. O.A. & R.A., Balancing by Oxidation Number Method : 61 min 35 sec
9. Balancing by Ion Electron Method : 35 min 36 sec

6). Equivalent weight & n factor, Volumetric Analysis : 2 hrs 49 min 22 sec

1. n factor & Eq. Wt. Concept : 46 min 59 sec
2. Gm Eq. Concept : 35 min 08 sec
3. Volumetric Analysis- % terms, Mole fraction, Molality : 43 min 01 sec
4. Volumetric analysis- Molarity, Normality, Problems : 44 min 12 sec

7). Titration : 4 hrs 24 min 18 sec

1. Acid Base Titration : 49 min 33 sec
2. Acid Base Titration, Indicator : 56 min 11 sec
3. Redox Titration : 58 min 02 sec
4. Redox Titration, volume Strength of H2O2 : 50 min 38 sec
5. Redox Titration, Iodometry, Oleum, Bleaching Powder : 49 min 32 sec

8). Gaseous State : 6 hrs 24 min 31 sec

1. Introduction & Boyle’s law : 1 hr 07 min 55 sec
2. Manometer, Laws of Ideal gas : 50 min 22 sec
3. Ideal Gas Equation : 47 min 05 sec
4. MBVD curve : 40 min 52 sec
5. Diffusion & Effusion : 39 min 39 sec
6. Real Gas Analysis : 51 min 21 sec
7. Compressibility factor : 49 min 21 sec
8. Liquification of gas & Joule Thomson Coefficient : 37 min 53 sec

9). Thermodynamics & Thermochemistry : 10 hrs 57 min 10 sec

1. Zeroth Law of Thermodynamics : 55 min 36 sec
2. 1st law – System, Properties, State : 40 min 10 sec
3.1st Law, Process, Internal energy, Work : 43 min 39 sec
4. Work done in Irreversible process, Isobaric Process : 45 min 15 sec
5. Isochoric Process & problems TD : 42 min 27 sec
6. Isothermal irreversible Process, Problems on TD : 46 min 04 sec
7. Adiabatic Process : 49 min 10 sec
8. Thermochemistry & Enthalpy : 38 min 44 sec
9. Hess’s Law, Krichoff’s Law : 42 min 50 sec
10. Enthalpy of Formation, combustion : 39 min 41 sec
11.Enthalpy of Hydrogenation, Hydration, lattice energy : 40 min 09 sec
12. Enthapy of Neutralisation, atomisation, Bond Energy : 46 min 51 sec
13. 2nd Law, Entropy-positional : 40 min 12 sec
14. TD Entropy, 3rd Law, Entropy change in a reaction : 44 min 54 sec
15. Gibb’s free energy : 42 min 58 sec

10). Atomic Structure : 12 hrs 44 min 38 sec

1. Introduction, Cathode rays & Anode rays : 41 min 46 sec
2. J.J. Thomson Model, Millikan Oil Drop Experiment : 38 min 11 sec
3. Rutherford Experiment : 51 min 33 sec
4. Quantam Mechanics, BlackBody Radiation Experiment : 41 min 05 sec
5. Photoelectric Effect : 46 min 45 sec
6. Problems on Photoelectric Effect : 35 min 16 sec
7. Debroglie wavelength, Spectrum : 44 min 49 sec
8. Bohr Theroy : 47 min 17 sec
9. H – Spectrum : 49 min 03 sec
10. A Problems on Bohr’s Theory : 40 min 11 sec
11. Quantum Mechanical Model for Atomic Structure : 47 min 44 sec
12. Schrodinger wave equation : 53 min 54 sec
13. No. of Orbitals & Quantum no. : 45 min 05 sec
14. Orbital Curve, RPD curve, Defintion of Node : 45 min 53 sec
15. Calculation of Node, Orbital Picture : 43 min 05 sec
16. Multielectron system, Electronic configration : 56 min 14 sec
17. Stability of Elec. Configuration : 36 min 38 sec

