Stewards Pooi Kei College Secondary 3 Chemistry Teaching Schedule ( )

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1 Stewards Pooi Kei College Secondary Chemistry Schedule (009-00) Subject Teachers: Mr. Ringo Ng (Panel Head and S Coordinator), Mr. Daniel Lau, Ms. Shirley Tsang and Mr. Victor Chan /0-day Cycle: 4 Concepts Course Introduction. Curriculum and exam syllabus. Course requirements. File/ Assignments/ Unit tests/ e-class/ Dictations/ Self-note Unit Introducing chemistry Unit The atmosphere Unit The atmosphere. How chemistry is related to our lives. Laboratory safety rules and hazard warning labels. Common apparatus in the laboratory. Classification of matter. Separating oxygen and nitrogen from the air. Physical and chemical properties of a substance Unit The ocean Unit The ocean. Composition of sea water. Obtaining common salt from sea water. Obtaining pure water from sea water 4. Showing what species common salt contains 5. Useful materials obtained from sodium chloride. The particle theory of matter. Physical and chemical changes 4 Unit 4. Metals in the Earth s crust Rocks and minerals. Methods for extracting metals from their ores. Chemical reactions of calcium carbonate Unit 4. Formation of chalk, limestone and marble Rocks and minerals Revision. Revision M:\090\Subjects\Chemistry\ Schedule (School Website)\ Schedule Chemistry S 090 (School Website).doc Page of

2 5 4 Unit 5 Atomic structure Concepts UT Period. Atomic number and mass number. Electronic arrangement. UT paper review Unit 5. Isotopes 6 Atomic structure. Relative atomic mass Unit 6. Periodic table, groups and periods Periodic Table Unit 6. Alkali metals Periodic Table. Alkaline earth metals 7. Halogens 4. Noble gases Revision. Revision 8 Revision. Revision (A only) Exam period. Exam paper review 9 Unit 7. Ionic bonds Ionic and metallic. Names and chemical formulae of ionic compounds bonds Unit 7. Names and chemical formulae of ionic compounds 0 4 Ionic and metallic. Metallic bonds in metals bonds 4 Revision. Revision Unit 8 UT period 4 Covalent bonds. Covalent bonds and molecules. Chemical formulae of covalent compounds. Predicting the formation of ionic and covalent compounds. UT paper review Unit 8. Dative covalent bonding Covalent bonds. Relative molecular mass and formula mass Unit Structure, bonding and properties Unit 9 5 Structure, bonding and properties. Giant ionic structure. Giant covalent structure. Simple molecular structure. Giant metallic structure M:\090\Subjects\Chemistry\ Schedule (School Website)\ Schedule Chemistry S 090 (School Website).doc Page of

3 Revision. Revision Concepts M:\090\Subjects\Chemistry\ Schedule (School Website)\ Schedule Chemistry S 090 (School Website).doc Page of

4 Stewards Pooi Kei College Secondary 4 Chemistry Schedule (009-00) Subject Teachers: Mr. Ringo Ng (Panel Head and S4 Coordinator) /0-day Cycle: 9 4 Concepts Course Introduction Curriculum and exam syllabus Course requirements. File/ Assignments/ Unit tests/ e-class/ Dictations/ Self-note / Pastpaper/ Dairy Revision Unit - Unit : Introducing Chemistry Unit : The atmosphere Unit : The ocean Revision Unit 4 Unit 4: Rocks and minerals Revision 5-6 Unit 5: Atomic structure Unit 6: Periodic Table Revision 7-9 Unit 7: Ionic and metallic bonds Unit 8: Covalent bonds Unit 9: Structure, bonding and properties Unit 0 The relationship between the uses and properties of metals Occurrence and Different metal extraction methods extraction of metals Importance of recycling 4 Conservation of metals Unit Comparing the reactivity of metals 7 Reactivity of metals The reactivity series Writing chemical and ionic equations 5 Unit Displacement reactions Reactivity of metals Prediction of metal reactions using the reactivity series Revision Revision Unit The necessary conditions for rusting Corrosion of metals Factors that speed up the rusting process and their protection How to prevent rusting 4 Corrosion resistance of aluminium and aliminium anodization Unit Calculations involving moles and masses 6 Reacting masses Determining the % by masses of an element in a compound M:\090\Subjects\Chemistry\ Schedule (School Website)\ Schedule Chemistry S4 090 (School Website).doc Page of 4

