A lesson on addition polymers. It covers the equation and structures for addition polymers and examples of naturally occuring polymers. Questions and answers provided on slides – no need to print. Designed for the AQA 9-1 GCSE specification.

A selection of 10 starters with answers on the following slide. Useful for Year 13 revision. These slides review of all of module 6 in the OCR A level specification. The slides cover the basics (key words, naming, reagents) and the harder tasks (e.g. NMR) to engage students of all abilities. Topics are mixed up amongst the slides, providing mixed practice to students. Designed for the OCR A Level specification.

A lesson on extracting metals using electrolysis. It covers how aluminium is extracted using electrolysis including equations. Questions and answers are included in the slides – no need to print. Designed for the AQA GCSE 9-1 specification.

A lesson on extraction of metals. It covers what an ore is and how metals can be extracted by heating with carbon. It also covers oxidation and reduction. Questions and answers are included in the slides – no need to print. Designed for the AQA GCSE 9-1 specification.

A lesson on displacement reactions of metals. It covers what a displacement reaction is, a practical for investigating displacement reactions and lots of questions for students to complete. Questions and answers are included in the slides – no need to print. Designed for the AQA GCSE 9-1 specification.

A lesson on electrolysis of solutions. It covers the ions present in aqueous solutions, an explanation of why solutions may produce different products from molten compounds and the products of electrolysis of common solutions. Questions and answers are included in the slides – no need to print. Designed for the AQA GCSE 9-1 specification.

A lesson that introduces electrolysis, covering key words and the electrolysis of molten solutions. Questions and answers are included in the slides – no need to print. Designed for the AQA GCSE 9-1 specification.

A lesson that introduces H NMR. It covers the information found in a H NMR spectrum and how to predict the number of peaks, their areas and chemical shifts. It also covers how D2O causes proton exchange. This lesson does not cover spiltting – that is covered in Proton NMR Part 2. Designed for the OCR A Level specification.

A lesson that introduces NMR spectrometry. It covers what NMR is, how it works, why TMS and deuterated solvents are used. Questions and answers are on the slides for students to work through – no printing required. Designed for the new OCR A Level specification.

A lesson that covers splitting in proton NMR. This lesson assumes that the topic has already been introduced. It covers how to work out n for a given hydrogen, how to use the n+1 rule and exceptions to splitting. Questions and answers are on the slides for students to work through – no printing required. Designed for the OCR A Level specification.

A lesson that covers the compounds of Group 2 elements. It goes through the uses of Group 2 compounds, reactions of Group 2 oxides with water and trends in the solubility of Group 2 hydroxides. Questions and answers are on the slides for students to work through – no printing required. Designed for the OCR A Level specification.

A lesson that covers trends in the first ionisation energy. It covers trends in first ionisation energy down a group and across a period. It also discusses trends and links to electronic configuration and sub-shells. Questions and answers are on the slides for students to work through – no printing required. Designed for the OCR A Level specification.

A lesson that covers trends in melting points across Periods 2 and 3. The lesson describes how carbon, silicon and boron form giant covalent lattices. It then covers how the type of bonding changes across a period and periodic trends in melting points.Questions and answers are on the slides for students to work through – no printing required. Designed for the OCR A Level specification.

A lesson that covers metallic bonding and trends in melting points accross a period. It covers what a metallic bond is, how to show metallic bonding with diagrams, explanations of the properties of metals and trends in melting points of metals across a period. Questions and answers are on the slides for students to work through – no printing required. Designed for the OCR A Level specification.

A lesson that covers the reactions and reactivity of Gropup 2 metals with oxygen, water and acid and it explains the reactivity trends down the group. Questions and answers are on the slides for students to work through – no printing required. Designed for the OCR A Level specification.

A lesson that covers halogen displacement reactions. It contains a method and results for a halogen displacement practical and discusses how these are redox reactions. It also covers writing half-equations for these reactions. Questions and answers are on the slides for students to work through – no printing required. Designed for the OCR A Level specification.

A lesson that covers successive ionisation energies. It covers the meaning of first ionisation energy, factors that influence the ionisation energy of an element and periodic trends in successive ionisation energies. Questions and answers are on the slides for students to work through – no printing required. Designed for the OCR A Level specification.

A lesson that covers relative atomic mass. The lesson goes through the definition of relative isotopic mass, how to calculate relative atomic mass from data and the use of mass spec to find atomic masses. Questions and answers are on the slides for students to work through – no printing required. Designed for the OCR A Level specification.

A lesson on Group 1 - The Alkali Metals. It covers the physical properties of the alkali metals, their reaction with water ( can be done as a demo or by showing a video) and an explanation of the trend in reactivity down the group. Questions and answers are on the slides – no printing required. Designed for the AQA 9-1 GCSE chemistry specification.

A lesson introducing ions. It covers the meanings of ion, cation and anion. It explains why atoms form ions and how to draw dot and cross diagrams for ions and ionic compounds. Questions and answers are on the slides – no printing required. Designed for the AQA 9-1 GCSE chemistry specification.