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IB Diploma

IB Chemistry SL

The complete IB Chemistry SL Chemistry syllabus by syllabus section, ordered exactly…

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IB Chemistry SL course cover

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Unit 1Structure 1 — Models of the particulate nature of matter10 lessonsUnit 2Structure 2 — Models of bonding and structure11 lessonsUnit 3Structure 3 — Classification of matter7 lessonsUnit 4Reactivity 1 — What drives chemical reactions?13 lessonsUnit 5Reactivity 2 — How much, how fast, how far?9 lessonsUnit 6Reactivity 3 — What are the mechanisms of chemical change?28 lessonsUnit 7Additional lessons98 lessons
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1

Structure 1 — Models of the particulate nature of matter

6 lessons
  1. S1.1Introduction to the particulate nature of matterFree preview10 minStudy
  2. IB Chemistry SL S1.1 Introduction to the particulate nature…
  3. S1.2The nuclear atom10 minStudy
  4. IB Chemistry SL S1.2 The nuclear atom - Past paper MCQ
  5. S1.3Electron configurations10 minStudy
  6. IB Chemistry SL S1.3 Electron configurations - Past paper M…
  7. S1.4Counting particles by mass: the mole10 minStudy
  8. IB Chemistry SL S1.4 Counting particles by mass: the mole -…
  9. S1.5Ideal gases10 minStudy
  10. IB Chemistry SL S1.5 Ideal gases - Past paper MCQ
  11. 1.6Electronic Configurations12 minStudy
  12. Electronic Configurations – Exam questions
2

Structure 2 — Models of bonding and structure

6 lessons
  1. S2.1The ionic model10 minStudy
  2. IB Chemistry SL S2.1 The ionic model - Past paper MCQ
  3. S2.2The covalent model10 minStudy
  4. IB Chemistry SL S2.2 The covalent model - Past paper MCQ
  5. S2.3The metallic model10 minStudy
  6. IB Chemistry SL S2.3 The metallic model - Past paper MCQ
  7. S2.4From models to materials10 minStudy
  8. IB Chemistry SL S2.4 From models to materials - Past paper …
  9. 2.5Bonding Models12 minStudy
  10. 2.6Bonding and Properties12 minStudy
3

Structure 3 — Classification of matter

2 lessons
  1. S3.1The periodic table: classification of elements10 minStudy
  2. IB Chemistry SL S3.1 The periodic table: classification of …
  3. S3.2Functional groups: classification of organic compounds10 minStudy
  4. IB Chemistry SL S3.2 Functional groups: classification of o…
4

Reactivity 1 — What drives chemical reactions?

8 lessons
  1. R1.1Measuring enthalpy changes10 minStudy
  2. IB Chemistry SL R1.1 Measuring enthalpy changes - Past pape…
  3. R1.2Energy cycles in reactions10 minStudy
  4. IB Chemistry SL R1.2 Energy cycles in reactions - Past pape…
  5. R1.3Energy from fuels10 minStudy
  6. R1.3 Energy from fuels – Exam questions
  7. 4.4Chemical Elements, Compounds and Mixtures12 minStudy
  8. 4.5Exothermic and Endothermic Reactions12 minStudy
  9. 4.6Combustion Reactions12 minStudy
  10. 4.7Neutralisation Reactions12 minStudy
  11. 4.8Electrophilic Addition Reactions12 minStudy
5

Reactivity 2 — How much, how fast, how far?

3 lessons
  1. R2.1How much? The amount of chemical change10 minStudy
  2. IB Chemistry SL R2.1 How much? The amount of chemical chang…
  3. R2.2How fast? The rate of chemical change10 minStudy
  4. IB Chemistry SL R2.2 How fast? The rate of chemical change …
  5. R2.3How far? The extent of chemical change10 minStudy
  6. IB Chemistry SL R2.3 How far? The extent of chemical change…
6

Reactivity 3 — What are the mechanisms of chemical change?

12 lessons
  1. R3.1Proton transfer reactions10 minStudy
  2. IB Chemistry SL R3.1 Proton transfer reactions - Past paper…
  3. R3.2Electron transfer reactions10 minStudy
  4. IB Chemistry SL R3.2 Electron transfer reactions - Past pap…
  5. R3.3Electron sharing reactions10 minStudy
  6. IB Chemistry SL R3.3 Electron sharing reactions - Past pape…
  7. R3.4Electron-pair sharing reactions10 minStudy
  8. IB Chemistry SL R3.4 Electron-pair sharing reactions - Past…
  9. 6.5Tool 1: Experimental Techniques12 minStudy
  10. Tool 1: Experimental Techniques – Exam questions
  11. 6.6Tool 2: Technology12 minStudy
  12. 6.7Tool 3: Mathematics12 minStudy
  13. 6.8Inquiry 1: Exploring and Designing12 minStudy
  14. Inquiry 1: Exploring and Designing – Unit exam questions
  15. 6.9Inquiry 2 & 3: Collecting, Processing, Concluding and Evaluating12 minStudy
  16. 6.10Inquiry 2: Collecting and processing data12 minStudy
  17. 6.11Inquiry 3: Concluding and evaluating12 minStudy
  18. 6.12Standard Enthalpy Change12 minStudy
7

