SPM Form 4 Chemistry KSSM 2020 Revision Notes, Videos and Practice

02 The Structure of Atoms

  1. The Particle Theory of Matter
    1. Diffusion
      1. Diffusion in Solid
      2. Diffusion in Liquid
      3. Diffusion in Gas
    2. Brownian Motion
    3.  Symbol of Element
    4. Element and Compound
  2. Three States of Matter
    1. Inter-conversion between the States of Matter
    2. Heating Curve
    3. Cooling Curve
    4. Melting Point, Boiling Point and the State of Matter
  3. 2.3 Structure of Atom
    1. Modern Atomic Model
    2. The Charge of Particles
    3. Proton Number and Nucleon Number
    4. Isotopes
  4. Electrons Arrangement in Atom
    1. Valence Electron

03 Concept of Mole, Formulae and Equations

  1. Relative Atomic Mass
  2. Concept of Mole
    1. Number of Mole and Number of Particles
    2. Number of Mole of Atoms and Number of Mole of Molecules
    3. Number of Mole and Mass
    4. Number of Mole and Volume of Gas
  3. Chemical Formulae
    1. Empirical Formula
    2. Molecular Formula
    3. Percentage of Mass
    4. Formula of Ion
    5. Formula of Ionic Compounds
    6. Formula of Molecules
  4. Chemical Equations

04 Periodic Table of Elements

  1. Periodic Table (History of Development)
    1. Modern Periodic Table
    2. Periodic Table and Electron Arrangement
  2. Group 18 Elements 
  3. Group 1 Elements
    1. Physical Properties of Group 1 Elements
    2. Chemical Properties of Group 1 Elements
      1. Alkali Metals + Chlorine
      2. Alkali Metals + Oxygen
      3. Alkali Metals + Water
  4. Group 17 Elements
    1. Physical Properties of Group 17 Elements
    2. Chemical Properties of Group 17 Elements
      1. Halogens + Water
      2. Halogens + Metal
      3. Halogens +Sodium Hydroxide
  5. The Periods and Transition Metals
  6. Transition Metals

05 Chemical Bonds

  1. Stability of Noble Gases
  2. Chemical Bonds
  3. Formation of Ions
    1. Formation of Positive Ions
    2. Formation of Negative Ions
  4. Ionic Bonding
  5. Covalent Bonding
    1. Number of Bonds
    2. Predicting the Molecular Formula of Covalent Compounds
  6. Hydrogen Bond
  7. Dative Bond
  8. Metallic Bond
  9. Physical Properties of Ionic Compounds and Covalent Compounds
    1. Physical Properties of Covalent Compounds
    2. The Macromolecular Compounds

06 Acids, Bases and Salts

  1. Acids
    1. Basicity of Acids
    2. Physical Properties of Acids
  2. Chemical Properties of Acids
    1. Acid + Reactive Metal
    2. Acid + Carbonate
    3. Acid + Base Oxide
    4. Acid + Alkali
  3. Writing Ionic Equation of the Reactions of Acids
  4. Bases
    1. Physical Properties of Alkali
    2. Chemical Properties of Bases/Alkalis
    3. Oxide: Basic, Acidic, Neutral, or Amphoteric
  5. Role of Water to Show Properties of Acids and Alkali
  6. Strength of Acids/Alkalis
  7. pH Scale and Acids/Alkali Indicators
  8. Solute, Solvent and Solution
  9. Concentration
    1. Conversion of the Unit of Concentration
  10. Molarity and Number of Moles
    1. Molarity and the pH Value of Acid or Alkali
    2. Concentration of Acid
    3. Preparing Standard Solutions
  11. Dilution
  12. Understanding Salts
    1. Uses of Salts
  13. Preparing Salts
    1. Preparing Salts of Potassium, Sodium and Ammonium
    2. Preparing Salts of Non-“Potassium, Sodium and Ammonium”
    3. Preparing Insoluble Salts
  14. Constructing Ionic Equations Using the Continuous Variation Method
  15. Stoichiometric Calculation
  16. Qualitative Analysis
    1. Analysing Solubility
    2. Analysis – Colours
    3. Identifying Gases
    4. Heating Effect
  17. Identifying Anion
  18. Identifying Cation
    1. Test with Sodium Hydroxide and Ammonia Solution
    2. Test with Chloride Ions
    3. Test with Sulphate Ions
    4. Test with Carbonate Ions
    5. Test with Iodide Ions
    6. Tests to Distinguish Iron(II) and Iron(III) ions

07 Rate of Reaction

  1. Rate of Reaction
    1. Average Rate of Reaction
    2. Average Rate of Reaction – Measurable Quantities
    3. Average Rate of Reaction – Immeasurable Quantities
  2. Analysing Rate of Reaction from Graph
    1. Average Rate of Reaction from a Graph
    2. Instantaneous Rate of Reaction from a Graph
  3. Factors Affecting the Rate of Reaction
    1. Total Surface Area
    2. Concentration of Reactants
    3. Temperature of the Reactant
    4. Presence of Catalyst
    5. Pressure of Gas
  4. Collision Theory
  5. Application of Rate of Reaction

Manufactured Substances in Industry

  1. Alloy
    1. Copper Based Alloy
    2. Iron Based Alloy
    3. Aluminium Base Alloy
    4. Tin Based Alloy
  2. Glass and Ceramics
    1. Glass
    2. Ceramics
    3. New Uses of Glass and Ceramics
  3. Composite Material
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