5 Concepts Determining the empirical formula of a compound from experimental data Unit UT Period Reacting masses Calculations involving chemical equations and reacting masses Unit 8 Different types of chemical cells Chemical cells in Choosing a chemical cell for a particular use daily life Environmental impact of using chemical cells 5 Unit 9 Reactions in simple chemical cells Simple Chemical Electrochemical series of metals cells Salt bridge in simple chemical cell 4 The Dnaiell cell Unit 0 Definitions of oxidation and reduction Oxidation and Reduction Common oxidizing and reducing agents UT paper review Unit 0 Oxidizing and reducing power of various species Oxidation and Oxidation number 6 Reduction Unit Redox reactions in various chemical cells Oxidation and Redox reactions in everyday life Reduction in chemical cells Unit Factors affecting the order of discharge of ions during the 7 9 Electrolysis electrolysis of aqueous solution Industrial uses of elctrolysis Environmental impact of the electroplating industry 4 Unit 4 Characteristics of acids and alkalis Acids and alkalis Role of water for acids and alkalis 8 Unit 5 Exam period (A only) ph scale and ph scales as a measure of acidity and alkalinity strengths of acids and Strengths of acids and alkalis alkalis 9 Exam paper review M:\090\Subjects\Chemistry\ Schedule (School Website)\ Schedule Chemistry S4 090 (School Website).doc Page of 4

6 4 Unit 6 Salts and neutralization Concepts Acid-base neutralization Preparation of salts Uses of neutralization Unit 5 Concept of molarity Concept of molarity Unit 7 Concentration of solutions Concentration of solutions and volumetric analysis 0 7 Unit 7 Calculations involving volumetric analysis Concentration of solutions and volumetric analysis Unit 7 Preparing standard solution of acids and alkalis Concentration of solutions and volumetric analysis 9 Unit 55 Gravimetric analysis Quantitative methods Precipitation titrations of analysis Redox titrations involving potassium permanganate 4 Redox titrations involving iodine 5 Unit 5 UT period Qualitative analysis. Identify cations in a sample. Identifying common gases and vapour. Identifying anions in a sample 4. Devising a scheme to separate a mixture of species 5. Risks associated with chemical tests Unit 57. Food and drug analysis Contribution of. Air quality control analytical chemistry. Forensic chemistry to our society 4. Clinical laboratory tests Revision. Revision UT paper review 5 Unit. Covalent molecules with non-octet structures Shapes of molecules. Shapes of molecules. The VSEPR theory 4. Molecular crystals of buckminsterfullerence 5. Carbon nanotubes M:\090\Subjects\Chemistry\ Schedule (School Website)\ Schedule Chemistry S4 090 (School Website).doc Page of 4

7 4 5 Concepts 6 Unit 4. Electronegativity and bond polarity Bond polarity and. Van der Waals forces intermolecular forces. Factors affecting the strength of Van der Waals forces 4. Hydrogen bonding 5. Surface tension and viscosity of liquids Unit 4. The nature of energy and the internal energy of a system Energy changes in. The enthalpy changes of reactions chemical reactions. Exothermic and endothermic reactions 4 Unit 4. Standard enthalpy changes of formation, combustion, Energy changes in neutralization and solution chemical reactions. Calorimetry 5 Unit 5. Hess s Law Hess s Law and its. Enthalpy change cycle and enthalpy level diagram applications. Determining enthalpy changes which cannot be easily obtained by experiment M:\090\Subjects\Chemistry\ Schedule (School Website)\ Schedule Chemistry S4 090 (School Website).doc Page 4 of 4

8 Stewards Pooi Kei College Secondary 5 Chemistry Schedule (009-00) Subject Teachers: Mr. Ringo Ng (Panel Head), Mr. Daniel Lau (S5 Coordinator) /0-day Cycle: 8 -/9 4-5/9 6 4 Introduction 0: Fossil fuels : Homologous series, structural formulae and naming of carbon compounds : Homologous series, structural formulae and naming of carbon compounds : Alkanes and alkenes Concepts. H.W arrangements. Fossil fuels as a major energy source. Coal 4. Petroleum and natural gas 5. Refining petroleum. What are organic compounds?. Structural formulae of carbon compounds. Saturated and unsaturated hydrocarbons 4. Classification of organic compounds. Naming of organic compounds. Structural formulae from IUPAC names. Structural isomerism (further reading). Alkanes. Cracking in petrochemical industry. Cracking in laboratory 4. Alkenes 5: Alcohols. Introducing alkanols. Uses of alkanols. Properties of alkanols 4. Problems associated with alcoholic drinks M:\090\Subjects\Chemistry\ Schedule (School Website)\ Schedule Chemistry S5 090 (School Website).doc Page of 4

