深度學習課程

DSE 深度學習課程

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Course curriculum

1. 深度學習課程 Notes - Microscopic World I
2. 1A Elements, atoms and symbols I
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3. 1A Elements, atoms and symbols II
4. 1B Simple model of atom
5. 1C Atomic number and mass number
6. 1D Isotopes
7. 1E Relative masses of atoms
8. 1F Electronic arrangement of atoms
9. 2A The position of the elements in the Periodic Table I
10. 2A The position of the elements in the Periodic Table II
11. 2B Patterns across a period of the Periodic Table
12. 2C Octet rule
13. 2D Similarities in chemical properties among elements I
14. 2D Similarities in chemical properties among elements II
15. 2D Similarities in chemical properties among elements III
16. 3A Chemical bonds
17. 3B Metallic bonds
18. 3C Ionic bonds I
19. 3C Ionic bonds II
20. 3C Ionic bonds III
21. 3C Ionic bonds IV
22. 3D Covalent bonds I
23. 3D Covalent bonds II
24. 3E Dative covalent bonds
25. 3F Names and formulae of covalent substances
26. 3G Predicting the formation of ionic and covalent compounds
27. 3H Relative molecular mass and formula mass
28. 4A Physical properties and structures
29. 4B Properties of metals and giant metallic structure
30. 4C Properties of ionic compounds and giant ionic structure
31. 4D Properties and structure of simple molecular structures
32. 4E Properties and structures of giant covalent structures
1. 深度學習課程 Notes - Metals
2. 1A Sources of metals and their occurrence in nature
3. 1C Discovery of metals and the ease of extraction
4. 2A Comparing reactivity of common metals
5. 1B Methods of metal extraction
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6. 1D Limited reserve of metals and their conservation
7. 2AI Reaction of metals with oxgyen in air
8. 2AII Reaction of metals with water
9. 2AIII Reaction of metals with dilute acids
10. 2B The metal reactivity series
11. 2CI Chemical equations
12. 2CII Chemical equation (II)
13. 2DI Ionic equations (I)
14. 2DII Ionic equations (II)
15. 2E Metal reactivity series and the tendency of metals to form positive ions
16. 2F Displacement reactions
17. 2G Relationship between the extraction method and position of metals in the reactivity series
18. 3A Moles
19. 3B Molar mass
20. 3C Percentage by mass of an element in a compound
21. 3DI Determining the empirical formula of a compound from experimental data (I)
22. 3DII Determining the empirical formula of a compound from experimental data (II)
23. 3DIII Determing the empirical formula of a compound from experimental data (III)
24. 3E Determining the molecular formula of a compound from the empirical formula
25. 3F Reacting masses from chemical equations
26. 4A Corrosion of iron
27. 4AII Chemistry of rusting
28. 4AIII Corrosion of iron (III)
29. 4AV Corrosion of iron (V)
30. 4AVI Corrosion of iron (VI)
31. 4B The corrosion resistance of aluminium and aluminium anodisation
1. 深度學習課程 Notes - Acids and Bases
2. 1A Introduction to acids and alkalis
3. 1B Characteristics and chemical reactions of dilute acids 1
4. 1B Characteristics and chemical reactions of dilute acids 2
5. 1C Role of water in exhibiting characteistic properties of acids
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6. 1D Bascity of acid
7. 1E Common alkalis in daily life and in the laboratory
8. 1F Characteristics and chemical reactions of dilute alkalis 1
9. 1F Characteristics and chemical reactions of dilute alkalis 2
10. 1F Characteristics and chemical reactions of dilute alkalis 3
11. 1G The role of water for alkalis
12. 1I Hygroscopic and deliquescent nature
13. 1H Corrosive nature of concentrated acids and alkalis
14. 1I Hygroscopic and deliquescent nature
15. 2A Concentration of solutions
16. 2B The pH scale
17. 2BI Colour of indicators in acidic and alkaline solution
18. 2C Measuring pH of a solution
19. 3A Dissociation and strength of acids and alkalis
