Curriculum
- 3 Sections
- 34 Lessons
- 10 Weeks
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- Chapter 1 Basic concepts15
- 1.01 – Types of molecules
- 1.12 – Types of ion
- 1.23 – Polyatomic ion
- 1.34 – Molecular ion
- 1.45 – Relative atomic mass
- 1.56 – Isotopes
- 1.67 – Mass spectrometry
- 1.78 – Empirical formula and methods of determination
- 1.89 – Determination of empirical formula
- 1.910 – Mole and Avogadro’s number
- 1.1011 – Molar volume
- 1.1112 – Empirical formula by combustion analysis
- 1.1213 – Yield
- 1.1314 – Problems related to yield
- 1.1415 – Stoichiometry
- Chapter 3 Gases12
- 2.01 – Boyle’s law
- 2.12 – Graphical explanation of Boyle’s law
- 2.23 – Derivation of absolute zero
- 2.34 – Derivation of gas laws
- 2.45 – General gas equation
- 2.56 – General gas constant
- 2.67 – Dalton law of partial pressure
- 2.78 – Derivation of gas laws from kinetic molecular theory
- 2.89 – Kinetic interpretation of temperature
- 2.910 – Non ideal behavior of gases
- 2.1011 – Liquification of gases
- 2.1112 – Intermolecular forces
- Chapter 4 Liquids and Solids7