9 8/9-9/0 4 -/0 5 5 Concepts 5: Plastics. What are plastics?. Classifying plastics. General uses of plastics 4. Production of plastic articles 5. What are polymers? 6. Addition polymerization 7. Condensation polymerization 8. Forming a thermosetting polymer by condensation reactions 9. Properties and uses of some common plastics 0. Preparation and manufacture of some plastics. Thermal properties and structures of plastics. Plastics and economy Problems associated with the use of plastics 6: Detergents. Introducing detergents. Structure of detergents. Properties of detergents 4. Making detergents 5. Comparing soaps and soapless detergents 6. Problems associated with use of detergents 7. Washing powder : Consequences of using fossil fuels (I). Heat changes in chemical reactions. Burning of fuels. Combustion of hydrocarbons 4. Household gaseous fuels 5. Safe use of fuels at home 6. Potential dangers associated with storage of fuels 5 7/0-6/ 5 4: Consequences of using fossil fuels (II) UT Period. Environmental problems associated with fossil fuels. Combustion products from petrol. Air pollution 4. Acid rain 5. Controlling acid rain 6. Ways to cut down pollutants from the burning of fuels 7. The greenhouse effect 8. Pollution from oil spillage 9. Energy crisis and alternative energy sources M:\090\Subjects\Chemistry\ Schedule (School Website)\ Schedule Chemistry S5 090 (School Website).doc Page of 4

10 6 9-0/ 7: Separation of mixtures 8: Detecting what are present UT Paper review. Separating mixtures. Decantation. Filtration 4. Evaporation 5. Crystallization 6. Use of separating funnel 7. Solvent extraction 8. Distillation 9. Fractional Distillation 0. Adsorption. Paper chromatography. Centrifugation. Sublimation 4. Tests for purity Concepts. Detecting what are present. Preliminary tests of substance. Tests for cations 4. Tests for anions 5. Tests for gases and others 6. Detection of unknown substances 7. Modern chemical instruments 8. Tests for oxidizing agents and reducing agents : The atmosphere. Getting to know our planet earth. The atmosphere. Separation of oxygen and nitrogen from air 4. Properties of oxygen 5. Uses of gases separated from air 7 /- 4/ 4: Ocean. Introducing oceans and seas. Composition of sea water. Extraction of common salt from sea water 4. Tests for sodium and chloride ions in commons salt 5. Tests for the presence of water in a sample 6. Electrolysis of sea water and uses of products 5: Rocks and minerals. Rocks. Extraction of metals from their ores. Limestones, chalk and marble 4. Weathering and erosion of rocks 5. Chemical changes involving calcium carbonate M:\090\Subjects\Chemistry\ Schedule (School Website)\ Schedule Chemistry S5 090 (School Website).doc Page of 4

11 Concepts 6. Tests for calcium carbonate in a sample of limestone/chalk/marble. Measurement of ph 6. Acid base buffer. Acid and alkali titration curve 0 CE discussion / 04 CE discussion CE discussion 9 4/-5/ 8 0 8/-9/ 8 07 CE discussion /-5/ CE discussion M:\090\Subjects\Chemistry\ Schedule (School Website)\ Schedule Chemistry S5 090 (School Website).doc Page 4 of 4

12 Stewards Pooi Kei College Secondary 6 Chemistry Schedule (009-00) Subject Teachers: Mr. Daniel Lau (S6 Coordinator) /0-day Cycle: 6 Concepts Course Introduction Curriculum and exam syllabus Lesson and split class arrangement Course requirements * Course Introduction (4) - The atomic nature of matter Assignment book/tas - The experimental evidence of atomic structure intro () - Sub-atomic particles Ch: Atomic structure - Atomic number, mass number and isotopes and relative masses - Mass spectrometer - Relative isotopic, atomic and molecular masses * 6 Ch. : The mole concept - The mole Ch : Chemical - Molar volume and avogadro s law Equations and - Ideal gas equation stoichiometry - Determination of molar mass - Dalton law of partial pressures - Formulae of compounds - Derivation of empirical formulae - Derivation of molecular formulae - Chemical equations - Calculations based on chemical equations - Simple titrations Ch. 4: The electronic - The electromagnetic spectrum structure of atoms Ch. 5: electronic - Deduction of electronic structure from ionization enthalpies configurations and the - The wave-mechanical model of the atom periodic table - Atomic orbitals - Electronic configurations and the periodic table Ch. 5: electronic - Electronic configurations of elements configuration and the - The periodic table periodic table - Ionization enthalpies of elements Ch. 6 Energetics - Variation of successive ionization enthalpies with atomic M:\090\Subjects\Chemistry\ Schedule (School Website)\ Schedule Chemistry S6 090 (School Website).doc Page of 4

