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HSC Module 3 Chemistry: Reactive Chemistry
2.0 Chemical Reactions
2.1 Overview
2.2 Indicators of Chemical Reactions (10:19)
2.3 Conservation of Mass (9:49)
2.4 Predicting products in Combustion Reactions (14:22)
2.5 Predicting products in Decomposition Reactions 1 (21:27)
2.6 Predicting products in Decomposition Reactions 2 (15:38)
2.7 Predicting products in Synthesis Reactions (9:00)
2.8 Predicting products in Single Displacement Reactions (12:54)
2.9 Predicting products in Precipitation Reactions (10:04)
2.10 SKILL: Using the Solubility Rules to predict a precipitate (12:59)
2.11 SKILL: Writing Net Ionic equations from a molecular equation (7:18)
2.12 Acid & Base Reactions 1
2.13 Acid & Base Reactions 2 (8:37)
2.14 Predicting products in Acid on Carbonate Reactions (7:26)
2.15 Predicting products in Metal on Acid Reactions (21:34)
2.12 chemical processes that occur when Aboriginal and Torres Strait Islander Peoples
Progress Check 1, Study Cards and Flash Card Sets
Progress Check 1 Paper
Study Cards and Flash Card Sets Sample
3.0 Predicting the Reactions of Metals
3.1 Overview
3.2 Metal Activity Series - Metals in solutions. (8:55)
3.3 Metal Activity Series - Metals in acid
3.4 Metal Activity Series - Metals reacting in oxygen
3.5 What are Redox Reactions?
3.6 Oxidation numbers- key to identifying redox species
3.7 Spontaneous vs non-spontaneous electron transfer
3.8 Galvanic Cells - making electricity flow
3.9 Galvanic cell terminology
3.10 Metal Activity series and galvanic cells
3.11 Making a standard list of half cells
3.12 Calculating Cell Potentials
4.0 Rates of Reactions
4.1 Overview
4.2 Collision theory
4.3 Temperature & Reaction Rate (9:37)
4.4 Surface Area & Reaction Rate (7:09)
4.5 Concentration & Reaction Rate
4.6 Catalysts & Reaction Rate (10:05)
4.7 Rates & Graphing
4.8
2.11 SKILL: Writing Net Ionic equations from a molecular equation
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