Chapter 1. Solid States

• 1. Amorphous & Crystalline Solid

  26 Minutes
• 2. Bravius Lattice

  15 Minutes
• 3. Cubic Unit Cells

  17 Minutes
• 4. Closest Packed St & Hcp St

  22 Minutes
• 

  5. Tetrahedral & Octahedral Void

  12 Minutes
• 

  6. Density Of Unit Cell

  7 Minutes
• 

  7. Radius Ratio

  7 Minutes
• 

  8. Types Of Ionic Solid

  18 Minutes
• 

  9. Defect In Solid

  23 Minutes
• 

  10. Semiconductor & Magnetic Properties

  34 Minutes
• 

  11. Solid State Problems Discussion (1)

  20 Minutes
• 

  12. Solid State Problems Discussion

  16 Minutes
• 

  13. Solid State Neet Problems Discussion

  20 Minutes
• 

  14. Solid State Neet Problems Discussion

  16 Minutes

Chapter 2. Solutions

• 

  1. Thermodynamics Of Solution Formation

  15 Minutes
• 

  2. Factors Affecting Solubility

  15 Minutes
• 

  3. Colligative Properties & Vapour Pressure

  11 Minutes
• 

  4. Raoults Law

  16 Minutes
• 

  5. Relative Lowering Of Vapour Pressure

  17 Minutes
• 

  6. Ideal, Non Ideal & Azeotropic Solution

  42 Minutes
• 

  7. Elevation In B.p., Depression In F.p.

  13 Minutes
• 

  8. Osmotic Pressure & Van't Hoff Factor

  36 Minutes
• 

  9. Solution - Problems Discussion

  23 Minutes
• 

  10. Solution - Neet Problems Discussion

  21 Minutes

Chapter 3. Electrochemistry

• 

  1. Galvanic Cell

  8 Minutes
• 

  2. Cell Notation & Cell Reaction

  5 Minutes
• 

  3. Emf Of Cell

  10 Minutes
• 

  4. Measruement Of S.r.p.

  3 Minutes
• 

  5. Electrochemcial Series

  13 Minutes
• 

  6. The Nernst Equation & Concentration Cell

  19 Minutes
• 

  7. Battery & Its Types (12th Board)

  31 Minutes
• 

  8. Electrolysis

  3 Minutes
• 

  9. Faraday Law

  6 Minutes
• 

  10. Resistance & Conductance

  12 Minutes
• 

  11. Variations In Molar & Eq. Conductance

  14 Minutes
• 

  12. Kohlrausch Law

  8 Minutes
• 

  13. Measurement Of Resistance Of Cell

  5 Minutes
• 

  14. Conductometric Titration

  17 Minutes

Chapter 4. Chemical Kinetics

• 

  1. Rate Of Reaction

  11 Minutes
• 

  2. Differential Rate Law, Initial Rate

  21 Minutes
• 

  3. Integrated Rate Laws

  30 Minutes
• 

  4. Pseudo Order Reaction

  16 Minutes
• 

  5. Volume & Pressure Change Method

  12 Minutes
• 

  6. Reaction Mechanism

  20 Minutes
• 

  7. Arhenius Equation

  27 Minutes

Chapter 5. Surface Chemistry

• 

  1. Adsorption

  19 Minutes
• 

  2. Pressure & Temperature Effect

  12 Minutes
• 

  3. Catalysis

  11 Minutes
• 

  4. Colloids

  26 Minutes
• 

  5. Preparation & Purification Of Colloids

  13 Minutes
• 

  6. Optical & Electrical Properties

  28 Minutes
• 

  7. Coagulation Value & Gold Number

  14 Minutes

Chapter 6. General Principles And Processes Of Isolation Of Elements

• 

  1. Concentration Of Ore

  18 Minutes
• 

  2. Roasting, Calcination, Smelting

  17 Minutes
• 

  3. Electrorefining, Chromatographic Method

  11 Minutes
• 

  4. Electrometallurg, Hydrometallurgy

  17 Minutes
• 

  5. Ellingham Diagram

  33 Minutes
• 

  6. Extraction Of Cu & Fe

  14 Minutes
• 

  7. Extration Of Al & Zn

  21 Minutes

Chapter 7. P – Block Elements

• 

  1. Introduction To P- Block Elements

  11 Minutes
• 

  2. Iiia - Elemental Properties.mp4

  11 Minutes
• 

  3. Iiia - General Properties Of Compounds.mp4

  10 Minutes
• 

  4. Iiia - Boron Compounds

  22 Minutes
• 

  5. Use Of B And Al

  5 Minutes
• 

  6. Iva Elemental Properties

  7 Minutes
• 

  7. Iva Elements Chemical Properties

  10 Minutes
• 

  8. Allotropes Of Carbon

  17 Minutes
• 

  9. Compounds Of C

  21 Minutes
• 

  10. Silicones

  10 Minutes
• 

  11. Silicates

  26 Minutes
• 

  12. Compouds Of Va Elements

  8 Minutes
• 

  13. Nitrogen & Ammonia

  9 Minutes
• 

  14. Nitric Acid

  9 Minutes
• 

  15. Phosphorous & Phosphine

  11 Minutes
• 

  16. Phosphorus Chlorides

  8 Minutes
