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IB

Chemistry

Chemistry

QuizQuiz FlashcardsFlashcards

1.1 - The Composition of Matter

1.2 - States of Matter

2.1 - The Structure of the Atom

2.3 - Mass Spectrometry

3.1 - Emission Spectra

3.2 - Electron Configurations

3.3 - Ionisation Energy

4.1 - The Mole, Molecular Mass & Molar Mass

4.2 - Empirical Formula, Molecular Formula & Chemical Analysis

4.3 - Solutions & Concentration

5.1 - The Molar Volume of an Ideal Gas

5.2 - The Ideal Gas Equation

6.1 - Ionic Bonding

6.2 - Ionic Lattices & Properties of Ionic Compounds

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

7.7 - Benzene & Resonance

7.8 - Formal Charge

7.9 - Sigma Bonds & Pi Bonds

8.1 - Metallic Bonding

9.1 - The Bonding Continuum

9.3 - Addition Polymers

9.4 - Condensation Polymers

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

10.6 - Properties of the Transition Elements

10.7 - Variable Oxidation States in Transition Elements

10.8 - Transition Element Complexes

11.1 - Formulas of Organic Compounds

11.2 - Functional Groups

11.3 - Homologous Series

11.4 - Naming Organic Compounds

11.6 - Mass Spectrometry

11.7 - Infrared Spectroscopy

11.8 - Proton Nuclear Magnetic Resonance Spectroscopy

11.9 - Combining Analytical Techniques

12.1 - Exothermic & Endothermic Reactions

12.2 - Standard Enthalpy Change

13.1 - Bond-breaking & Bond-forming

13.2 - Hess' Law

13.3 - Born-Haber Cycles

14.1 - Combustion

14.2 - Fossil Fuels

14.3 - Biofuels

14.4 - Fuel Cells

15.2 - Gibbs Energy

15.3 - Gibbs Energy & Equilibrium

16.1 - Stoichiometry & Mole Ratio

16.2 - Limiting Reactants

16.3 - The Reaction Yield

16.4 - Green Chemistry & Atom Economy

17.1 - The Rate of Reaction

17.2 - Collision Theory

17.3 - Activation Energy

17.4 - Catalysts

17.5 - Multistep Reactions

17.6 - Rate Equations

17.7 - The Arrhenius Equation

18.1 - Dynamic Equilibrium

18.2 - The Equilibrium Law

18.3 - Le Chatelier's Principle

18.4 - Calculations Involving K

19.1 - Acids & Bases

19.2 - The pH Scale

19.3 - Properties of Acids & Bases

19.4 - Reactions of Acids & Bases

19.5 - pH Curves for Strong & Weak Acids & Bases

19.6 - The pOH Scale

19.7 - Weak Acids & Bases

19.8 - Acid-base Equilibria in Solutions of Salts

19.9 - Buffer Solutions

20.1 - Oxidation & Reduction

20.2 - Redox Reactions of Metals & Halogens

20.3 - Electrochemical Cells

20.4 - Secondary Cells

20.5 - Electrolytic Cells

20.6 - Oxidation of Organic Compounds

20.7 - Reduction of Organic Compounds

20.8 - Standard Cell Potentials

21.1 - Radical Substitution Reactions

22.1 - Nucleophilic Substitution Reactions in Halogenoalkanes

22.2 - Electrophilic Addition Reactions in Alkenes

22.3 - Lewis Acids & Bases

22.4 - Coordination Bonds & Complex Ions

22.5 - Electrophilic Substitution in Benzene