Related Unit Name
- 1. General characteristics of solid state
- 2. Amorphous and crystalline solids
- 3. Classification of crystalline solids
- 4. Different Classes of Crystals
- 5. Mathematical Calculations of Cubic System
- 6. Arrangement of the atom / particles of the solids in three dimensions
- 7. Types of voids found in close packing
- 8. Crystals defects (Point Defects)
- 9. Properties of Solids
- 10. Electrical properties
- 11. Magnetic properties
- 12. Mix of concepts
- 1. Types of solutions
- 1. Electrochemical cells
- 1. Rate of a chemical reaction
- 2. Expressing concentration of solutions
- 3. Colligative properties & constitutional properties
- 4. Solution containing volatile solute / solvents
- 5. Ideal and non-ideal solutions
- 6. Azeotropic Mixtures
- 7. Solubility of gases in liquids
- 8. Mix of concepts
- 2. Nernst equation
- 3. Conductance of electrolytic solutions
- 4. Electrolytic cells and electrolysis
- 5. Batteries
- 6. Fuel cells
- 7. Corrosion
- 8. Corrosion
- 9. Mix of concepts
- 2. Factors influencing rate of a reaction
- 3. Integrated rate equations
- 4. Methods to monitor the progress of the reaction
- 5. Effect of temperature on rate of reaction
- 6. Arrhenius theory of reaction rate
- 1. Adsorption
- 1. Occurrence of metals old
- 2. Catalysis
- 3. Colloids
- 4. Classification of colloids
- 5. Emulsions
- 6. Colloids around us
- 7. Mix of concepts
- 2. Metallurgy of Some Important Metals
- 3. Purification or Refining of Metal
- 4. Thermodynamic principles of metallurgy
- 5. Electrochemical principles of metallurgy
- 6. Oxidation reduction
- 7. Refining
- 8. Uses of aluminium, copper, zinc and iron
- 9. Mix of concepts
- 1. Group 15 elements
- 1.Group 17 elements
- 1. Periodic trends and properties of d-Block Elements
- 2. Dinitrogen
- 3. Ammonia
- 3. Ammonia
- 4. Oxides of nitrogen
- 5. Nitric acid
- 6. Phosphorus - Allotropic forms
- 7. Compounds of Phosphorous
- 8. Phosphorus halides
- 9. Oxoacids of phosphorus
- 10. Group 16 elements
- 11. Dioxygen
- 12. Oxides
- 13. Ozone
- 14. Sulphur - Allotropic forms
- 15. Sulphur dioxide
- 16. Oxoacids of sulphur
- 17. Sulphuric acid
- 18. Group 17 elements
- 19. Chlorine
- 20. Hydrogen chloride
- 21. Oxoacids of halogens
- 22. Interhalogen compounds
- 23. Group 18 elements
- 24. Mix of concepts
- 2. Chlorine
- 3. Hydrogen chloride
- 4. Oxoacids of halogens
- 5. Interhalogen compounds
- 6. Group 18 elements
- 7. Compounds of Xenon
- 8. Some applications of d-and f-Block elements
- 2. Silver nitrate
- 3.Potassium Permanganatic (KMnO4)
- 4. POTASSIUM DICHROMATE
- 5. Periodic trends and properties of f-Block Elements
- 6. The Lanthanides
- 7. The Actinides
- 7. General characteristics of catalyst
- 3. Colligative properties & constitutional properties
- 8. Some applications of d-and f-Block elements
- 1. Occurrence of metals
- 1. Coordination Entity/Coordination Sphere :
- 1. Alkyl Halides
- 1. Strucutre and bonding in aldehydes and ketones
- 1. Amines
- 1. Carbohydrates
- 1. Drugs and their Classification
- 1. Drugs and their Classification
- 2. Denticity and Chelation
- 3. Nomenclature of Coordination Compounds
- 4. Werner's Theory
- 5. Bonding in coordination compounds
- 6. Magnetic Properties of Coordination Compounds
- 7. Crystal Field Theory
- 8. COLOUR IN COORDINATION COMPOUNDS
- 2. Types of Reagents
- 3. Types of Solvents
- 4. Nucleophilic substitution reactions of alkyl halides
- 5. Aryl Halides
- 6. Elimination reactions of alkyl halides
- 7. Reactions of chloroform
- 2. Preparation methods of Aldehydes and Ketones
- 3. Methods used for the preparation of Aldehydes only
- 4. Methods used for the preparation of Ketones only
- 5. Physical properties of Aldehydes and Ketones
- 6. Chemical Reactions
- 7. Uses of Aldehydes and Ketones
- 8. Carboxylic acid and derivatives of carboxylic acids
- 9. Methods of Preparation of Carboxylic Acid
- 10. Chemical Reactions of carboxylic acid
- 11. Uses of Carboxylic Acids
- 2. Aniline
- 3. Nomenclature
- 4. Preparation of Amines
- 5. Physical Properties
- 6. Chemical Reactions
- 7. Method of Preparation of Diazonium Salts
- 8. Physical Properties
- 9. Chemical Reactions
- 10. Importance of Diazonium Salts
- 11. Mix of concepts
- 2. Proteins
- 3. Polymers
- 4. Classification of Polymers
- 5. Biodegradable Polymers
- 6. Mix of concepts
- 2. Types of Chemical Messenger
- 3. Drugs According to their Action
- 4. Chemicals in Food
- 5. Rocket Propellant
- 6. Nucleic acids
- 2. Drug-Target Interaction
- 3. Therapeutic Action
- 4. Chemicals in Food
- 5. Cleansing Agents
- 6. Mix of concepts
- 9. Metal Carbonyls
- 10. STABILITY OF COORDINATION COMPOUNDS
- 11. Isomerism in coordination compounds :
- 12. Applications of coordination and organometallic compounds
- 8. Carbon tetrachloride (pyrene)
- 9. Alchols and Ethers – Introduction and Classification
- 10. Nucleophilic substitution (SN) reaction of alcohols
- 11. E1 Reaction of alcohols
- 12. E2 Reaction of alcohols
- 13. Ethers
- 12. Carboxylic Acid Derivatives
- 7. Lipids
- 8. Enzymes and Hormones
- 9. Vitamins
- 10. Physical properties of organic compounds
- 10. Nucleophilic substitution (SN) reaction of alcohols