11). Chemical Equilibrium : 4 hrs 46 min 15 sec

1. Introduction, Eqb constant & Eqb Postion : 51 min 36 sec
2. Types of Eqb Constant, Reaction Quotient : 44 min 56 sec
3. Range of Eqb Constant : 43 min 57 sec
4. Problems on Chemical Eqb : 41 min 37 sec
5. Problems on Chemical Eqb : 41 min 58 sec
6. Le-chatelier Principle : 42 miin 30 sec
7. Le-Chatelier Principle : 35 min 24 sec
8. Eqb & 2nd Law of TD : 26 min 32 sec

12). Ionic Equilibrium : 9 hrs 9 min 13 sec

1. Electrlyte, Dissociation of H2O, Nature of Solution : 46 min 31 sec
2. PH scale, Log & Antilog : 40 min 36 sec
3. PH of Strong Acid,Base Solution : 51 min 32 sec
4. PH of Weak Acid, Base solution : 41 min 36 sec
5. PH of mixture of Acids, Bases : 45 min 52 sec
6. PH of Polybasic acids : 40 min 36 sec
7. PH of Salt Solution 1 : 43 min 24 sec
8. PH of salt solution 2 : 52 min 31 sec
9. common ion effect, Buffer solution : 48 min 54 sec
10. Buffer Capicity : 45 min 35 sec
11. Solubility Equilibrium : 47 min 48 sec
12. Precipitation of Solid, Qualitative analysis of cation : 44 min 12 sec

ORGANIC CHEMISTRY

1. Introduction & Nomenclature : 12 hrs 19 min 04 sec

1. Introduction & Development of Organic Chemistry : 44 min 32 sec
2. Alkane : 59 min 48 sec
3. Alkane : 31 min 20 sec
4. Alkyl Group & Types of Hydrogen : 1 hr 08 min 17 sec
5. Alkene : 54 min 25 sec
6. Alkenyl : 31 min 56 sec
7. Alkyne & Alkynyl : 47 min 16 sec
8. Cycloalkane : 43 min 50 sec
9. Cycloalkene : 34 min 56 sec
10. Acid & Aldhedye : 45 miin 23 sec
11. Ester & Acid Halides : 28 min 15 sec
12. Amide & Nitrile : 28 min 24 sec
13. Alchol & Sulphonic Acid : 37 min 47 sec
14. Isonitrile, Amine, NitroAlkane, Halo Compounds : 39 min 14 sec
15. Ketone, Anhydride & Ether : 33 min 54 sec
16. Polyfunctional group compounds : 41 min 25 sec
17. Aromatic Compounds : 31 min 24 sec

2. GOC 1 – Hybridisation, Resonance & Aromaticity, Uf factor : 8 hrs 49 min 32 sec

1. GOC 1 – Concept of Hybridisation : 44 min 35 sec
2. GOC 1 – SP3, SP2 Hybridisation : 44 min 37 sec
3. GOC 1 – SP Hybridisation, Relative study of SP3, SP2, SP orbitals : 46 min 13 sec
4. GOC 1 – Effect of Hybridisation on Bond Length, Planar Nature : 60 min 02 sec
5. GOC 1 – Concept of Resonance : 39 min 54 sec
6. GOC 1 – Doing Resonance : 39 miin 05 sec
7. GOC 1 – Resoance Hybrid, Cannonical St. , Resonance Energy : 18 min 37 sec
8. GOC 1 – Condition of Resonance : 44 min 16 sec
9. GOC 1 – Writing Cannonical St. : 40 min 50 sec
10. GOC 1 – Relative Stability of Cannonical St. : 37 min 50 sec
11. GOC 1 – Intoduction to aromaticity : 43 min 18 sec
12. GOC 1 – Introduction to aromaticity : 38 min 56 sec
13. GOC 1 – Unsatuaration Factor : 31 min 14 sec

