IB Chemistry Question Bank

1.1: Introduction to the particulate nature of matter and chemical change

1.2: The concept of Moles

1.3: Reacting: Masses and volumes

2.1: Nuclear Atoms

2.2: Electronic configuration

12.1: Electrons in atoms (HL) (Higher Level)

3.1: Periodic table

3.2: Periodic trends

13.1: First-row D-block elements (HL) (Higher Level)

13.2: Coloured complexes (HL) (Higher Level)

4.1: Ionic bonding and structure

4.2: Covalent bonding

4.3: Covalent structure

4.4: Intermolecular forces

4.5: Metallic bonding

14.1: Covalent bonding, electron domains and geometry (HL) (Higher Level)

14.2: Hybridisation (HL) (Higher Level)

5.1: Measuring Energy changes

5.2: Hess's law

5.3: Bond Enthalpies

15.1: Energy cycles (HL) (Higher Level)

15.2: Entropy and spontaneity (HL) (Higher Level)

6.1: Collision theory and Rates of reaction

16.1: Rate expression and reaction mechanisms (HL) (Higher Level)

16.2: Activation energy (HL) (Higher Level)

7.1: Equilibrium (HL) (Higher Level)

17.1: The Equilibrium law (HL) (Higher Level)

8.1: Theories of acids and bases

8.2: Properties of acids and bases

8.3: The pH scale

8.4: Strong vs weak acids and bases

8.5: Acid Deposition

18.1: Lewis definition of acids and bases (HL) (Higher Level)

18.2: Calculations involving acids and bases (HL) (Higher Level)

18.3: pH Curves (HL) (Higher Level)

9.1: Redox: oxidation and reduction

9.2: Introduction to Electrochemical cells

19.1: Electrochemical cells (HL) (Higher Level)

10.1: Fundamentals of organic chemistry

10.2: Functional groups in chemistry

20.1: Types of organic reactions (HL) (Higher Level)

20.2: Synthetic routes (HL) (Higher Level)

20.3: Stereoisomerism (HL) (Higher Level)

11.1: Uncertainties and erros in measurements and results

11.2: Graphical techniques

11.3: Spectroscopic identification of organic compounds

21.1: Further spectroscopic identifications (HL) (Higher Level)