13 5 UT Period Concepts numbers - Atomic size of elements - What is energetics? - Enthalpy changes related to breaking and forming of bonds - Standard enthalpy changes - Experimental determination of enthalpy changes by calorimetry - Hess s law Ch. 6 Energetics - Calculations involving standard enthalpy changes of Ch. Rates of chemical reactions reactions - Entropy change - Free energy change - Rates of chemical reactions - Expression of reaction rates in terms of rates of changes in concentrations of reactants or products - Methods of measuring reaction rates - Factors affecting reaction rates Ch. 4 Rate equations - Rate equations and order of reactions and Order of reactions - Zeroth, first and second order reactions - Determination of simple rate equations from initial rate method - Determination of simple rate equations from differential rate equations - Determination of simple rate equations from integrated rate equations Ch. 5: The effect of - Activation energy and Arrhenius equation temperature of catalyst - Interpretation of rates of gaseous reactions at molecular on reaction rate level Ch. 6 Dynamic - Energy Profile equilibrium - Effect of Catalysts on rates of reactions - Irreversible and reversible reactions - Dynamic nature of chemical equilibrium - Examples of chemical equilibrium - Equilibrium law - Determination of equilibrium constants - Equilibrium constant in terms of partial pressures 8 6 Ch 6: Dynamic - Partition equilibrium of a solute between two immiscible M:\090\Subjects\Chemistry\ Schedule (School Website)\ Schedule Chemistry S6 090 (School Website).doc Page of 4

14 Concepts equilibrium solvents Ch. 7: Acid base - Significances of equilibrium constant equilibrium - Factors affecting equilibrium - Concepts of acids and bases - Dissociation of water - ph and its measurement - Strengths of acids and bases 9 6 Ch. 8: Buffers, - Buffer solutions indicator and solubility product - Calculations involving composition and ph of buffer solutions - Acid-base indicators - Acid-base titrations - Solubility product 0 8 Ch. 9: Redox reactions - Redox reactions - Balancing redox equations 5 Ch. 0: Electrochemical - Electrode potentials half cells cells - Half cells - Electrochemical cells - Standard electrode potentials - Uses of standard electrode potentials - The Nernst equation - Primary and secondary cells UT 6 Ch. 7: Ionic bonding - Formation of ionic bonds: donating and accepting Period Ch. 8 Covalent Bonding electrons in B - Energetics of formation of ionic compounds - Stoichiometry of ionic compounds - Ionic crystals - Ionic radii - Formation of covalent bonds - Dative covalent bonds - Bond enthalpies - Estimation of average bond enthalpies using data from energetics 4 Ch. 8: Covalent Bonding - Use of average bond enthalpies to estimate the enthalpy Ch. 9 Intermediate Type changes of reactions of Bonding - Bond enthalpies, Bond lengths and covalent radii - Shapes of covalent molecules and polyatomic ions - Multiple bonds M:\090\Subjects\Chemistry\ Schedule (School Website)\ Schedule Chemistry S6 090 (School Website).doc Page of 4

15 4 6 Ch. 0 Metallic Bonding Ch. Intermolecular Forces 5 6 Ch. Structures and properties of substances Ch. 8 Concepts - Covalent crystals - Incomplete electron transfer in ionic compounds - Electronegativity of elements - Polarity of covalent bonds - Metallic bonding - Metallic radius - Factors affecting the strength of metallic bond - Metallic crystals - Alloys - Polarity of molecules - Van der Waals forces - Van der Waals radii - Molecular crystals - Hydrogen bonding - Classification of substances according to structures - Classification of substances according to the nature of bonding - The Periodic Table - Periodic variation in physical properties of elements M:\090\Subjects\Chemistry\ Schedule (School Website)\ Schedule Chemistry S6 090 (School Website).doc Page 4 of 4

Stewards Pooi Kei College Secondary 3 Chemistry Teaching Schedule ( )

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