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Stuart Barker's teaching resources

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dominoe games 1 2 3 4 5 9 Worksheets,  Age 16-18 (A-level),  Chemistry,  Structures and Bonding,  Organic Chemistry,  Rates and Equilibria,  Chemical Reactions,  These games are useful for quick revision at the end of a topic. They are fun as well as educationally valuble. Simply print as many copies as needed and cut to size. The spreadsheet can be edited to suit the needs of individual schools. To make a permanent set for reuse, use coloured paper and laminate.
Redox potentials 1 2 3 4 5 1 Presentation,  1 Worksheet,  Age 16-18 (A-level),  Chemistry,  Chemical Reactions,  This PowerPoint explains how to use redox potentials (electrode potentials) to predict whether a reaction will occur or not. This is one of the most difficult topics to understand and students are often confused by it. The topic is clearly explained in this PowerPoint using animated examples and understanding is checked with interactive questions.
Transition elements (Introduction) 1 2 3 4 5 1 Presentation,  Age 16-18 (A-level),  Chemistry,  The Periodic Table,  This powerpoint looks at the electronic structures of transition elements. It uses animation to explain how electronic structure changes with ion formation. It clearly explains the difference between D block element and transition element. Understanding is tested by interactive questions.
Structural formulae 1 2 3 4 5 1 Presentation,  Age 16-18 (A-level),  Chemistry,  Organic Chemistry,  This Powerpoint explains via diagrams and animations how to draw and interpret structural formulae. The often misunderstood ideas are explained, then understanding is checked via interactive questions.
Weak Acids 1 2 3 4 5 1 Presentation,  Age 16-18 (A-level),  Chemistry,  Rates and Equilibria,  This Powerpoint is an introduction to weak acids and the acid dissociation constant. There are examples of calculations and at the end the understanding is checked with interactive questions.
Introduction to pH 1 2 3 4 5 1 Presentation,  1 Worksheet,  Age 16-18 (A-level),  Chemistry,  Rates and Equilibria,  This PowerPoint is an introduction to pH. It uses animation and analogy to illustrate the concept. The use of logs is also explained, again using animation. There are examples of calculations and at the end the understanding is checked with interactive questions. An associated Excel file is an interactive illustration of linear and log scales.
The Reactions of the Alcohols 1 2 3 4 5 1 Presentation,  Age 16-18 (A-level),  Chemistry,  Organic Chemistry,  This PowerPoint includes the most common reactions of the alcohols, namely oxidation, esterification and dehydration. It uses animation to illustrate the reactions. Understanding is checked by some interactive questions.
The Interpretation of NMR Spectra 1 2 3 4 5 1 Presentation,  Age 16-18 (A-level),  Chemistry,  Organic Chemistry,  This Powerpoint clearly explains how both proton and carbon 13 NMR spectra can used to identify organic compounds. It uses animated diagrams and fully interactive. As well as chemical shifts, integration and splitting patterns are covered. There are interactive questions at the end to test understanding.
Buffers 1 2 3 4 5 1 Presentation,  Age 16-18 (A-level),  Chemistry,  Rates and Equilibria,  This Powerpoint explains how buffers work using animations. It also includes an example of a buffer calculation. At the end are interactive questions to test understanding.
alkenes addition 1 2 3 4 5 1 Presentation,  Age 16-18 (A-level),  Chemistry,  Organic Chemistry,  This PowerPoint illustrates the addition reactions of alkenes using animations. It includes an animation of the electrophilic addtion mechanism. There are interactive questions at the end to test understanding.
Substitution reactions in the alkanes 1 2 3 4 5 1 Presentation,  Age 16-18 (A-level),  Chemistry,  Organic Chemistry,  This Powerpoint uses animations to illustrate the substitution reactions of alkanes. The reactions involve bromine or chlorine with methane, butane or methylpropane. The possibility of different products is illustrated with animations showing the shape of the molecules. The mechanism is illustrated with animations. Finally there are interactive question and answers about the mechanism.
Atom Economy and Yield Calculations 1 2 3 4 5 1 Presentation,  Age 16-18 (A-level),  Chemistry,  Organic Chemistry,  The Powerpoint defines atom economy and percentage yield, and explains the difference between them. It continues with several worked examples of the calculations.
Infra Red Spectra 1 2 3 4 5 1 Presentation,  Age 16-18 (A-level),  Chemistry,  Organic Chemistry,  Using annotated examples, this PowerPoint illustrates the use of IR spectra in the identification of organic compounds.
Dynamic Equilibria and Le Chatelier 1 2 3 4 5 1 Presentation,  1 Worksheet,  Age 16-18 (A-level),  Chemistry,  Rates and Equilibria,  This PowerPoint illustrates the concept of the dynamic equilibium using several interactive animations. It includes examples of Le Chatelier's Principle and the effects of temperature, pressure and catalysts on the position of equilibrium. A worksheet of examples and questions (with answers) is available as a follow up.
Structure and Bonding 1 2 3 4 5 1 Worksheet,  Age 16-18 (A-level),  Chemistry,  Structures and Bonding,  This worksheet in Word format covers a topic that is often badly done by students. The major part is notes, but there are questions designed to check understanding and learning.
Kinetics and order of reaction 1 2 3 4 5 1 Presentation,  1 Worksheet,  Age 16-18 (A-level),  Chemistry,  Rates and Equilibria,  This Powerpoint uses examples to illustrate how the order of a reaction is derived from experimental data. The animations are used to clarify the process involved in the calculations, including working out the units. Follow up questions in Word format are available.
Benzene Reactions 1 2 3 4 5 1 Presentation,  Age 16-18 (A-level),  Chemistry,  Organic Chemistry,  This Powerpoint introduces benzene and illustrates key substitution reactions, including nitration, chlorination, and Friedel Crafts. The electrophilic substitution mechanisms are animated and also shown as a summary diagrams.
Volumetic Calculations 1 2 3 4 5 1 Presentation,  1 Worksheet,  Age 16-18 (A-level),  Chemistry,  Chemical Reactions,  Worked examples of calculations using titration results. Can be used as a class revealing exercise or for individual study. A Word document is also available that gives further examples and questions.
Concentration Calculations 1 2 3 4 5 1 Presentation,  Age 14-16 (KS4 / GCSE),  Age 16-18 (A-level),  Chemistry,  Earth Resources and Metals,  Chemical Reactions,  This Powerpoint visually illustrates the concept of concentration, leading to moles per dm3. It shows worked calculations of how to calculate numbers of moles and concentration from given data, including data in cm3. Most suitable for A-level.
Gas Volume Calculations 1 2 3 4 5 1 Presentation,  1 Worksheet,  Age 16-18 (A-level),  Chemistry,  Chemical Reactions,  This PowerPoint introduces the concept of the mole in gas calculations. It includes some worked examples of calculations based on reactions. It is supported by a Word document containing examples and questions.

On Trial

Chaucer Quiz 1 Quiz,  Age 14-16 (KS4 / GCSE),  Age 16-18 (A-level),  English,  Poetry,  Prose,  Ideal as a companion to the Medieval World and Chaucer Class Activity Powerpoint. Focused questions presented in a clear and concise format to check ...
Tudor Exploration - Symbol Supported 5 Worksheets,  Age 5-7 (KS1),  Age 7-11 (KS2),  History,  Tudors,  A set of 5 books based on Tudor Exploration. The books cover 5 levels: Text only, Key and New Vocabulary Supported, Full Symbol Support,...
How to use triangular employment graphs 1 Presentation,  Age 14-16 (KS4 / GCSE),  Geography,  Economic activity and development,  ...
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