10 lessons in total Including a CORE PRACTICAL - Titration (only SS) Edexcel 9-1 TOPIC 5 Sc14 Quantitative analysis: 1. MOLAR VOLUME of gases and Avogadro's law of gases Objectives: STARTER: To know how to interconvert between cm3 and dm3 and to work out the concentration equation To know how to define molar volume of gases at room temperature and pressure To be able to use the molar volume in calculations involving the masses of solids and volumes of gases To understand how to use Avogadro’s law to calculate volumes of gases involved in gaseous reactions. 2. CONCENTRATION with mol and grams per dm3 and interchanging between the two Objectives: STARTER: To know how to interconvert between cm3 and dm3 and to work out the concentration equation To be able to calculate concentrations in g dm-3 (H) To be able to calculate concentrations in mol dm-3 (H) To understand how to interconvert between mol dm-3 and g dm-3 (H) 3. PERCENTAGE YIELDS + moles SEPARATE or TRIPLE Objectives: To understand the difference between the actual yield and the theoretical yield To be able to calculate the percentage yield of a reaction from the actual yield and the theoretical yield To recall how to calculate masses using moles 4 + 5. TITRATION CORE PRACTICAL and Titration calculations Objectives: To understand how to carry out an acid and alkali titration To be able to carry out calculations using the results of titrations to calculate an unknown concentration of solution or unknown volume of solution (H) To consolidate learning with questions (H) 6. ATOM ECONOMY Objectives: To recall the atom economy of a reaction To make Magnesium sulphate in 3 different ways then work out which is the best (most economical!) To explain why a particular reaction pathway is chosen to produce a particular product, given data (HIGHER OBJECTIVE) Edexcel 9-1 TOPIC 5 Sc15 Dynamic Equilibria + the Haber process 7. TOPIC 5 Sc16a TOPIC 5 Chemical cells and Hydrogen-oxygen fuel cells Objectives: To know that a chemical cell produces a voltage until one of the reactants is used up To be able to recall how a hydrogen-oxygen fuel cell functions To evaluate the strengths and weaknesses of fuel cells for given uses 8. Edexcel 9-1 TOPIC 5 Sc15 Dynamic Equilibria: Industrial processes including large scale of the Haber process - Edexcel 9-1 Sc15b PART 1 Objectives: To understand Le Chatelier’s Principle (H) To predict how the position of the equilibrium is affected by changes in conditions(H) To understand how the time taken to reach equilibrium is affected by changes in the conditions (H) 9. Edexcel 9-1 Sc15b PART 2 Objectives: To recall the conditions for the Haber process To explain how the conditions are chosen for industrial chemical reactions (H) To explain the reaction pathways chosen from industrial processes (H) 10. Edexcel 9-1 TOPIC 5 Sc15 Dynamic Equilibria: Haber process + Fertilisers Learning objectives: STARTER Mini test covering all the basics from combined (reversible reactions, Haber conditions, dynamic equilibrium, definitions) Objectives: To recall 3 essential elements for plant growth To be understand how to name several fertilisers made from different acid and alkali compounds To describe and compare the laboratory preparation and the industrial production of ammonium sulfate RRP £30 saving 27%

4 lessons Edexcel 9-1 TOPIC 5 Sc15 Dynamic Equilibria + the Haber process 1. TOPIC 5 Sc16a TOPIC 5 Chemical cells and Hydrogen-oxygen fuel cells Objectives: To know that a chemical cell produces a voltage until one of the reactants is used up To be able to recall how a hydrogen-oxygen fuel cell functions To evaluate the strengths and weaknesses of fuel cells for given uses 2. Edexcel 9-1 TOPIC 5 Sc15 Dynamic Equilibria: Industrial processes including large scale of the Haber process - Edexcel 9-1 Sc15b PART 1 Objectives: To understand Le Chatelier’s Principle (H) To predict how the position of the equilibrium is affected by changes in conditions(H) To understand how the time taken to reach equilibrium is affected by changes in the conditions (H) 3. Edexcel 9-1 Sc15b PART 2 Objectives: To recall the conditions for the Haber process To explain how the conditions are chosen for industrial chemical reactions (H) To explain the reaction pathways chosen from industrial processes (H) 4. Edexcel 9-1 TOPIC 5 Sc15 Dynamic Equilibria: Haber process + Fertilisers Learning objectives: STARTER Mini test covering all the basics from combined (reversible reactions, Haber conditions, dynamic equilibrium, definitions) Objectives: To recall 3 essential elements for plant growth To be understand how to name several fertilisers made from different acid and alkali compounds To describe and compare the laboratory preparation and the industrial production of ammonium sulfate RRP £13

AQA AS level Unit 3 Section 2 Alkanes and Haloalkanes Using the specification and books No exam questions are included due to copy right Including: Homework booklets Assessment sheets Interactive powerpoints (rarely seen in A-level) Alkanes section Introduction to alkanes (naming recap, crude oil and properties) Fractional distillation (crude oil, fractional distillation, separation, uses, properties) LESSON 1: Objectives: To state the definition of an alkane To explain how alkanes are named To describe the properties of alkanes LESSON 2: Objectives: To state the origin of crude oil and the compounds contained within it To understand how fractional distillation works To be able to identify the differences between each fraction LESSON 3: Objectives: To know what cracking is To compare the conditions and products of THERMAL and CATALYTIC cracking To know the economic reasons for cracking LESSON 4: Objectives: To recall what happens in complete combustion To recall what happens in incomplete combustion To know the problems associated with the internal combustion engine LESSON 5: To understand how pollutant emissions can be reduced To recall what happens in the greenhouse effect To consolidate learning with questions Haloalkane Formation of haloalkanes from alkanes - chain reactions Haloalkanes introduction Nucleophillic substitution Elimination Ozone and CFC LESSON 6: FROM ALKANE SECTION Objectives: To define what a radical is To describe the reaction mechanism for free radical substitution of methane To understand that there can be other products of a chain reaction LESSON 1: FROM HALOALKANE SECTION Objectives: To recap how to name the haloalkanes To understand the properties To understand the reactivity of the C-X bond by using bond polarity and bond enthalpy LESSON 2: To understand what nucleophiles are To understand what nucleophilic substitution is To be able to give examples of nucleophilic substitution reactions LESSON3: To understand what an elimination reaction is To understand when conditions favour elimination rather than substitution To understand when and how isomeric alkenes are formed LESSON4: To understand the role of ozone in the atmosphere To understand how chlorine free radicals can be formed in the atmosphere and how they destroy ozone To explain how research evidence led to the end of use of CFCs and alternatives found