Curriculum
- 12 Sections
- 69 Lessons
- 100 Hours
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- Chapter 1 (Solid State)4
- Chapter 2 (Solutions)10
- 2.0Types of solutions20 Minutes
- 2.1Ways of expressing concentrations 120 Minutes
- 2.2Ways of expressing concentrations 220 Minutes
- 2.3Henry’s Law and applications 120 Minutes
- 2.4Raoult’s Law and applications 220 Minutes
- 2.5Colligative property 110 Minutes
- 2.6Colligative property 215 Minutes
- 2.7Colligative property 315 Minutes
- 2.8Colligative property 415 Minutes
- 2.9Abnormal Molecular Mass15 Minutes
- Chapter 3 (Electro Chemistry)8
- 3.1Electrolytic conductivity 120 Minutes
- 3.2Debye Huckel limiting law15 Minutes
- 3.3Electrochemical Cell20 Minutes
- 3.4Cell potential in electrochemistry20 Minutes
- 3.5How to use Nernst equation20 Minutes
- 3.6Gibbs free energy in electrochemistry20 Minutes
- 3.7Understand Faradays Laws of Electrolysis20 Minutes
- 3.8Fundamentals of commercial batteries20 Minutes
- Chapter 4 (Chemical Kinetics)6
- 4.1How to calculate rate of reaction20 Minutes
- 4.2How to calculate reaction law and orders20 Minutes
- 4.3Initial rate method know it all faster15 Minutes
- 4.4How to use integral method in kinetics 120 Minutes
- 4.5How to use integral method in kinetics 215 Minutes
- 4.6How Collision Theory Explains Chemical Reactions20 Minutes
- Chapter 8 (d-block Elements)7
- 5.1d block electron configuration charts10 Minutes
- 5.2Trend across d block 1 atomic radii10 Minutes
- 5.3Trend across d block 2 melting point10 Minutes
- 5.4Trend across d block 3 Ionization energy10 Minutes
- 5.5Trend across d block 4 Oxidation state10 Minutes
- 5.6Trend in d block 5 Electrode Potential10 Minutes
- 5.7Trend in d block metal properties
- Chapter 9 (Co-ordinate Compounds)6
- Chapter 10 (Haloalkanes Haloarenes)7
- Chapter 11 (Alcohols, Phenols Ethers)7
- Chapter 12 (Aldehyde Ketones)4
- Chapter 12 (Carboxylic acid, Derivatives)3
- Chapter 13 (Amines)3
- Chapter 14 (Biomolecules)4
Vitamins classification uses
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