Become A Chemistry Master

Course Curriculum

Chapter 1: Introduction

Lecture 1: About Me

Lecture 2: Covered Topics in the Course

Lecture 3: What is Chemistry ?

Chapter 2: Atom and Atomic Models

Lecture 1: Atoms , Ions and Molecules

Lecture 2: Discovery of Electron, Proton and Neutron

Lecture 3: Dalton's Atomic Theory

Lecture 4: Alpha Experiment

Lecture 5: Rutherford’s Model of Atom

Lecture 6: Bohr's Atomic Model

Lecture 7: Atomic Number and Atomic Mass

Lecture 8: Isptopes

Lecture 9: Isotones

Lecture 10: Isobars

Chapter 3: Matter and it's Types

Lecture 1: Matter

Lecture 2: States of Matter

Lecture 3: Changing in States of Matter

Lecture 4: Melting and Melting point

Lecture 5: Boiling and Boiling Point

Lecture 6: Freezing and Freezing Point

Lecture 7: Evaporation

Lecture 8: Condensation

Lecture 9: Sublimation

Lecture 10: Diffusion

Lecture 11: Latent Heat

Chapter 4: Element and Compound

Lecture 1: Chemical and Physical Change

Lecture 2: Elements

Lecture 3: Symbols of Elements

Lecture 4: Compound

Lecture 5: Mixtures

Lecture 6: Solution, Solvent and Solute

Lecture 7: Strength of Solution

Lecture 8: Weight Percentage of Solution

Lecture 9: Solubility

Lecture 10: Volume Percentage of Solution

Lecture 11: Parts Per Million (PPM)

Lecture 12: Normality of Solution

Lecture 13: Molarity of Solution

Lecture 14: Molality of Solution

Lecture 15: Relation Between Normality and Molarity

Lecture 16: Mole fraction

Lecture 17: Separation of Mixtures

Chapter 5: Metals and Non Metals

Lecture 1: Metals, Non-Metals and Metalloids

Lecture 2: Reactivity Series of Metals

Chapter 6: Periodic Table and Other Important Topics

Lecture 1: Periodic Table

Lecture 2: Noble Gases or Inert Gases

Lecture 3: Valency and Valance Electron

Lecture 4: Chemical Formulae or Molecular Formulae

Lecture 5: Mole Concept

Lecture 6: Atomic Mass Unit or Atomic Mass of An Element

Lecture 7: Gram Atomic Mass and Gram Molecular Mass

Chapter 7: Chemical Reaction and Equation

Lecture 1: Chemical Reactions and Equations

Lecture 2: Symbols in Chemical Equations

Lecture 3: Balanced and Unbalanced Chemical Equations

Lecture 4: Balancing of Chemical Equations

Lecture 5: Types of Chemical Reactions

Lecture 6: Effects of Oxidation Reaction in Everyday Life

Chapter 8: Laws of Chemical Combination

Lecture 1: Law of Conservation of Mass

Lecture 2: Law of Constant Proportion

Lecture 3: Law of Multiple Proportions

Lecture 4: Law of Gaseous Volume

Lecture 5: Law of Reciprocal Proportions

Lecture 6: Avogadro's law

Lecture 7: Boyle’s Law

Lecture 8: Charles’s Law

Chapter 9: Acids, Bases and Salts

Lecture 1: Acids, Bases and Salts

Lecture 2: Indicators

Lecture 3: pH Scale

Chapter 10: HydroCarbon

Lecture 1: Introduction to Carbon

Lecture 2: Chemical Bonds

Lecture 3: Introduction to Hydrocarbon

Lecture 4: Naming of Hydrocarbon

Lecture 5: Functional Group

Lecture 6: Halo Group or Haloalkanes

Lecture 7: Alcohols

Lecture 8: Aldehydes

Lecture 9: Ketones

Lecture 10: Carboxylic Acids (or Organic Acids)

Chapter 11: Bonus

Lecture 1: Measurement

Lecture 2: Scientific notation

Chapter 12: HydroCarbon

Lecture 1: Temperature