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 Activity: Lesson 2: chemical equations; balanced chemical Molymods Reactions Chemical equations indicate the relative numbers of – Equations particles molecules or ions) that are involved in the reaction Lesson 3 - 5: Reactions to PEQs - Chemical Equations match equations Activity: Molymods W8/T1 Topic 3: Lesson 1 5: – Assessment Personal Study & Review 121’s Week W9/T1 Topic 3: Practical: Lesson 1 - 3: PRACTICAL chemical reactions and phase changes involve Chemical STAWA - Exp 25 Reactions Endo & enthalpy changes, commonly observable as – Reactions: STAWA - Exp 37 Exothermic changes in the temperature of the surroundings reactants, (Task 2) and/or the emission of light products endothermic and exothermic reactions can be and energy explained in terms of the Law of Conservation change 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 Demo: Lesson 4&5: Holding Fire PEQs - Endo & Exothermic
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
Y11_ATAR_Chemistry_Program_2018.docx