• 

  17. Phosphorous Oxides & Hydroxides

  13 Minutes
• 

  18. Compounds Of Via Elements

  30 Minutes
• 

  19. Oxygen & Ozone

  10 Minutes
• 

  20. Allotropes Of Sulphur

  15 Minutes
• 

  21. Oxyacids Of Sulphur

  10 Minutes
• 

  22. Compounds Of Halogens

  18 Minutes
• 

  23. Chlorine & Hcl

  12 Minutes
• 

  24. Noble Gas

  21 Minutes

Chapter 8. D And F Block Elements

• 

  1. Elemental Properties

  17 Minutes
• 

  2. Elemental Properties

  14 Minutes
• 

  3. Elemental Properties

  11 Minutes
• 

  4. K2cr2o7

  14 Minutes
• 

  5. Kmno4

  11 Minutes
• 

  6. Lanthanoids

  30 Minutes
• 

  7. Actinoids

  19 Minutes

Chapter 9. Coordination Compounds

• 

  1. Nomenclature Of Complex Compounds

  30 Minutes
• 

  2. Primary & Secondary Valency

  17 Minutes
• 

  3. Concept Of Ean

  18 Minutes
• 

  4. Vbt In Complex Compounds

  53 Minutes
• 

  5. Cft In Complex Compounds

  25 Minutes
• 

  6. Cft For Octahedral & Tetrahedral Complex

  27 Minutes
• 

  7. Structural Isomerism In Complex Compounds

  25 Minutes
• 

  8. Geometrical Isomerism In Complex Compounds

  25 Minutes
• 

  9. Optical Isomerism, Use Of Complex

  26 Minutes
• 

  10. Organometallic Compounds

  23 Minutes

Chapter 10. Haloalkanes And Haloarenes

• 

  1.preparation

  24 Minutes
• 

  2. Chemical Properties

  28 Minutes
• 

  3. Haloform Reaction

  7 Minutes
• 

  4. Griginard Reagent

  12 Minutes
• 

  5. Aryl Halides

  18 Minutes

Chapter 11. Alcohols, Phenols, And Ethers

• 

  1. Preparation Of Alcohol

  18 Minutes
• 

  2. Oxidation Of Alcohol

  10 Minutes
• 

  3. Hydrates Acetal Ketal

  23 Minutes
• 

  4. Tests Of Alcohol

  9 Minutes
• 

  5. Ether Preparation & Properties

  18 Minutes
• 

  6. Phenol Preparation

  8 Minutes
• 

  7. Phenol Chemical Properties

  13 Minutes
• 

  8. Riemer Tiemann Reaction

  4 Minutes

Chapter 12. Aldehydes, Ketones, And Carboxylic Acids

• 

  1. Preparation

  13 Minutes
• 

  2. Beckmann Rearrangement Witting Reaction

  20 Minutes
• 

  3. Bayer Villegar Oxidation

  5 Minutes
• 

  4. Aldol Condensation Reaction

  15 Minutes
• 

  5. Cannizzaro Reaction

  12 Minutes
• 

  6. Benzoin Condensation

  6 Minutes
• 

  7. Perkin Condensation

  3 Minutes
• 

  8. Reformasky Reaction

  5 Minutes
• 

  9. Aldehyde & Ketone Tests.

  24 Minutes
• 

  10. Aromatic Aldehyde & Ketone Preparation

  5 Minutes
• 

  11. Chemical Reaction Of Aromatic Aldehyde

  7 Minutes
• 

  12. Carboxylic Acid - Preparation

  6 Minutes
• 

  13. Carboxylic Acid - Chemical Reactions Of Acids

  17 Minutes
• 

  14. Carboxylic Acid - Hvz, Hoffmann Reaction

  19 Minutes

Chapter 13. Organic Compounds Containing Nitrogen

• 

  1. Alkane Nitrile & Isonitrile

  7 Minutes
• 

  2. Nitrogen Containing Compounds - Amine Preparation

  23 Minutes
• 

  3. Carbyl Amine Reaction

  3 Minutes
• 

  4. Aniline

  23 Minutes
• 

  5. Phenyl Diazonium Salts

  32 Minutes

Chapter 14. Biomolecules

• 

  1. Introduction & Types Of Carbohydrates

  25 Minutes
• 

  2. D-glucose & D-fructose

  33 Minutes
• 

  3. Oxidation With Hio4

  6 Minutes
• 

  4. Sucrose, Maltose, Lactose

  18 Minutes
• 

  5. Starch, Cellulose, Glycogen

  20 Minutes
• 

  6. Reducing Sugar, Mutarotation, Osazone Formation

  32 Minutes
• 

  7. Amino Acids

  25 Minutes
• 

  8. Proteins

  32 Minutes
• 

  9. Vitamins

  18 Minutes
• 

  10. Nucleic Acid

  29 Minutes

Chapter 15. Polymers

• 

  1. Addition Polymerisation

  17 Minutes
• 

  2. Condensation Polymerisation

  8 Minutes
• 

  3. Division Of Polymer

  24 Minutes
• 

  4. Examples Of Polymer

  29 Minutes

Chapter 16. Chemistry In Everyday Life

• 

  1. Poc Qualitative Analysis

  13 Minutes
• 

  2. Poc Qualitative Analysis

  7 Minutes
• 

  3. Poc Quantitative Analysis

  8 Minutes
• 

  4. Poc Quantitative Analysis

  9 Minutes