3. GOC 2 – Substitutent Effect : 3 hrs 48 min 13 sec

1. GOC 2 – Substituent Effect, Hyperconjugation : 48 min 49 sec
2. GOC 2 – Substituent Effect, Hyperconjugation : 43 miin 48 sec
3. GOC 2 – Substituent Effect, Mesomeric Effect : 47 min 49 sec
4. GOC 2 – Substituent Effect, Inductive Effect : 45 min 57 sec
5. GOC 2 – Electromeric effect, Staric Effect, Relative M & I Effect : 41 min 48 sec

4. GOC 2 – Reactive Intermediate, Acid, Base, Electrophile, Nucleophile : 5 hrs 53 min

6. GOC 2 – Reactive Intermediate, Carbocation : 45 min 37 sec
7. GOC 2 – Reactive Intermediate, Carbocation Rearrangement : 41 min 54 sec
8. GOC 2 – Reactive Intermediate, Carbonium ion rearrangment : 41 min 52 sec
9. GOC 2 – Reactive Intermediate, Carbanion : 36 min 50 sec
10. GOC 2 – Reactive Intermediate, Free Radical : 47 min 19 sec
11. GOC 2 – Reactive Intermediate, Carbene & Nitrene : 41 min 58 sec
12. GOC 2 – Acid Base, Electrophile Nucleophile : 49 min 52 sec
13. GOC 2 – Acid Base, Electrophile Nucleophile : 47 min 35 sec

5. Isomerism : 11 hrs 51 min 09 sec

1. Structural Isomers : 38 min 56 sec
2. Tautomerism : 37 min 10 sec
3. Stability of Tautomers : 43 min 41 sec
4. Geometrical Isomerism : 41 min
5. E-Z Nomenclature, Properties of G.I. : 43 min 43 sec
6. No. of G.I., Interconversion of G.I. : 48 min 09 sec
7. Optical Isomerism & its conditions : 50 min 28 sec
8. Different types of Projections, R-S configuration : 57 min 37 sec
9. Relationship between optical isomers : 45 min 47 sec
10. Dissymmetry in a Molecule : 44 min 09 sec
11. Enantiomers, Mesomers, Diastereomers : 39 min 16 sec
12. No. of Optical isomers, Stereoisomers : 44 min 58 sec
13. measurement of optical Activity : 38 miin 12
1. No. of Isomers : 35 min 20 sec
15. Conformational Isomers : 51 min 47 sec
16. Conformers of Propane, Butane, Cyclohexane & Problems : 44 min 04 sec

6. Reaction Mechanism : 9 hrs 56 min 43 sec

1. Introduction, Types of Organic Reactions : 35 min 47 sec
2. Nucleophilic Substitution reaction : 40 min 40 sec
3. SN1 & SN2 reaction, SNi Pathway : 53 min
4. Reactivity in SN1 & SN2 path : 36 min 02 sec
5. Elimination Reaction : 43 min 09 sec
6. E1 & E2 reaction, Isotopic Effect : 46 min 02 sec
7. Orientation in Elimination reaction : 45 min 06 sec
8. Elimination vs Substitution : 33 miin 58 sec
9. Addtion Reaction : 51 min 27 sec
10. Electrophilic Aromatic Substitution Reaction : 49 min 24 sec
11. Orientation in Electrophilic Aromatic Substitution : 53 min 22 sec
12. Reactivity in Electrophilic Aromatic Substitution Reaction : 30 min 01 sec
13. Nucleophilic Aromatic Substitution : 44 min 42 sec
14. Benzyne Pathway : 23 min 31 sec

