A complete lesson covering section 5.5.1 of the AQA trilogy GCSE specification- energy changes in reactions. It covers: Endothermic and exothermic reactions Calculating energy changes Energy changes RPA It includes a multiple choice section and lots of exam questions Answers provided

This is a complete lesson covering sections 5.1.2 c, d and e of the OCR chemistry specification- Ka the acid constant and pH. It goes through how to how to calculate Ka and the relationship between Ka and pKa. It also covers the calculation of pH for strong monobasic acids as well as the relationship between pH and the concentration of Hydrogen ions. The lesson includes a starter, full notes, various student led activities and a differentiated summary at the end All answers are included I actively try to reduce photocopying, so all of the lesson resources are within the PowerPoint rather than as extra sheets

A revision Powerpoint for AQA C3 quantitative chemistry Contains guidance, worked examples, students examples and answers for MR calculations, mole calculations, reacting masses and concentration calculations Designed to work with one of my other resources- a sheet summing up the different calculations found in C3

This is lesson 2 in the OCR topic Electron structure and Bonding. It is a complete lesson delivering section 2.2.2 a and b of the OCR Chemistry A level on Ionic bonding Covers the science behind ionic bonding as well as completing and cross diagrams. Includes various activities both recapping forming Ions and balancing chemical compounds from previous teaching as well as animations to teach how to complete dot and cross diagrams. Includes summary questions and differentiated questions at the end. All answers included

PowerPoint revising the content of AQA C4 electrolysis. Included is a starter recapping gas tests Summary activity encouraging students to work out the products of various electrolysis experiments Exam questions and answers provided at grade 4/5 (standard) ands grades 6/7/8 (higher)

A full lesson covering section 4.1.2 c the physical properties of Alkanes. This covers the trend in boiling point, the effect of branched chains on boiling point and a recap on the process of fractional distillation Includes a starter, full notes, various student activities and a differentiated summary activity at the end. All answers included

A complete lesson covering section 4.2.1 b, d and e- the combustion, elimination and substitution reactions of alcohols. It covers the combustion of alcohols, the difference between burning alcohols and alkanes, the dehydration of alcohols to form alkenes, how heating under reflux works and substitution reactions with hydrogen halides. The lesson includes a starter, full notes, various independent student learning activities and a fully differentiated summary at the end. All answers are included

A complete lesson covering section 5.1.1 j and k of the OCR A level Chemistry specification- rates, activation energy and the Arrhenius equation. It also covers the content required for PAG 10.3 including a method and a sample results table. Although designed for OCR would suit any a level chemistry course. The lesson introduces the Arrhenius equation, what it is for and how to use it including in its logarithmic form. The includes worked examples and student led activities. This can either be delivered using theoretical examples or by collecting practical results. The lesson includes a starter, full notes, various student activities and a differentiated summary at the end. All answers included.

This is a complete lesson covering section 5.1.2 b, c, d and e of module 5 the OCR A level chemistry course- calculating Kc. It remind students what Kc and how to calculate it when given the data. It then covers deriving the units for Kc and the two types of equilibria (homogeneous and heterogeneous). The lesson closes with how to calulate Kc directly from experimental results including the use of titrations to establish concentration. The lesson includes a starter, full notes, worked examples, lots of student practice and a differentiated summary at the end All answers provided

A complete lesson covering section 5.2.1 b and e of the OCR Chemistry specification- Born-Haber cycles. The lesson covers the construction of Born Haber cycles, building upon the study of Hess’ law from year 12. It follows the explicit instruction model of delivery with an introduction including full notes then opportunities for I do, we do and you. It includes several example questions along with exam questions. All answers provided The lesson includes a starter and a differentiated summary at the end I aim to reduce photocopying so all resources are in the PPT (27 slides in total)

A complete lesson covering section 6.2.5 b and c- further organic synthesis. The lesson covers a variety of skills needed for organic synthesis: identifying functional groups Identifying synthetic routes Completing flow charts showing synthetic routes Recalling and using reagents and conditions Drawing reaction mechanisms including curly arrows The lesson is a mixture of student activities and teacher led worked examples All answers included i aim to reduce photocopying so all activities are in the PPT (47 slides in total)

A full lesson covering section 6.2.4 a-d of the OCR Chemistry specification- making carbon-carbon bonds. The lesson starts by looking at why we need to form new carbon-carbon bonds. It then looks at the reactions with haloalkanes and acyl chlorides and the reaction mechanisms behind both. The lesson then looks at the reactions of the nitriles and how they can be used in organic synthesis. The final part of the lesson looks at the reactions with benzene and how additional side chains can be added. There are lots of student independent tasks and all answers are provided I aim to reduce photocopying so all activities are within the PPT (32 slides in total)

A complete lesson covering the OCR Chemistry Specification section 2.2.2 g and h- the shapes of molecules Includes a starter, full notes, all activities and a set of differentiated summary at the end. Also includes a worksheet for the students to complete during the lesson. All answers Some slides have additional notes on them to support delivery understanding of the activities

A full lesson teaching students how to both calculate concentration from the mass and volume as well as calculating mass from volume and concentration. Covers all the specification points from the Triology C3 specification section 5.3.2.5 . Includes a starter, various student activities, full notes and all answers. Also shows how to convert between cm3 and dm3 in both directions

A complete lesson covering sections 4.1.2 a and b of the OCR Chemistry specification- properties of alkanes. It covers sigma bonding, free rotation of atoms, the orbital overlap model, the tetrahedral shape of alkanes and electron pair repulsion. This l;esson revises a lot of key content as part of delivring the new concepts This a free sample to show the nature and quality of my other resources The lesson includes a starter, full notes, various student activities and AFL and a differentiated summary at the end. All answers included Update 03/12- mistake in starter corrected

A complete lesson covering section 4.1.3 a and b of the OCR A level Chemistry specification- properties of Alkenes. It covers the basic properties of unsaturated hydrocarbons, the pi-bond, the shape and bond angles around the double bond, and the reactivity of alkenes. The lesson includes a starter, full notes with diagrams, various student activities and a differentiated summary activity at the end All answers provided This is a free sample as both an introduction to the topic ans to show the nature and quality of my other resources

This is the first lesson in OCR A level chemistry specification section 6.1.1- Rates of reaction. It covers outcomes a-c including the definitions of key terms, the rate equation, the rate constant and orders of reaction. It also covers calculating k, obtaining its units and analysing results to deduce orders. The lesson includes a starter, full notes, a variety of student activities and a fully differentiated summary at the end. All answers included