A lesson on periodic trends in electronegativity, bonding and melting points). A Year 12 BTEC lesson designed for Pearson BTEC Level 3 National Certificate in Applied Science Unit 1 (Principles and Applications of Science I). Includes questions for students to do on the slides. No printing required.

A lesson on equilibria and Haber designed for the Edexcel 9-1 separate science specification. The lesson reviews the factors that impact equilibrium, discusses factors that impact the rate at which a reaction reaches equilibrium and applies this to the Haber Process. Contains an exam question for students to complete. No printing required.

A lesson on the electrolysis of copper sulfate and purification of copper. Covers the products of electrolysis of copper sulfate with copper and carbon electrodes, how to purify copper using electrolysis, and exam question and a practical on the electrolysis of copper sulfate (one part of the core practical). Designed for the Edexcel 9-1 combined science specification.

A lesson on oxidation, reduction and corrosion designed for the Edexcel 9-1 spec. Lesson covers what is rusting, what iron needs to rust, how rusting can be prevented and the difference between rusting and corrosion. Lesson then defines oxidation and reduction in terms of oxygen and asks students to apply that to some equations. Then the lesson goes on to cover the higher only content on oxidation and reduction in terms of electrons.

A lesson on ores and extracting metals for the Edexcel 9-1 spec. The lesson covers what is an ore and the different methods of extracting metals. A set of factsheets ( tailored to the Edexcel 9-1 spec) is included.

A lesson introducing enthalpy changes – it covers the difference between an endothermic and exothermic reaction, drawing energy profile diagrams, standard conditions and standard enthalpy of formation, neutralisation and combustion. Includes exam questions on the slides for students to work through. No printing needed.

A lesson on mass spectrometry designed for OCR A level. Lesson includes what a M+ peak is, how to calculate the empirical formula using a M+ peak and percentage composition, fragmentation patterns and exam questions on identifying alcohols and alkanes from a mass spectrum. Includes a handout of the mass spectra used in the lesson to print for students so they can annotate.

A Power Point on The Noble Gases for GCSE Edexcel 9 -1 spec. Covers why they are unreactive, their physical properties and uses.

A lesson on reacting masses and calculating per cent yield. Designed for Pearson BTEC Level 3 National Certificate in Applied Science Unit 1 (Principles and Applications of Science I). Includes questions for students to complete on the slides. No printing required.

A Power Point adapted from a free TES Powerpoint -- I have added exam questions and updated for the Edexcel 9-1 spec. It covers the factors that impact the rates (there is a video and some fact sheets for the students to use to fill in a table).

A collection of 6 revision mats for Unit 1 Chemistry. Designed for Pearson’s BTEC Level 3 National Diploma in Applied Science. Each mat is the size of one slide and can be printed to students to fill in. The revision mats cover: Electrons and Periodic Table Ionic and Metallic Bonding Covalent Bonding and Intermolecular Forces Periodic Trends Reactivity and Redox Calculations

A collection of 20 revision mind-maps for students to fill in. Designed for the Edexcel 9-1 Chemistry specification. Contains maps for all the separate chemistry topics and combined topics (labeled as such so you can use with combined or separate students). The topics of the 20 mind-maps are: atmosphere, fuels, rates, energy changes, groups, ion tests, organic chemistry, polymers & nanoparticles, states and separation, chromatography, metals - combined, metals-separate, acids, salts, electrolysis, equilibrium, atomic structure, periodic table, ionic bonding and covalent bonding.

6 Bronze/Silver/Gold Starters on metals (alkali metals, corrosion & redox, displacement, extracting metals, recycling & lifecycle analysis) to go with the Edexcel 9-1 spec. Includes the higher only content.

A lesson on covalent bonding designed for the Edexcel 9-1 spec. Covers what a covalent bond is, how to draw dot and cross diagrams and the size/scale of atoms & molecules. Includes exam questions (both Foundation and Higher) for students to work through on the slides. Designed for the Edexcel 9-1 spec.

A lesson on covalent bonding. A Year 12 BTEC lesson designed for Pearson BTEC Level 3 National Certificate in Applied Science Unit 1 (Principles and Applications of Science I). Lesson covers what a covalent bond is, drawing dot and cross diagrams and dative covalent bonds. Includes questions for students to do on the slides. No printing required.

A lesson on electron arrangement and the blocks of the periodic table. Designed for Pearson BTEC Level 3 National Certificate in Applied Science Unit 1 (Principles and Applications of Science I).

A lesson on the periodic trends in ionisation energy and electron affinity. A Year 12 BTEC lesson designed for Pearson BTEC Level 3 National Certificate in Applied Science Unit 1 (Principles and Applications of Science I). Lesson covers what what ionisation energy and electron affinity are and details of the periodic trends in ionisation energy and ionic radius. Includes questions for students to do on the slides. No printing required.

A lesson on writing ionic equations for reactions of metals with acids, metals with carbonates and for precipitation reactions. Designed to go with the acids unit in Edxcel 9-1 combined science. Lesson covers higher-only content.

A lesson on carboxylic acids designed for the new OCR A level spec. Includes what naming carboxylic acids and esters, explanation of the water solubility of carboxylic acids, reactions of carboxylic acids with metals, oxides, hydroxides, carbonates and esterifation. Includes questions on slides for students to work through – no printing required.

A lesson on controlling equilibrium for OCR A Level Chemistry. Lesson covers how Kc and Kp stay the same with changes to concentration and pressure and how Kc and Kp change with temperature. Questions and answers on slides – no printing required.