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IB
Chemistry
IB · Standard Level
Standard Level
Study multiple subtopics
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Build your own deck
Build your own deck
Study multiple subtopics
Build your own quiz
Build your own deck
Build your own paper
Build your own deck
Build your own deck
Notes
Notes
Quiz
Quiz
Flashcards
Flashcards
Overall progress:
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Overall progress:
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Topic 1
- Introduction to the Particulate Nature of Matter
1.1 - The Composition of Matter
1.2 - States of Matter
Topic 2
- The Nuclear Atom
2.1 - The Structure of the Atom
2.2 - Isotopes
Topic 3
- Electron Configurations
3.1 - Emission Spectra
3.2 - Electron Configurations
Topic 4
- Counting Particles by Mass: the Mole
4.1 - The Mole, Relative Molecular Mass & Molar Mass
4.2 - Empirical Formula, Molecular Formula & Chemical Analysis
4.3 - Solutions & Concentration
Topic 5
- Ideal Gases
5.1 - The Molar Volume of a Gas
5.2 - The Ideal Gas Equation
Topic 6
- The Ionic Model
6.1 - Ionic Bonding
6.2 - Ionic Lattices & Properties of Ionic Compounds
Topic 7
- The Covalent Model
7.1 - Covalent Bonding & Molecules
7.2 - The Valence Shell Electron Pair Repulsion Model
7.3 - Bond Polarity & Molecular Polarity
7.4 - Covalent Network Structures
7.5 - Intermolecular Forces
7.6 - Chromatography
Topic 8
- The Metallic Model
8.1 - Metallic Bonding
Topic 9
- From Models to Materials
9.1 - The Bonding Continuum
9.2 - Alloys
9.3 - Addition Polymers
Topic 10
- The Periodic Table: Classification of Elements
10.1 - Periods, Groups & Blocks in the Periodic Table
10.2 - Periodicity: Trends in the Periodic Table
10.3 - Metallic Character & Periodicity
10.4 - Metal Oxides & Non-metal Oxides
10.5 - Oxidation States
Topic 11
- Functional Groups: Classification of Organic Molecules
11.1 - Formulas of Organic Compounds
11.2 - Functional Groups
11.3 - Homologous Series
11.4 - Naming Organic Compounds
11.5 - Structural Isomers
Topic 12
- Measuring Enthalpy Change
12.1 - Exothermic & Endothermic Reactions
12.2 - Standard Enthalpy Change
Topic 13
- Energy Cycles in Reactions
13.1 - Bond-breaking & Bond-forming
13.2 - Hess' Law
Topic 14
- Energy from Fuels
14.1 - Combustion
14.2 - Fossil Fuels
14.3 - Biofuels
14.4 - Fuel Cells
Topic 15
- How Much? The Amount of Chemical Change
15.1 - Stoichiometry & Mole Ratio
15.2 - Limiting Reactants
15.3 - The Reaction Yield
15.4 - Green Chemistry & Atom Economy
Topic 16
- How Fast? The Rate of Chemical Change
16.1 - The Rate of Reaction
16.2 - Collision Theory
16.3 - Activation Energy
16.4 - Catalysts
Topic 17
- How Far? The Extent of Chemical Change
17.1 - Dynamic Equilibrium
17.2 - The Equilibrium Law
17.3 - Le Chatelier's Principle
Topic 18
- Proton Transfer Reactions
18.1 - Acids & Bases
18.2 - The pH Scale
18.3 - Properties of Acids & Bases
18.4 - Reactions of Acids & Bases
18.5 - pH Curves
Topic 19
- Electron Transfer Reactions
19.1 - Oxidation & Reduction
19.2 - Redox Reactions of Metals & Halogens
19.3 - Electrochemical Cells
19.4 - Secondary Cells
19.5 - Electrolytic Cells
19.6 - Oxidation of Organic Compounds
19.7 - Reduction of Organic Compounds
Topic 20
- Electron Sharing Reactions
20.1 - Radical Substitution Reactions
Topic 21
- Electron-pair Sharing Reactions
21.1 - Nucleophilic Substitution Reactions
21.2 - Electrophilic Addition Reactions in Alkenes
