Course curriculum

    1. 1A Sources of metals and their occurrence in nature

    2. 1C Discovery of metals and the ease of extraction

    3. 2A Comparing reactivity of common metals

    4. 1B Methods of metal extraction

    5. 1D Limited reserve of metals and their conservation

    6. 2AI Reaction of metals with oxgyen in air

    7. 2AII Reaction of metals with water

    8. 2AIII Reaction of metals with dilute acids

    9. 2B The metal reactivity series

    10. 2CI Chemical equations

    11. 2CII Chemical equation (II)

    12. 2DI Ionic equations (I)

    13. 2DII Ionic equations (II)

    14. 2E Metal reactivity series and the tendency of metals to form positive ions

    15. 2F Displacement reactions

    16. 2G Relationship between the extraction method and position of metals in the reactivity series

    1. 1A Hydrocarbons from fossil fuels

    2. 1B Classification of hydrocarbons obtained from petroleum

    3. 1C Fractional distillation of petroleum I

    4. 1C Fractional distillation of petroleum II

    5. 1D Demand for various fractions of petroleum

    6. 1E Heat change during combustion of hydrocarbons

    7. 1F Pollution from the combustion of fossil fuels I

    8. 1F Pollution form the combustion of fossil fuels II

    9. 1F Pollution form the combustion of fossil fuels III

    10. 1F Pollution form the combustion of fossil fuels IV

    11. 1G Measure for reducing the emission of air pollutants from the combustion of fossil fuels

    12. 2A Uniqueness of carbon

    13. 2B Homologous series

    14. 2C Physical and chemical properties of members of the same homologous series

    15. 2D Structural formula of carbon compounds

    16. 2E Systematic naming of carbon compounds

    17. 2E I Systematic naming of carbon compounds

    18. 2E II Systematic naming of haloalkanes

    1. 1A Primary cells and secondary cells

    2. 1B Characteristics of common primary and secondary cells

    3. 1C Justify uses of different chemical cells for particular purposes

    4. 2A Simple chemical cells using metal electrodes

    5. 2B Improving chemical cell consisting of two metal electrodes and an electrolyte

    6. 3A Definition of redox reaction

    7. 3B Assign oxidation number to the atoms of elements and compounds I

    8. 3B Assign oxidation number to the atoms of elements and compounds II

    9. 3C Reducing power of metals and oxidising power of metal ions I

    10. 3C Reducing power of metals and oxidising power of metal ions II

    11. 3D Chemical changes of common oxidising and reducing agents (part I)

    12. 3E Balancing redox equations I

    13. 3E Balancing redox equations II

    14. 3F Electrochemical series

    15. 3G Chemical changes of common oxidising and reducing agents (part II) I

    16. 3G Chemical changes of common oxidising and reducing agents (part II) II

    1. 1A Irreversible and reversible reactions

    2. 1B Dynamic equilibrium

    3. 1C Characteristics of dynamic equilibrium

    4. 2A The equilibrium law 01

    5. 2A The equilibrium law 02

    6. 3A Equilibrium constant is temperature dependent

    7. 3B Calculation involving equilibrium constant

    8. 3C Predicting the direction of equilibrium establishment by using reaction quotient

    9. 3D1 Practical work on the determination of Kc

    10. 3D2 Practical work on the determination of Kc

    11. 3E Position of equilibrium

    12. 3F Effect of changing conditions on systems in equilbrium

    13. 3F1 Effect of changing conditions on systems in equilbrium

    14. 3F2 Effect of changing conditions on systems in equilbrium

    15. 3F3 Effect of changing conditions on systems in equilbrium

    1. 1A Detecting the presence of ionic species I

    2. 1A Detecting the presence of ionic species II

    3. 1A Detecting the presence of ionic species III 1

    4. 1A Detecting the presence of ionic species III 2

    5. 1A Detecting the presence of ionic species III 3

    6. 1A Detecting the presence of ionic species IV 1

    7. 1A Detecting the presence of ionic species IV 2

    8. 1B Chemical tests for detecting the presence of various functional groups in carbon compounds I

    9. 1B Chemical tests for detecting the presence of various functional groups in carbon compounds II

    10. 1C Separate a mixture of known substances

    11. 2A Separate and purification of compounds I 1

    12. 2A Separate and purification of compounds I 3

    13. 2A Separate and purification of compounds II

    14. 2A Separate and purification of compounds III 1

    15. 2A Separate and purification of compounds III 2

    16. 2A Separate and purification of compounds III 3

    17. 2A Separate and purification of compounds I 2

    18. 4A Instrumental analytical methods

    19. 4B Principle and applications of colorimetry

About this course

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