20. 3B Strength and concentration of acids and alkalis
21. 3C Methods to compare the strength of acids and alkalis
22. 4A Neutralisation
23. 4B Solubility of common salts in water
24. 4C Normal salts and acid salts
25. 4D Preparation of insoluble and soluble salts
26. 4DII Preparation of soluble and insoluble salts
27. 4DIII Preparation of insoluble and soluble salts
28. 4E Applications of neutralisation
29. 5A Volumetric analysis
30. 5A I Preparing standard solution by dissolving pure solid
31. 5A II Preparing standard solution by dilution
32. 5A III Acid-alkali titration
33. 5A III 1 Acid-alkali titration
34. 5A III 2 Acid-alkali titration
35. 5A III 3 Acid-alkali titration
36. 5A III 4 Acid-alkali titration
37. 5B Techniques of performing acid-alkali titration
38. 5C Preparing a soluble salt by titration
39. 5D Calculations involving titrations
40. 5D I Calculations involving titrations
41. 5D II Calculations involving titrations
42. 5D III Calculations involving titrations
43. 5D IV Calculations involving titrations
1. 深度學習課程 Notes - Fossil fuels and carbon compounds
2. 1A Hydrocarbons from fossil fuels
3. 1B Classification of hydrocarbons obtained from petroleum
4. 1C Fractional distillation of petroleum I
5. 1C Fractional distillation of petroleum II
6. 1D Demand for various fractions of petroleum
7. 1E Heat change during combustion of hydrocarbons
8. 1F Pollution from the combustion of fossil fuels I
9. 1F Pollution form the combustion of fossil fuels II
10. 1F Pollution form the combustion of fossil fuels III
11. 1F Pollution form the combustion of fossil fuels IV
12. 1G Measure for reducing the emission of air pollutants from the combustion of fossil fuels
13. 2A Uniqueness of carbon
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14. 2B Homologous series
15. 2C Physical and chemical properties of members of the same homologous series
16. 2D Structural formula of carbon compounds
17. 2E Systematic naming of carbon compounds
18. 2E I Systematic naming of carbon compounds
19. 2E II Systematic naming of haloalkanes
20. 2E III Systematic naming of alkenes
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21. 2E IV Systematic naming of alcohols
22. 2E V Systematic naming of carboxylic acids
23. 3A Alkanes and alkenes
24. 3B Chemical properties of alkanes
25. 3D Chemical properteis of alkenes
26. 3C Cracking of large hydrocarbons
27. 4A Monomers polymers and polymerisation
28. 4B Addition polymers I
29. 4B Addition polymers II
30. 4B Addition polymers
1. 深度學習課程 Notes - Microscopic World II
2. 1A Simple molecular substance with non-octet structures
3. 2A Shapes of simple molecules
4. 2B Predict the shape of molecules
5. 2C 3-dimensional structure of molecules on paper
6. 3A Electronegativity of an atom
7. 3B General trends in the electronegativies
8. 3C Bond polarity
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9. 3D Polarity of molecules
10. 3E Effect of electric field on polar and non-polar molecules
11. 4A van der Waals- forces between covalent molecules
12. 4B Factors affecting the strength of van der Waals- forces between molecules
13. 4C Formation of hydrogen bond
14. 4D Comparison of the strength of vdw forces and H bond with that of covalent bonds
15. 4E Effect of hydrogen bonding on properties of water and ethanol
16. 5A The structure of ice
17. 5B The properties of ice
1. 深度學習課程 Notes - Chemical cells, redox reaction and electrolysis
2. 1A Primary cells and secondary cells
3. 1B Characteristics of common primary and secondary cells
4. 1C Justify uses of different chemical cells for particular purposes
5. 2A Simple chemical cells using metal electrodes
6. 2B Improving chemical cell consisting of two metal electrodes and an electrolyte
7. 3A Definition of redox reaction
8. 3B Assign oxidation number to the atoms of elements and compounds I
