Laura Bellini
Classification: Paper 2
Page count: 20
Viewed: 97
Last update: 5 months ago
Crash report
Chemistry 5070/21 Oct Nov 2024
1. Atomic Structure & Periodic Table | Identifying Elements & Electron Configurations – Determining group positions, ion formation, and properties of elements in the Periodic Table.
2. Extraction & Properties of Metals | Iron Production & Transition Metal Characteristics – Explaining redox in iron extraction, transition metal properties, and equilibrium in iron compounds.
3. Electrolysis & Conductivity | Electrolysis of Aqueous Sodium Chloride – Identifying electrode reactions, explaining ion movement, and predicting products in electrolysis.
4. Organic Chemistry & Hydrocarbon Reactions | Alkanes, Alkenes, and Cracking – Defining homologous series, drawing isomers, balancing cracking reactions, and calculating enthalpy change.
5. Chemical Reactions & Rates | Reaction of Copper(II) Carbonate with Acid – Writing equations, analyzing reaction graphs, and explaining rate changes with particle size and concentration.
6. Chemical Bonding & Structures | Zinc Sulfide & Molecular Compounds – Predicting electrical conductivity, explaining physical properties, and drawing dot-and-cross diagrams.
7. Acids, Bases & Polymers | Propanoic Acid Reactions & Polyamide Formation – Identifying ester formation, explaining acid properties, and drawing polyamide repeat units.
2. Extraction & Properties of Metals | Iron Production & Transition Metal Characteristics – Explaining redox in iron extraction, transition metal properties, and equilibrium in iron compounds.
3. Electrolysis & Conductivity | Electrolysis of Aqueous Sodium Chloride – Identifying electrode reactions, explaining ion movement, and predicting products in electrolysis.
4. Organic Chemistry & Hydrocarbon Reactions | Alkanes, Alkenes, and Cracking – Defining homologous series, drawing isomers, balancing cracking reactions, and calculating enthalpy change.
5. Chemical Reactions & Rates | Reaction of Copper(II) Carbonate with Acid – Writing equations, analyzing reaction graphs, and explaining rate changes with particle size and concentration.
6. Chemical Bonding & Structures | Zinc Sulfide & Molecular Compounds – Predicting electrical conductivity, explaining physical properties, and drawing dot-and-cross diagrams.
7. Acids, Bases & Polymers | Propanoic Acid Reactions & Polyamide Formation – Identifying ester formation, explaining acid properties, and drawing polyamide repeat units.