Edexcel International A level Chemistry - UNITS 1 – 6: COMPLETE YEAR 12 & 13 COURSE (IAS/IA2) - Lessons with questions and answers

Bundle is comprised of 163 PowerPoint lessons covering all the units for the Edexcel International A level Chemistry course: Unit 1 - Structure, Bonding and Introduction to Organic Chemistry, Unit 2 - Energetics, Group Chemistry, Halogenoalkanes and Alcohols, Unit 3 - Practical Skills in Chemistry I, Unit 4 - Organic Chemistry: Carbonyls, Carboxylic Acids and Chirality, Unit 5 – Transition Metal Chemistry and Organic Nitrogen Chemistry and Unit 6 – Practical Skills in Chemistry II. The course codes are as follows: Unit 1 – WCH11/01, Unit 2 – WCH12/01, Unit 3 – WCH13/01, Unit 4 – WCH14/01, Unit 5 – WCH15/01 and Unit 6 – WCH16/01. The bundle can be used for all UK exam boards which have similar units, especially Edexcel. The PowerPoints are as follows:

1. Atoms, Elements and Molecules
2. Ionic Equation
3. Reactions of acids
4. Displacement Reactions
5. Precipitation Reactions
6. Comparing mass of substance
7. Reacting masses
8. Yield of reaction
9. Atom Economy
10. Empirical Formula
11. Molecular formula and ideal gas equation
12. Gas Volume calculations
13. Molar gas volume calculations
14. Concentration of solutions
15. Atomic Structure
16. Mass spectrometry
17. Atomic orbitals and electronic configuration
18. Ionisation energy
19. Periodicity
20. Ionic bonding
21. Covalent bonding
22. Polar covalent bonds
23. Shapes of molecules
24. Metallic bonding
25. Solid lattices
26. Structures and properties
27. Types of formula
28. Nomenclature and homologous series
29. Structural isomerism
30. Types of reactions
31. Hazards and Risks
32. Alkanes from crude oil
33. Alkanes as fuels
34. Alternative fuels
35. Free radical substitution
36. Alkenes and bonding
37. Geometric isomerism
38. Addition reactions
39. Electrophilic addition mechanism
40. Polymers
41. Introduction to enthalpy
42. Enthalpy level diagrams
43. Enthalpy change of combustion
44. Enthalpy change of neutralisation
45. Enthalpy change of formation
46. Bond enthalpies
47. Intermolecular Forces
48. Intermolecular Forces and Physical Properties
49. Dissolving and Solubility
50. Redox and Oxidation Numbers
51. Oxidation Numbers and Nomenclature
52. Ionic Half Equations
53. Reaction of Group 1 Metals
54. Reaction of Group 2 Metals
55. Oxides and hydroxides of group 1 and group 2
56. Thermal Stability of Group 1 and Group 2 Carbonates and Nitrates
57. Tests for cations
58. Trends in Group 7
59. Redox reactions in group 7
60. Reactions of halides with sulfuric acid
61. Other reactions of halides
62. Making standard solutions
63. How to do a titration
64. Titration Calculations
65. Mistakes and Errors
66. Errors and Uncertainties
67. Rate of Reaction
68. Factors affecting rate of reaction
69. Rate of reaction – catalysts
70. Dynamic Equilibrium
71. Reversible Reactions in Industry
72. Halogenoalkanes Introduction
73. Comparing Rates of Hydrolysis
74. Halogenoalkanes reaction mechanisms
75. Alcohols and their reactions
76. Oxidation reactions of alcohols
77. Purifying an organic liquid
78. Mass spectrometry of organic compounds
79. Infrared Spectroscopy
80. Core Practical 1
81. Core Practical 2
82. Core Practical 3
83. Core Practical 4
84. Core Practical 5
85. Core Practical 6
86. Core Practical 7
87. Core Practical 8
88. Techniques for measuring rate of reaction
89. Rate equation
90. Determining orders of reaction
91. Rate equation and reaction mechanisms
92. Activation energy and catalysis
93. Arrhenius equation
94. Introduction to entropy
95. Total entropy change
96. Understanding entropy changes
97. Lattice energy
98. Experimental and Theoretical Lattice energy
99. Enthalpy change of solution
100. Equilibrium constant – Kc
101. Equilibrium constant – Kp
102. Factors affecting equilibrium constants
103. Entropy and equilibrium constant
104. Bronsted-Lowry theory
105. pH and pKa
106. Ionic product of water
107. Analysing data from pH measurements
108. Buffer solutions
109. pH curves
110. Optical isomerism
111. Optical activity and reaction mechanisms
112. Carbonyl compounds
113. Nucleophilic addition
114. Carboxylic acids
115. Acyl chlorides
116. Esters
117. Polyesters
118. Simple chromatography
119. Mass spectra (high resolution)
120. HPLC, GC and GC-MS
121. Carbon NMR
122. Proton NMR
123. Standard electrode potential
124. Electrochemical cells | Cell Diagrams
125. Standard electrode potential and thermodynamic feasibility
126. Fuel cells
127. Redox titrations
128. Transition metals
129. Ligands and complexes
130. Colours in complexes
131. Shapes of complexes
132. Multidentate ligands
133. Transition metal reactions – copper
134. Transition metal reactions – cobalt and iron
135. Transition metal reactions – chromium and manganese
136. Transition metal reactions – vanadium
137. Transition metal reactions – nickel and zinc
138. Heterogeneous catalysis
139. Homogeneous catalysis
140. Benzene’s structure
141. Benzene’s reactions
142. Phenol
143. Amines
144. Acid-base reaction reactions of amines
145. More reactions of amines
146. Amides and polyamides
147. Amino acids
148. Peptides and proteins
149. Organic analysis
150. Organic synthesis
151. Hazards, risks and control measures
152. Practical Techniques Part 1
153. Practical Techniques Part 2
154. Core Practical 9A
155. Core Practical 9B
156. Core Practical 10
157. Core Practical 11
158. Core Practical 12
159. Core Practical 13A
160. Core Practical 13B
161. Core Practical 14
162. Core Practical 15
163. Core Practical 16

Each lesson is exactly that . . . a lesson. There is a starter slide, lesson objectives slide, introduction of new knowledge slides, worked examples and then opportunities for students to try independent practice through mini plenary tasks comprised of several questions of graded difficulties. Questions are interspersed through the lessons at regular intervals and always have answers that animate on to the screen when you click. THESE ARE NOT THE INFORMATION ONLY TYPE SLIDES THAT SOME PEOPLE SELL, which are useless for delivering a lesson. We are a team of teachers, and these lessons have been made by actual Chemistry teachers who currently teach in secondary schools in England. We know exactly what you need, trust us.

The Core Practical PowerPoints are structured in the following way: starter slide, lesson objectives slide, a recap quiz, equipment list, health and safety information for the experiment, numbered method, results table template, a section which explains all the steps in the method (very important for the paper 3 exam), sample results (in case things go pear shaped), analysis and evaluation questions, all with answers included!!

Almost every lesson has exam questions included as word documents which were made using Exam wizard. The mark scheme and examiner’s report is at the end of the exam question and the answers have been screen shotted and pasted into the PowerPoint at the end.

If in any doubt about any of the lessons in this package, check the individual resource first, as most of the lessons have a video preview.

All the slides in every lesson are fully animated and include answers to every mini plenary question and exam question.

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