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9. 3B Assign oxidation number to the atoms of elements and compounds II
10. 3C Reducing power of metals and oxidising power of metal ions I
11. 3C Reducing power of metals and oxidising power of metal ions II
12. 3D Chemical changes of common oxidising and reducing agents (part I)
13. 3E Balancing redox equations I
14. 3E Balancing redox equations II
15. 3F Electrochemical series
16. 3G Chemical changes of common oxidising and reducing agents (part II) I
17. 3G Chemical changes of common oxidising and reducing agents (part II) II
18. 4A Chemical cells with inert electrodes
19. 4B Predict the chemical changes at each half cell of the chemical cells with inert electrodes
20. 4C Hydrogen-oxygen fuel cell
21. 5A The basic set-up of an electrolytic cell
22. 5B Chemical cell vs electrolytic cell
23. 5C Predict products at each electrode of an electrolytic cell I
24. 5C Predict products at each electrode of an electrolytic cell II
25. 5C Predict products at each electrode of an electrolytic cell III
26. 5C Predict products at each electrode of an electrolytic cell IV
27. 5C Predict products at each electrode of an electrolytic cell V
28. 5D Electroplating
29. 5E Environmental impact of the electroplating
1. 深度學習課程 Notes - Chemical reactions and energy
2. 1A Law of conservation of energy and enthalpy changes of chemical reaction
3. 1B Exothermic and endothermic reactions
4. 1C Explaining the nature of exothermic and endothermic reactions in terms of forming and breaking of chemical bonds
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5. 2A Thermochemical equation
6. 2B I Standard enthalpy change of formation
7. 2B II Standard enthalpy change of combustion
8. 2B III Standard enthalpy change of neutralisation
9. 2B Standard conditions for measuring enthalpy changes
10. 2C Experimental determination of enthalpy changes of reaction I
11. 2C Experimental determination of enthalpy changes of reaction II
12. 2C Experimental determination of enthalpy changes of reaction III
13. 2C Experimental determination of enthalpy changes of reaction
14. 3A Hess-s law
15. 3B Enthalpy change cycle I
16. 3B Enthalpy change cycle II
17. 3B IEnthalpy change cycle III
1. 深度學習課程 Notes - Rate of reactions
2. 1A Techniques of following the progress of a chemical reaction I
3. 1A Techniques of following the progress of a chemical reaction II
4. 1A Techniques of following the progress of a chemical reaction III
5. 1A Techniques of following the progress of a chemical reaction IV
6. 1B Graphical determination of the rate of chemical reactions
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7. 1C Interpretation of the rate curve
8. 2A Factors affecting the rate of chemical reaction
9. 2B Experiments to study the effect of concentration of reactants on the rate of reaction I
10. 2B Experiments to study the effect of concentration of reactants on the rate of reaction II
11. 2C Experiments to study the effect of the surface area of solid reactants on the rate of reaction
12. 2D Experiments to study the effect of temperature on the rate of reaction
13. 2E Experiments to study the effect of the presence of catalyst on the rate of reaction
14. 2F Importance of catalysts in chemical industries and biological systems
15. 3A Avogadro-s law
16. 3B Stoichiometric calculations involving the molar volume of gases I
17. 3B Stoichiometric calculations involving the molar volume of gases II
1. 深度學習課程 Notes - Chemical equilibrium
2. 1A Irreversible and reversible reactions
3. 1B Dynamic equilibrium
4. 1C Characteristics of dynamic equilibrium
5. 2A The equilibrium law 01
6. 2A The equilibrium law 02
7. 3A Equilibrium constant is temperature dependent
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8. 3B Calculation involving equilibrium constant
9. 3C Predicting the direction of equilibrium establishment by using reaction quotient
10. 3D1 Practical work on the determination of Kc
