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Course Curriculum
1.1 Atomic Structure
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1.2 Amount of Substance
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1.3 Bonding
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1.4 Energetics
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1.5 Kinetics
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1.6 Chemical equilibria, Le Chatelier’s principle and Kc
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1.7 Oxidation, Reduction and Redox Equations
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2.1 Periodicity
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2.2 Group 2, The Alkaline Earth Metals
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2.3 Group 7(17), the halogens
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3.1 Chemical measurements
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3.2 Alkanes
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3.3 Halogenoalkanes
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3.3.4 Alkenes
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Thermodynamics
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- 91. Born-Haber Cycles - Lattice Enthalpies (4:20)
- 92. Born-Haber Cycles - Enthalpy Key Terms (13:01)
- 93. Born-Haber Cycles - Construction of Born-Haber Cycles (7:20)
- 94. Born-Haber Cycles - Calculations (7:25)
- 95. Born-Haber Cycles - Enthalpy of Hydration (2:42)
- 96. Born-Haber Cycles - Enthalpy of Solution (2:23)
- 97. Born-Haber Cycles - Calculating Enthalpy of Solution (3:19)
- 98. Gibbs Free Energy - Introduction to Entropy (4:11)
- 99. Gibbs Free Energy - Total Entropy Changes (5:08)
- 100. Gibbs Free Energy - Entropy Change Predictions (3:21)
- 101. Gibbs Free Energy - Gibbs Free Energy (3:45)
- 102. Gibbs Free Energy - Calculations Involving Free Energy (6:06)
Rate Equations
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A-level Chemistry All Boards Course
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- 21. Subatomic Particles (6:54)
- 22. Atomic and Mass Numbers (10:15)
- 23. Element Isotopes (4:42)
- 24. Mass Spectrometry (22:25)
- 25. Electrons in Atoms (13:41)
- 26. Electron Arrangement (16:33)
- 27. Measuring Relative Masses (9:13)
- 28. The Mole and the Avogrado Constant (8:58)
- 29. Further Mole calculations (17:52)
- 30. The Ideal Gas Equation (10:14)
- 31. Empirical and Molecular Formulae (17:15)
- 32. Balancing Chemical Equations
- 33. Stoichiometric Calculations (14:31)
- 34. Calculating Percentage Yield
- 35. Percentage Atom Economy (7:57)
- 36. Ion Formation (5:51)
- 37. Properties of Ionic Bonding
- 38. Covalent Bonds (9:05)
- 39. Properties of Covalent Structures (5:33)
- 40. Properties of Metallic Bonding (5:06)
- 41. Carbon Allotropes (7:25)
- 42. Predicting Bonding Types (7:28)
- 43. Molecular Shapes (18:20)
- 44. Bond Polarity (14:04)
- 45. Forces between Molecules (21:11)
- 46. Hydrogen Bonding in Water (11:16)
- 51. Reaction Rates and the Collision Theory (16:03)
- 52. Maxwell–Boltzmann Distribution
- 53. Chemical Equilibria and Le Chatelier's Principle (15:52)
- 54. Chemical Equilibria applied to Industry (7:29)
- 55. Calculations with Equilibrium Constants
- 56. Oxidation States
- 57. Redox Processes
- 58. Balancing Redox Equations
- 59. Classification
- 60. Trends along Period 3
- 62. Ionisation Energies
- 64. Group 2, The Alkaline Earth Metals
- 65. Reactions of Group 2 Elements
- 66. Uses of Group 2 Elements and their Compunds
- 67. Group 7, The Halogens
- 68. Reactions of the Halogens
- 69. Disproportionation Reactions in Halogens
- 70. Reducing power of Halide Ions
- 71. Testing for Ions
- 72. Naming and Representing Organic Compounds
- 73. Introduction to Functional Groups
- 74. General Formulae
- 75. Reaction Mechanisms in Organic Chemistry
- 76. Isomers
- 77. E/Z Isomerism
- 78. Alkanes: Properties and Reactivity
- 79. Obtaining Alkanes
- 80. Introduction to Halogenoalkanes
- 81. Reactivity of Halogenoalkanes
- 82. Environmental impact of Halogenoalkanes
- 83. Alkene Reactivity
- 84. Addition Polymerisation in Alkenes
- 85. Introduction to Alcohols
- 86. Alcohol oxidation
- 87. Reactivity of Alcohols
- 88. Alcohol production
- 89. Identification of Functional Groups
- 90. Infrared (IR) Spectroscopy
- 91. Lattice Enthalpies
- 92. Enthalpy Key Terms
