Chemistry Flashcards

1.1 - States of Matter

1.2 - The History of The Atom

1.3 - Atoms

1.4 - Elements, Isotopes & Relative Atomic Mass

2.1 - The Periodic Table

2.2 - Electron Shells

2.3 - Formation of Ions

2.4 - Ionic Bonding

2.5 - Ionic Compounds

2.6 - Covalent Bonding

2.7 - Types of Covalent Structures

2.8 - Diamond & Graphite

2.9 - Graphene & Fullerenes

2.10 - Metallic Bonding

2.11 - Nanoparticles

2.12 - Compounds, Molecules & Mixtures

2.13 - Purity and Formulations

2.14 - Filtration & Crystalisation

2.15 - Distillation

2.16 - Paper Chromatography

2.17 - Relative Formula Mass

2.18 - Molecular & Empirical Formulas

3.1 - Conservation of Mass

3.2 - Balancing Chemical Equations

3.3 - Moles & Mass

3.4 - Limiting Reactants

3.5 - Calculating Mass in Reactions

3.6 - Exothermic & Endothermic Reactions

3.7 - Bond Energies

3.8 - Acids & Bases

3.9 - Neutralisations Reactions

3.10 - Strong Acids & Weak Acids

3.11 - Redox Reactions

3.12 - Electrolysis 1 - Introduction

3.13 - Electrolysis 2 - Aluminium Oxide

3.14 - Electrolysis 3 - Aqueous Solutions

4.1 - Group 1 (Alkali Metals)

4.2 - Group 7 & Group 0 (Halogens & Noble Gases)

4.3 - The Reactivity Series & Displacement Reactions

4.4 - Tests for Gases

4.5 - Tests for Anions

4.6 - Tests for Cations

5.1 - Concentration Calculations (grams/dm^3)

5.2 - Titration Practical

5.3 - Gas Calculations

5.4 - Atom Economy

5.5 - Percentage Yield

5.6 - Rates of Reaction

5.7 - Measuring Rates of Reaction From a Graph

5.8 - Factors Affecting Rates of Reaction & Collision Theory

5.9 - Reversible Reactions & Dynamic Equilibrium

5.10 - Le Chatelier's Principle

6.1 - Separating Metals from Metal Oxides

6.2 - Corrosion

6.3 - The Haber Process

6.4 - NPK Fertilisers

6.5 - The Contact Process

6.6 - Life Cycle Assessments

6.7 - Sustainable Development - Reuse & Recycling

6.8 - Ceramics, Composites & Polymers

6.9 - Alkanes - Properties & Combustion

6.10 - Alcohols

6.11 - Carboxylic Acids

6.12 - Addition Polymers

6.13 - Condensation Polymers

6.14 - Naturally Occurring Polymers

6.15 - Fractional Distillation

6.16 - Hydrocarbons

6.17 - Cracking & Alkenes

6.18 - Fuel Cells

6.19 - The Evolution of the Atmosphere

6.20 - Greenhouse Gases & Climate Change

6.21 - Air Pollution

6.22 - Waste Water Treatment

7.1 - Trends in Reactivity

7.2 - Electrolysis

7.3 - Chromatography

7.4 - Distillation

7.5 - Identifying Ions

7.6 - Neutralisation / Titration

7.7 - Making Salts

7.8 - Rates of Reaction