11. 3D2 Practical work on the determination of Kc
12. 3E Position of equilibrium
13. 3F Effect of changing conditions on systems in equilbrium
14. 3F1 Effect of changing conditions on systems in equilbrium
15. 3F2 Effect of changing conditions on systems in equilbrium
16. 3F3 Effect of changing conditions on systems in equilbrium
1. 深度學習課程 Notes - Chemistry of carbon compounds
2. 1A Introduction to selected homologous series
3. 1B The structural formula of carbon compounds
4. 1C Systematic naming of carbon compounds I
5. 1C Systematic naming of carbon compounds II
6. 1C Systematic naming of carbon compounds III
7. 1C Systematic naming of carbon compounds IV
8. 1C Systematic naming of carbon compounds IX
9. 1C Systematic naming of carbon compounds V
10. 1C Systematic naming of carbon compounds VI
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11. 1C Systematic naming of carbon compounds VII
12. 1C Systematic naming of carbon compounds VIII
13. 1C Systematic naming of carbon compounds X
14. 1D The effects of functional groups and the length of carbon chains on the phy properties of carbon compounds I
15. 1D The effects of functional groups and the length of carbon chains on the phy properties of carbon compounds II
16. 1D The effects of functional groups and the length of carbon chains on the phy properties of carbon compounds III
17. 1D The effects of functional groups and the length of carbon chains on the phy properties of carbon compounds IV
18. 1D The effects of functional groups and the length of carbon chains on the phy properties of carbon compounds V
19. 1D The effects of functional groups and the length of carbon chains on the phy properties of carbon compounds VI
20. 1D The effects of functional groups and the length of carbon chains on the phy properties of carbon compounds VII
21. 1D The effects of functional groups and the length of carbon chains on the phy properties of carbon compounds VIII
22. 1D The effects of functional groups and the length of carbon chains on the phy properties of carbon compounds
23. 1E Common trivial names of carbon compounds
24. 2A Isomerism - Degree of unsaturation
25. 2A Isomerism I
26. 2A Isomerism II 1
27. 2A Isomerism II 2
28. 2A Isomerism II 3
29. 3A Typical reactions of alkanes
30. 3B Typical reactions of alkenes
31. 3C Typical reactions of haloalkanes
32. 3D Typical reactions of alcohols I
33. 3D Typical reactions of alcohols II
34. 3D Typical reactions of alcohols III
35. 3E Typical reactions of aldehydes and ketones
36. 3F Typical reactions of carboxylic acid
37. 3G Typical reactions of esters
38. 3H Typical reactions of amides
39. 4A Inter-conversions of carbon compounds
40. 4B Suggest synthetic routes to covert one functional group into another
41. 4C Laboraotry perparation of simple carbon compounds 1
42. 4C Laboraotry perparation of simple carbon compounds 2
43. 4C Laboraotry perparation of simple carbon compounds 3
44. 4C Laboraotry perparation of simple carbon compounds 4
45. 5A Aspirin
46. 5B Detergents 1
47. 5B Detergents 2
48. 5B Detergents 3
49. 5C Condensation polymers 1
50. 5C Condensation polymers 2
1. 深度學習課程 Notes - Patterns in the chemical world
2. 1A Categories of elements in the Periodic Table
3. 1B Periodic variation in the nature of bonding and structure of the elements
4. 1C Periodic variations of melting point
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5. 1D Periodic variations of electrical conductivity of the elements
6. 2A Nature of bonding of the oxides
7. 2B Stoichiometric composition of the oxides
8. 2C The variation of behaviour of oxides in water
9. 3A Positions of the transition metals in the Periodic Table
10. 3B Colours of aqueous ions of transition metals
11. 3B Extension
12. 3C Variable oxidation states in the compounds of transition metals I
13. 3C Variable oxidation states in the compounds of transition metals II