7. Hydrocarbon: Alkane, Alkene, Alkyne : 13 hrs 02 min 42 sec

1. Hydrocarbon – Alkane Preparation : 49 min 16 sec
2. Hydrocarbon – Alkane Preparation & Selective Hydrogenation : 30 min 04 sec
3. Hydrocarbon – Alkane Preparation : 40 min 10 sec
4. Hydrocarbon – Alkane Preparation : 37 min 57 sec
5. Hydrocarbon – Alkane Preparation : 31 min 58 sec
6. Hydrocarbon – Alkane Properties : 55 min 30 sec
7. Hydrocarbon – Alkane Properties & Problems : 39 min 34 sec
8. Hydrocarbon – Alkene Preparation : 45 min 12 sec
9. Hydrocarbon – Alkene Preparation : 36 min 04 sec
10. Hydrocarbon – Alkene Properties : 53 min 33 sec
11. Hydrocarbon – Alkene Properties : 40 min 18 sec
12. Hydrocarbon – Alkene Properties : 42 min 19 sec
13. Hydrocarbon – Alkene Properties & Ozonolysis : 40 min 57 sec
14. Hydrocarbon – Alkene Properties, Oxidation, Substitution : 38 min 08 sec
15. Hydrocarbon – Alkyne preparation : 36 min 37 sec
16. Hydrocarbon – Alkyne Properties : 47 min 56 sec
17. Hydrocarbon – Alkyne Properties : 46 min 53 sec
18. Aromatic Compounds – Benzene : 41 min 34 sec
19. Aromatic Compounds – Aromatic Hydrocarbon : 29 min 40 sec

INORGANIC CHEMISTRY

1). Chemical Bonding : 22 hrs 35 min 48 sec

1. Introduction, definition, Concept & Type of Bonding : 53 min 17 sec
2. Ionic Bonding, covalnet bonding : 50 min 42 sec
3. Ionic Character in Covalent Bonding, Electronegativity : 34 min 47 sec
4. Dipole Moment : 42 min 10 sec
5. Fajan’s Rule : 34 min 12 sec
6. Model for Covalent Compound, V.B.T. – Lewis St. Model : 55 min 50 sec
7. Lewis Structure Model : 45 min 35 sec
8. Formal Charge : 46 min 08 sec
9. Formal Charge Rule : 44 min 08 sec
10. Resonance : 43 min 06 sec
11. Merits & Demerits of Lewis St. Model : 44 min 02 sec
12. Drawing Lewis St. : 30 min 28 sec
13. VSEPR 1 : 49 min 46 sec
14. VSEPR 2 : 50 min 50 sec
15. VSEPR 3 : 51 min 49 sec
16. VSEPR 4 : 33 min 07 sec
17. BackBonding : 38 min 20 sec
18. Bond Angle determination : 47 min 28 sec
19. Concept of Hybridisation : 44 min 35 sec
20. Sp3, Sp2 Hybridisation : 44 min 37 sec
21. SP hybridisation, Realtive study of SP, SP2, SP3 Hybridisation : 46 min 13 sec
22. Hybridsation involving D-orbitals : 39 min 10 sec
23. Hybridsation with D-orbitals, Limitaion of Hybridisation : 41 min 36 sec
24. Calculation of Hybridisation of Central Atom, Problems : 43 min 03 sec
25. Merits & demerits of VBT, Introduction to MOT : 33 min 35 sec
26. MO formation, Bond Order : 42 min 59 sec
27. MO with P-orbitals, B2, Magnetic Character : 43 min 37 sec
28. MO of Diatomic Species, Hetroatomic Species : 51 min 38 sec
29. Secondary Bondings : 38 min 51 sec
30. H Bonding : 37 min 45 sec
31. Metallic Bonding : 52 min 38 sec

2). Periodic Table : 6 hrs 41 min 57 sec

1. Development of P.T. : 43 min 43 sec
2. Mandeelev P.T. & Mosley, Modern P.T. : 43 min 35 sec
3. Modern P.T. & Periodic Properties : 26 min 56 sec
4. Atomic Volume & Radius : 52 miin 06 sec
5. Atomic Radius, Ionisation Energy : 28 min 32 sec
6. Ionisation Energy : 48 min 29 sec
7. Electron Affinity, Hydration Energy : 48 min 57 sec
8. Electronegativity, Lattice Energy : 46 miin 15 sec
9. Oxidising & Reducing Power, Nature of oxides : 38 min 20 sec
10. M.P., Density, Bond Energy, Digoanl relation, Inert Pair Effect : 24 min 57 sec

3). Hydrogen & its Compounds : 2 hrs 50 min 26 sec