Practical: STAWA - Inv 45 STAWA - Inv 46 Activity: Molymods Demo: CaCO2 + H2O C2H2/Burn Sooty flame (sat/unsat) Link: Separation techniques Lesson 4 & 5: PRACTICAL Materials – Hydrocarbons Demo: Granola + H2SO4 Carbon Flakes…??? (Careful) the elements in the compound and the formula of the compound hydrocarbons, including alkanes, alkenes and benzene, have different chemical properties that are determined by the nature of the bonding within the molecules IUPAC nomenclature is used to name straight and simple branched alkanes and alkenes from C1‐ C8 alkanes, alkenes and benzene undergo characteristic reactions such as combustion, addition reactions for alkenes and substitution reactions for alkanes and benzene W6/T1 Topic 2: Assessment & Review Week Lesson 1: Personal Study Lesson 2: Assessment Lesson 3 - 5: Personal Study 121’s Assessment - The Properties and Structures of & The Properties and Structure of Materials Extended Response S1: Type: Extended Response Topic: The Properties and Structures of Atoms & The Properties and Structure of Materials When: W6/T1 W7/T1 Topic 3: Chemical Reactions: reactants, products and energy change Practical: Fossil Fuels Practical?? Link: Stoich CO2 production depending on fuel Lesson 1: PRACTICAL Reactions – Extended Investigation There are differences in the energy output and carbon emissions of fossil fuels (including coal, oil, petroleum and natural gas) and biofuels (including biogas, biodiesel and bioethanol). These differences, together with social, economic, cultural and political values, determine how widely these fuels are used. fossil fuels (including coal, oil, petroleum and natural gas) and biofuels (including biogas, ISSUE - Investigation S2: Type: Investigation Topic: “Comprehensive scientific report on the differences in the energy output and carbon emissions of fossil fuels considering the social, economic, cultural and political values of their use.” Submit - W11/T1
Activity: Molymods Reactions to match equations Activity: Molymods Lesson 2: Reactions – Chemical Equations Lesson 3 - 5: PEQs - Chemical Equations biodiesel and bioethanol) can be compared in terms of their energy output, suitability for purpose, and the nature of products of combustion chemical reactions can be represented by chemical equations; balanced chemical equations indicate the relative numbers of particles molecules or ions) that are involved in the reaction W8/T1 Topic 3: Assessment & Review Week Lesson 1 – 5: Personal Study 121’s W9/T1 Topic 3: Chemical Reactions: reactants, products and energy change Practical: STAWA - Exp 25 STAWA - Exp 37 (Task 2) Demo: Holding Fire Lesson 1 - 3: PRACTICAL Reactions – Endo & Exothermic Lesson 4&5: PEQs - Endo & Exothermic chemical reactions and phase changes involve enthalpy changes, commonly observable as changes in the temperature of the surroundings and/or the emission of light endothermic and exothermic reactions can be explained in terms of the Law of Conservation of Energy and the breaking of existing bonds and forming of new bonds; heat energy released or absorbed by the system to or from the surroundings, can be represented in thermochemical equations
Reactions: reactants, products and energy change Practical: STAWA - Exp 16 Demo: Standard simple reactions mole concept relates mass, moles and molar mass and, with the Law of Conservation of Mass; can be used to calculate the masses of reactants and products in a chemical reaction W13/T2 Topic 3: Chemical Reactions: reactants, products and energy change Lesson 1: Assessment Lesson 2: Self-assessment Lesson 3 - 4: Reactions – The Mole (continued) Lesson 5: Assessment Assessment – The Mole & Test Analysis content as W11/T2 (last week) – The Mole Test F3: Type: Test Topic: The Mole When: W12/T2 Test S2: Type: Test Topic: The Mole When: W12/T2 W14/T2 Topic 3: Assessment & Review Week Practical: - Inv 5 Lesson 1 -3: Assessment Lesson 4 - 5: Chromatography – Extended Investigation, self-assessment & exam analysis - Exam techniques, including thin layer chromatography (TLC), gas chromatography (GC), and high performance liquid chromatography (HPLC), are used to determine the components of a wide range of mixtures in various settings. The decision to use a particular chromatographic technique depends on a number of factors, including the properties of the substances being separated, the amount Exam F1: Type: ATAR Exam Topic: Unit 1 - Chemical fundamentals: structure, properties and reactions When: W13/T2 ISSUE - Investigation F2: Type: Investigation “Comprehensive scientific report on chromatographic techniques and their applications.” Submit - W1/T3
Topic 2: Aqueous Solutions & Acidity Prac/Demo?: Properties of Water Lesson 3: Assessment Lesson 4: Assessment Lesson 5: PRACTICAL Aqueous Solutions & Acidity - Solutions Assessment - IMF Test Assessment - Gas Laws the unique physical properties of water, including melting point, boiling point, density in solid and liquid phases and surface tension, can be explained by its molecular shape and hydrogen bonding between molecules Extended Response S3: Type: Extended Response Topic: IMF When: W3/T3 Test S3: Type: Test Topic: Gas Laws When: W3/T3 - Investigation S1: Type: Investigation Topic: The unique physical properties of water Submission: W6/T3 W4/T3 Topic 2: Aqueous Solutions & Acidity Practical: Solutions Demo: Solutions Practical: Flame Tests Demo: Flame colour vortex Lesson 1 & 2: PRACTICAL Aqueous Solutions & Acidity - Solutions Lesson 4 & 5: PRACTICAL Aqueous Solutions & Acidity – Analysis can be classified as saturated, unsaturated or supersaturated; the concentration of a solution is defined as the quantity of solute dissolved in a quantity of solution; this can be represented in a variety of ways, including by the number of moles of the solute per litre of solution (mol L‐1) and the mass of the solute per litre of solution (g L‐1) or parts per million (ppm) presence of specific ions in solutions can be identified by observing the colour of the solution, flame tests and observing various chemical reactions, including precipitation and acid‐base reactions