14. 3D Catalytic property of transition metals and their compounds
15. 3E Applications of transition metals
1. 深度學習課程 Notes - Industrial chemistry
2. 1A Advantages and disadvantages of industrial processes
3. 1B Production of vitamin C
4. 2A Rate equation
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5. 2B Order of reactions I
6. 2B Order of reactions II
7. 2B Order of reactions III
8. 2B Order of reactions IV
9. 2C Experimental determination of rate equation
10. 3A Activation energy and energy profile I
11. 3A Activation energy and energy profile II 1
12. 3B Effect of temperature change on reaction rate I
13. 3B Effect of temperature change on reaction rate II
14. 3C Determine the activation energy of a chemical reaction I
15. 3C Determine the activation energy of a chemical reaction II
16. 3C Determine the activation energy of a chemical reaction III
17. 4A Characteristics of catalyst
18. 4B Mechanism of catalysis
19. 4C Effect of catalyst on reversible reactions
20. 4D Applications of catalysis in industrial processes I
21. 4D Applications of catalysis in industrial processes II
22. 5A Production of nitrogenous fertilisers I
23. 5A Production of nitrogenous fertilisers II 1
24. 5A Production of nitrogenous fertilisers II 2
25. 5A Production of nitrogenous fertilisers III
26. 5B The chloroalkali industry 1
27. 5B The chloroalkali industry 2
28. 5C Methanol production I
29. 5C Methanol production II
30. 6A Principles of green chemistry I
31. 6A Principles of green chemistry II
1. 深度學習課程 Notes - Analytical chemistry
2. 1A Detecting the presence of ionic species I
3. 1A Detecting the presence of ionic species II
4. 1A Detecting the presence of ionic species III 1
5. 1A Detecting the presence of ionic species III 2
6. 1A Detecting the presence of ionic species III 3
7. 1A Detecting the presence of ionic species IV 1
8. 1A Detecting the presence of ionic species IV 2
9. 1B Chemical tests for detecting the presence of various functional groups in carbon compounds I
10. 1B Chemical tests for detecting the presence of various functional groups in carbon compounds II
11. 1C Separate a mixture of known substances
12. 2A Separate and purification of compounds I 1
13. 2A Separate and purification of compounds I 3
14. 2A Separate and purification of compounds II
15. 2A Separate and purification of compounds III 1
16. 2A Separate and purification of compounds III 2
17. 2A Separate and purification of compounds III 3
18. 2A Separate and purification of compounds I 2
19. 3A Volumetric analysis I
20. 3A Volumetric analysis II
21. 3A Volumetric analysis III 1
22. 3A Volumetric analysis III 2
23. 3A Volumetric analysis III 3
24. 3B Justifying the choice of an appropriate method
25. 4A Instrumental analytical methods
26. 4B Principle and applications of colorimetry
27. 4C Infrared spectroscopy I
28. 4C nfrared spectroscopy II
29. 4C nfrared spectroscopy III 1
30. 4C nfrared spectroscopy III 2
31. 4D Mass spectrometry I 1
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32. 4D Mass spectrometry I 2
33. 4D Mass spectrometry II
34. 4D Mass spectrometry IV
35. 4D Mass spectrometry
36. 5 Summary
37. 5A Analysis of food and drugs I
38. 5A Analysis of food and drugs II
39. 5A Analysis of food and drugs III
40. 5A Analysis of food and drugs IV
41. 5A Analysis of food and drugs
42. 5B Environmental protection
43. 5C Chemical aspects of forensic science

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DSE 深度學習課程

Course curriculum

Microscopic World I

Metals

Acids and Bases

Fossil Fuels and Carbon Compounds

Microscopic World II

Chemical cells, redox reaction and electrolysis

Chemical Reactions and Energy

Rate of Reactions

Chemical Equilibrium

Chemistry of Carbon Compounds

Patterns in the Chemical World

Industrial Chemistry

Analytical Chemistry

About this course

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