Additional lessons

98 lessons
  1. 7.1Separating Mixtures12 minStudy
  2. 7.2Changes of State12 minStudy
  3. 7.3Average Kinetic Energy12 minStudy
  4. 7.4Nuclear Model of the Atom12 minStudy
  5. 7.5Subatomic Particles12 minStudy
  6. 7.6Isotopes12 minStudy
  7. 7.7The Electromagnetic Spectrum12 minStudy
  8. 7.8Emission Spectra12 minStudy
  9. 7.9Energy Levels, Sublevels and Orbitals12 minStudy
  10. 7.10Writing Electron Configurations12 minStudy
  11. 7.11The Mole Unit12 minStudy
  12. 7.12Molar Mass12 minStudy
  13. 7.13Empirical Formula12 minStudy
  14. 7.14Molar Concentration12 minStudy
  15. 7.15Avogadro's Law12 minStudy
  16. 7.16Molar Gas Volume12 minStudy
  17. 7.17The Ideal Gas Equation12 minStudy
  18. 7.18Real Gases12 minStudy
  19. 7.19Forming Ions12 minStudy
  20. 7.20Binary Ionic Compounds12 minStudy
  21. 7.21Ionic Lattices12 minStudy
  22. 7.22Covalent Bonds12 minStudy
  23. 7.23Lewis Formulas12 minStudy
  24. 7.24Multiple Bonds12 minStudy
  25. 7.25Coordinate Bonds12 minStudy
  26. 7.26Shapes of Molecules12 minStudy
  27. 7.27Bond Polarity12 minStudy
  28. 7.28Molecular Polarity12 minStudy
  29. 7.29Giant Covalent Structures12 minStudy
  30. 7.30Intermolecular Forces12 minStudy
  31. 7.31Physical Properties of Covalent Substances12 minStudy
  32. 7.32Chromatography12 minStudy
  33. 7.33Properties of Metals and Their Uses12 minStudy
  34. 7.34s and p Block Elements12 minStudy
  35. 7.35Properties of Alloys12 minStudy
  36. 7.36Polymers12 minStudy
  37. 7.37Addition Polymers12 minStudy
  38. 7.38Electron Configurations and the Periodic Table12 minStudy
  39. 7.39Periodic Trends12 minStudy
  40. 7.40Group 1 Metals with Water12 minStudy
  41. 7.41Group 17 Elements with Halide Ions12 minStudy
  42. 7.42Metallic and Non-Metallic Oxides12 minStudy
  43. 7.43Oxidation States12 minStudy
  44. 7.44Representing Formulas of Organic Compounds12 minStudy
  45. 7.45Homologous Series12 minStudy
  46. 7.46IUPAC Nomenclature12 minStudy
  47. 7.47Structural Isomers12 minStudy
  48. 7.48Difference Between Heat and Temperature12 minStudy
  49. 7.49Energy Profiles12 minStudy
  50. 7.50Calorimetry Experiments12 minStudy
  51. 7.51Bond Enthalpy Calculations12 minStudy
  52. 7.52Hess's Law12 minStudy
  53. 7.53Hess's Law Calculations12 minStudy
  54. 7.54Incomplete Combustion12 minStudy
  55. 7.55The Amount of Carbon Dioxide Produced When Fuels Burn12 minStudy
  56. 7.56Carbon Dioxide Levels and the Greenhouse Effect12 minStudy
  57. 7.57Biofuels12 minStudy
  58. 7.58Fuel Cells12 minStudy
  59. 7.59Balancing Equations12 minStudy
  60. 7.60Reacting Mass Calculations12 minStudy
  61. 7.61Avogadro's Law and Molar Volume of Gas12 minStudy
  62. 7.62Concentration Calculations12 minStudy
  63. 7.63Limiting and Excess Reactants12 minStudy
  64. 7.64Percentage Yield Calculations12 minStudy
  65. 7.65Atom Economy12 minStudy
  66. 7.66Rate of Reaction12 minStudy
  67. 7.67Measuring Rates of Reaction12 minStudy
  68. 7.68Collision Theory12 minStudy
  69. 7.69Factors Affecting Rates of Reaction12 minStudy
  70. 7.70Activation Energy12 minStudy
  71. 7.71Energy Profiles With and Without Catalysts12 minStudy
  72. 7.72Maxwell–Boltzmann Distribution Curves12 minStudy
  73. 7.73The Characteristics of Dynamic Equilibrium12 minStudy
  74. 7.74The Equilibrium Law12 minStudy
  75. 7.75The Equilibrium Constant12 minStudy
  76. 7.76Le Chatelier's Principle12 minStudy
  77. 7.77Brønsted–Lowry Acids and Bases12 minStudy
  78. 7.78Conjugate Acids and Bases12 minStudy
  79. 7.79Amphiprotic Species12 minStudy
  80. 7.80The pH Scale12 minStudy
  81. 7.81The Ion Product of Water12 minStudy
  82. 7.82Strong and Weak Acids and Bases12 minStudy
  83. 7.83pH Curves12 minStudy
  84. 7.84Oxidation and Reduction12 minStudy
  85. 7.85Half Equations12 minStudy
  86. 7.86Relative Ease of Oxidation and Reduction12 minStudy
  87. 7.87Acids with Reactive Metals12 minStudy
  88. 7.88Primary Cells12 minStudy
  89. 7.89Secondary Cells12 minStudy
  90. 7.90Electrolytic Cells12 minStudy
  91. 7.91Oxidation of Alcohols12 minStudy
  92. 7.92Reduction of Carboxylic Acids, Aldehydes and Ketones12 minStudy
  93. 7.93Reduction of Unsaturated Compounds12 minStudy
  94. 7.94Radicals12 minStudy
  95. 7.95Homolytic Fission12 minStudy
  96. 7.96Halogenation of Alkanes12 minStudy
  97. 7.97Nucleophilic Substitution12 minStudy
  98. 7.98Heterolytic Fission12 minStudy