Edexcel Combined Science CC8c Bases and Salts. This powerpoint starts by looking at naming salts made from metal oxides and acids. It explains what happens to the ions during salt formation and then guides students as to how to make a soluble salt in preparation for the core practical next lesson.

Edexcel CC10a Electrolysis. This presentation explores the apparatus sued in electrolysis and the terminology used. It explains why solid ionic substances can not conduct electricity and then takes higher students through the skill of writing half equations and using OILRIG to work out reduction and oxidation. IT also includes 3 differentiated worksheets.

Edexcel CC8f Reactions of acids with metals and carbonates. This powerpoint starts by looking at the tests for hydrogen and carbon dioxide. It then looks at how metals react with acids and how metal carbonates react with acids discussing what products are formed in each case. It then guides the students slowly through writing ionic equations step by step, mentioning spectator ions and half equations.

Edexcel Combined Science CC8d Alkalis and balancing equations.This powerpoint starts off with looking at some common alkalis and how to name salts formed from alkalis reacting with acids. It then guides the student through how to write word and balanced symbol equations in easy to follow steps with plenty of examples to practice.

Edexcel Combined Science CC8eAlkalis and neutralisation. This powerpoint starts with a quick recap of previous lessons, followed by looking at neutralisation and what happens to the ions involved. Neutralisation in action is discussed and then students are guided through how to make a pure, dry soluble salt from alkalis using titrations. The plenary can be printed off and laminated to make a card sort if desired.

Edexcel CC8g Solubility. This powerpoint starts with a demo of lead nitrate and potassium iodide reacting together to give a bright yellow precipitate. I try and and make this a bit of a magic show! This then leads on to looking at the solubility rules and deciding which salts are soluble or not. After some practice of finding the precipitate, the students are then shown how to make an insoluble salt. The lesson finishes with an exit ticket which could be handed in so that the teacher can find out what students are still unsure of.

Edexcel CC7b Allotropes of carbon. This presentation explores some giant molecular structures including diamond, graphite. fullerenes and graphene. It uses the structure to explain the properties and compare them.

Edexcel CC7c Properties of metals. This presentation explores the typical physical properties of metals and how the structure of metals explains these properties. A differentiated worksheet is included.

Edexcel CC4c Electronic configuations. This presentation explores the how to work out the configuration of an element and how it is related to its position in Periodic Table.

Edexcel CP10c Flemings left hand rule and the motor effect. This powerpoint start by recapping the basics of magnetism and then looks at how Flemings left hand rule determine the direction in which the wire moves. This is followed by calculating the size of the force using the equation F=Bx I x l and includes worked examples. It then moves onto looking at how motors work and the different parts in a motor and finally finishes with the opportunity to build a simple DC motor. There is plenty of opportunity for Afl within this lesson. The workmat also included allows students to work independent of their books as it has key points, learning outcomes and graded questions on it.

Edexcel CC6a Chemistry Covalent Bonding. This is a complete lesson on covalent bonding showing learners how to draw covalent bonding diagrams using the dot and cross method. It also includes a worksheet to practice this.

Edexcel CC7a Molecular Compounds. This presentation explores properties of simple molecular compounds and explores polymers, their properties and how to name and draw them.

Edexcvel CC12a Dynamic Equilibrium. This powerpoint introduces students to reversible reactions, equilibrium in closed systems and then discusses the Haber Process as a manufacturing process that looks at changing the conditions of a reversible reaction to maximise product and profit.

A stand alone presentation about writing word and symbol equations. This can be used during revision sessions or as part of topic Edexcel CC8 acids and bases. I have used it as a refresher at the start of year 11 too. The booklet that accompanies the presentation can be used in conjunction with the powerpoint or as a stand alone refresher/revision tool at any time during KS4. I often use it as a homework for year 11.

This powerpoint introduces KS3 to air pollution and ways to reduce it.

Edexcel CC9a Mass and empirical formulae. This presentation guides students through relative atomic mass, relative formula mass and determining empirical formulae. A differentiated worksheet is included as well.

Edexcel CC9c Moles. This presentation guides students through calculating moles and number of particles in a substance. IT includes a differentiated worksheet as well.

Edexcel CC9b Conservation of mass. This presentation allows students to practice calculating the concentration of solutions as well as guiding them through calculating reacting masses. A differentiated worksheet is included as well.

Edexcel CC11b Metal ores and metal extraction. This powerpoint takes students through how the method of extraction of a metal is based upon the reactivity series. It includes information on 2 biological methods of extraction and also includes a differentiated worksheet.

Edexcel CC11c Oxidation and Reduction. This powerpoint introduces students to oxidation and reduction both in terms of oxygen and electrons. A differentiated worksheet is included to practice this skill.