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Unit 7 of 7

Additional lessons

IB Chemistry SL · 98 lessons · 0 quizzes

Start the first lesson

1.1.2

Separating Mixtures20 min

1.1.3

Changes of State20 min

1.1.4

Average Kinetic Energy20 min

1.2.1

Nuclear Model of the Atom20 min

1.2.2

Subatomic Particles20 min

1.2.3

1.3.1

The Electromagnetic Spectrum20 min

1.3.2

Emission Spectra20 min

1.3.3

Energy Levels, Sublevels and Orbitals20 min

1.3.4

Writing Electron Configurations20 min

1.4.1

The Mole Unit20 min

1.4.2

Molar Mass20 min

1.4.3

Empirical Formula20 min

1.4.4

Molar Concentration20 min

1.4.5

Avogadro's Law20 min

1.5.2

Molar Gas Volume20 min

1.5.3

The Ideal Gas Equation20 min

1.5.4

Real Gases20 min

2.1.1

Forming Ions20 min

2.1.2

Binary Ionic Compounds20 min

2.1.3

Ionic Lattices20 min

2.2.1

Covalent Bonds20 min

2.2.2

Lewis Formulas20 min

2.2.3

Multiple Bonds20 min

2.2.4

Coordinate Bonds20 min

2.2.5

Shapes of Molecules20 min

2.2.6

Bond Polarity20 min

2.2.7

Molecular Polarity20 min

2.2.8

Giant Covalent Structures20 min

2.2.9

Intermolecular Forces20 min

2.2.10

Physical Properties of Covalent Substances20 min

2.2.11

Chromatography20 min

2.3.1

Properties of Metals and Their Uses20 min

2.3.2

s and p Block Elements20 min

2.4.3

Properties of Alloys20 min

2.4.4

2.4.5

Addition Polymers20 min

3.1.2

Electron Configurations and the Periodic Table20 min

3.1.3

Periodic Trends20 min

3.1.4

Group 1 Metals with Water20 min

3.1.5

Group 17 Elements with Halide Ions20 min

3.1.6

Metallic and Non-Metallic Oxides20 min

3.1.7

Oxidation States20 min

3.2.1

Representing Formulas of Organic Compounds20 min

3.2.3

Homologous Series20 min

3.2.4

IUPAC Nomenclature20 min

3.2.5

Structural Isomers20 min

4.1.1

Difference Between Heat and Temperature20 min

4.1.3

Energy Profiles20 min

4.1.5

Calorimetry Experiments20 min

4.2.1

Bond Enthalpy Calculations20 min

4.2.2

Hess's Law20 min

4.2.3

Hess's Law Calculations20 min

4.3.2

Incomplete Combustion20 min

4.3.3

The Amount of Carbon Dioxide Produced When Fuels Burn20 min

4.3.4

Carbon Dioxide Levels and the Greenhouse Effect20 min

4.3.5

4.3.6

Fuel Cells20 min

5.1.1

Balancing Equations20 min

5.1.2

Reacting Mass Calculations20 min

5.1.3

Avogadro's Law and Molar Volume of Gas20 min

5.1.4

Concentration Calculations20 min

5.1.5

Limiting and Excess Reactants20 min

5.1.6

Percentage Yield Calculations20 min

5.1.7

Atom Economy20 min

5.2.1

Rate of Reaction20 min

5.2.2

Measuring Rates of Reaction20 min

5.2.3

Collision Theory20 min

5.2.4

Factors Affecting Rates of Reaction20 min

5.2.5

Activation Energy20 min

5.2.6

Energy Profiles With and Without Catalysts20 min

5.2.7

Maxwell–Boltzmann Distribution Curves20 min

5.3.1

The Characteristics of Dynamic Equilibrium20 min

5.3.2

The Equilibrium Law20 min

5.3.3

The Equilibrium Constant20 min

5.3.4

Le Chatelier's Principle20 min

6.1.1

Brønsted–Lowry Acids and Bases20 min

6.1.2

Conjugate Acids and Bases20 min

6.1.3

Amphiprotic Species20 min

6.1.4

The pH Scale20 min

6.1.5

The Ion Product of Water20 min

6.1.6

Strong and Weak Acids and Bases20 min

6.1.8

pH Curves20 min

6.2.1

Oxidation and Reduction20 min

6.2.2

Half Equations20 min

6.2.3

Relative Ease of Oxidation and Reduction20 min

6.2.4

Acids with Reactive Metals20 min

6.2.5

Primary Cells20 min

6.2.6

Secondary Cells20 min

6.2.7

Electrolytic Cells20 min

6.2.8

Oxidation of Alcohols20 min

6.2.9

Reduction of Carboxylic Acids, Aldehydes and Ketones20 min

6.2.10

Reduction of Unsaturated Compounds20 min

6.3.1

6.3.2

Homolytic Fission20 min

6.3.3

Halogenation of Alkanes20 min

6.4.1

Nucleophilic Substitution20 min

6.4.2

Heterolytic Fission20 min