- 93. Construction of Born-Haber Cycles
- 94. Calculations involving Born-Haber Cycles
- 95. Enthalpy of Hydration
- 96. Enthalpy of Solution
- 97. Calculating Enthalpy of Solution
- 98. Introduction to Entropy
- 99. Total Entropy Changes
- 100. Entropy Change Predictions
- 101. Gibbs Free Energy
- 102. Calculations involving Free Energy
- 103. Measuring Rate of Reaction
- 104. The Rate Equation
- 105. Introduction to Order of Reactions (2:37)
- 106. The Rate Constant (5:11)
- 107. Temperature Changes and the Rate Constant (10:18)
- 108. Determining Orders of Reaction Graphically (4:49)
- 109. Determining Orders of Reactions Experimentally (5:37)
- 110. Uses of Clock Reactions (4:09)
- 111. Reaction Half Lives
- 112. Reaction Determining Steps (5:51)
- 113. Gas Partial Pressures (5:19)
- 114. Gas Equilibria and Kp (8:55)
- 115. Le Chatelier's Principle in Gas Equilibria (4:46)
- 116. Changing Kp (4:20)
- 117. Half Cells and Full Cells (9:56)
- 118. Electrode Potentials (14:09)
- 119. Representing Electrochemical Cells (3:58)
- 120. Electrochemical cells Reactions (8:08)
- 121. Commercial Applications of Fuel Cells (11:58)
- 122. Brownsted-Lowry Acid-Base Equilibrium (8:42)
- 123. Strength of Acids and Bases (3:19)
- 124. Neutralisation Reactions (3:39)
- 125. The pH scale and Strong acids (7:14)
- 126. The Acid Dissociation Constant, Ka (6:31)
- 127. More Ka Calculations (6:14)
- 128. Ionic Product of Water (5:11)
- 129. pH of Strong Bases (9:52)
- 130. Dilutions and pH (2:25)
- 131. Buffer Action (24:38)
- 132. Titrations (3:37)
- 133. Acid-base Indicators (4:53)
- 134. Drawing pH Curves (13:06)
- 135. Reactivity of Period 3 Elements (5:48)
- 136. Properties of Period 3 Compounds (17:47)
- 137. The Transition metals (3:36)
- 138. Variable Oxidation States (2:06)
- 139. Characteristics of Transition Metals (4:30)
- 140. Introduction to Complex Ions (5:57)
- 141. Ligands (4:01)
- 142. Complex Ion Shape (4:15)
- 143. Cis Trans Isomerism in Complex Ions (3:16)
- 144. Optical Isomerism in Complex Ions (2:12)
- 145. Colours of Transition Metal Ions (10:35)
- 146. Ligand Substitution Reactions (21:43)
- 147. Redox Reactions Revisited (2:40)
- 148. Redox Potentials (4:27)
- 149. Redox Titrations (4:11)
- 150. Using Potassium Permanganate in Redox Titrations (15:14)
- 151. Iodine-Sodium Thiosulfate Titrations (10:10)
- 152. Examples of Redox in Transition Metals (8:51)
- 153. 12.2, 12.23 (6:15)
- 154. Transiton Metals as Homogeneous Catalysts (3:10)
- 155. Autocatalysis in Transition Metals (2:53)
- 156. Metal Ions in Solution (8:35)
- 157. Precipitation Reactions of Metal Ions in Solution (17:47)
- 158. Testing for Cations (5:56)
- 159. Testing for Anions (9:08)
- 160. Optical Isomerism (10:30)
- 161. Carbonyl Compounds (4:09)
- 162. Reactivity of Carbonyl Compunds (11:28)
- 163. Testing for Carbonyl Compounds (6:52)
- 164. Reactions to Increase Carbon Chain Length (4:34)
- 165. Properties and Reactivity of Carboxylic Acids (16:51)
- 166. Properties and Reactivity of Esters (13:03)
- 167. Acyl Groups (23:56)
- 168. Structure of Amides (6:40)
- 169. Introduction to Benzene (6:35)
- 170. Delocalisation Model of Benzene (2:45)
- 171. Benzene Nomenclature (4:22)
- 172. Electrophilic Substitution Reactions in Benzene (7:46)
- 173. Halogenation Reactions in Benzene (6:29)
- 174. Friedel-Crafts Acylation and Alkylation (12:16)
- 175. Reactivity of Substituted Benzene (13:09)
- 176. Introduction to Amines (8:45)
- 177. Amine Synthesis (9:45)
- 178. Properties and Reactivity of Amines (13:40)
- 179. Nitriles (3:02)
- 180. Condensation Polymers (3:48)
- 181. Polyamide Formation (3:45)
- 182. Polymer Biodegradability (4:04)
- 183. Polymer Disposal (2:42)
- 184. Structure of Amino Acids (8:08)
- 185. Structure of Proteins (14:15)
- 186. Enzyme Action (4:07)
- 187. DNA (6:33)
- 188. DNA Replication (6:11)
- 189. Practical Preparation Techniques (4:14)
- 190. Practical Purification Techniques (9:00)
- 191. Organic Synthesis: Aliphatic Compounds (12:06)
- 192. Organic Synthesis: Aromatic Compounds (8:02)
- 193. Considerations in Organic Synthesis (1:47)
- 194. Chromatography (13:58)
- 195. Different Types of Chromatography (9:45)
- 196. Nuclear Magnetic Resonance Spectroscopy (3:10)
- 197. NMR Samples and Standards (2:00)
- 198. Types of NMR: Carbon 13 (8:32)
- 199.Types of NMR: Hydrogen (6:51)
- 200. High Resolution 1H NMR (8:32)
- 201. Deuterium use in 1H NMR (6:42)