Covers the requirements of the AQA A-level chemistry specification for the introduction to “Rates of Reaction”. Collision theory and molecular energy distributions are described. Typical related exam questions are included.
A PowerPoint presentation to cover the AQA A-level Chemistry requirements for Reactions of Ions in Aqueous Solution. Assessment questions and answers included.
Ideal for class presentation or student self-study via an appropriate IT learning platform.
A PowerPoint presentation covering the AQA A-level chemistry requirements for colorimetry. Theory, practice and assessment elements are included with a full experimental simulation.
Ideal for class presentation or student self-study via an appropriate IT learning platform.
A PowerPoint presentation to cover A-level AQA chemistry, section 3.3.7 Optical Isomerism. Theory and worked examples are included.
Ideal for class presentation or student self-study via an appropriate IT learning platform.
A PowerPoint presentation which covers the theory and practice of infrared spectroscopy for the AQA A-level chemistry specification. Worked examples are included.
Ideal for class presentation or student self-study via an appropriate IT learning platform.
A PowerPoint presentation to cover the AQA A-level Chemistry requirements for Aromatic Chemistry. Assessment questions and answers included.
Ideal for class presentation or student self-study via an appropriate IT learning platform.
A PowerPoint presentation to cover the requirements for the study of alcohols in the AQA Alevel chemistry specification. Assessment questions are included.
Ideal for class presentation or student self-study via an appropriate IT learning platform.
A PowerPoint presentation covering the A-level Chemistry AQA content for Arrhenius Equation. Theory and sample questions are included.
Ideal for class presentation or student self-study via an appropriate IT learning platform.
A PowerPoint presentation covering the theory and practice for AQA A-level chemistry requirements. Underlying principles are considered and exam sample questions are included.
Ideal for class presentation or student self-study via an appropriate IT learning platform.
A powerpoint presentation covering the content of the AQA A-level chemistry course related to aldehydes and ketones.
Ideal for class presentation or student self-study via an appropriate IT learning platform.
A PowerPoint presentation to how to produce and interpret acid-base titration curves. Also, how to explain the shape of such curves and use them to choose an appropriate indicator and calculate unknown concentrations.
Ideal for class presentation or student self-study via an appropriate IT learning platform.
A PowerPoint presentation to cover the AQA A-level Chemistry requirements for Equilibrium, Le Chatelier’s Principle and Equilibrium Constants, Kc. Assessment questions and answers included.
Ideal for class presentation or student self-study via an appropriate IT learning platform.
A complete presentation for AQA 3.1.8.1 including worked assessment question examples.
Ideal for class presentation or student self-study via an appropriate IT learning platform.
A Powerpoint presentation covering the AQA specification requirements for section 3.3.1.3, Isomerism. Some assessment questions are included.
Ideal for class presentation or student self-study via an appropriate IT learning platform.
A PowerPoint presentation covering the theory and practice of manganate(VII) titrations as required by AQA A-level chemistry specification. Several worked exam questions are included.
Ideal for class presentation or student self-study via an appropriate IT learning platform.
A Powerpoint presentation to cover all aspects of AQA acids and bases 3.1.12 including all theory, many worked examples and some typical examination questions.
Ideal for class presentation or student self-study via an appropriate IT learning platform.
A PowerPoint presentation to cover the AQA A-level Chemistry requirements for Buffer Solutions. Assessment questions and answers included.
Ideal for class presentation or student self-study via an appropriate IT learning platform.
A revision of basic thermochemical definitions followed by 10 examples of Hess’s Law energy cycles to apply these definitions and calculate unknown enthalpy changes.
Ideal for class presentation or student self-study via an appropriate IT learning platform.