A one page spread of questions suitable for revision and reviewing of topics including definitions, past paper questions, links to podcasts and summary style questions. The topics covered in this summary are: • atomic structure • Periodic table • structure and bonding (ionic, covalent, metallic, nanoparticles) • quantitative chemistry • chemical changes • Electrolysis Energy change This unit of work is aimed at AQA chemistry triple/trilogy students and both higher and foundation topics are covered

This powerpoint gives worksheet style revision sheets with examples of each topic in year 10 AQA chemistry syllabus including: bonding and structure quantitative chemistry atomic structure energy change chemical changes electrolysis

this unit of work includes slides for the following lessons: -formation and pure and impure substances -chromatography and analysis of chromatograms -testing for gases there are past paper questions and worked examples for the chromatography lessons. There is no triple content in this unit of work

Bundle includes: lessons for the topic (finite vs renewable, extracting metals, reduce reuse recycle, life cycle assessment, treating water) research task for the topic results table for the topic

This powerpoint includes complete lessons on simple covalent bonding, giant covalent bonding, properties of each of these types or bonding and case studies of fullerenes, graphene, polymers, graphite, diamond, silicon dioxide. This lesson is aimed at AQA GCSES chemistry trilogy for year 10.

AQA GCSE CHEMISTRY/COMBINED SCIENCE A series of 6 lessons with all resources to prepare students for the making salts required practical exam questions. The resources including past paper questions, analysis of vocabulary, worked examples of extended response questions and also unfamiliar response questions. This is designed to be used post scheme teaching and allows for the holistic review of the whole course. Schemes of work and all answers included Ideal for a year 11 summary unit or revision lessons.

AQA GCSE CHEMISTRY/COMBINED SCIENCE A series of 5 lessons with all resources to prepare students for the making salts chromatography required practical exam questions. The resources including past paper questions, analysis of vocabulary, worked examples of extended response questions and also unfamiliar response questions. This is designed to be used post scheme teaching and allows for the holistic review of aspects from the whole course. Schemes of work and all answers included Ideal for a year 11 summary unit or revision lessons.

AQA GCSE CHEMISTRY/COMBINED SCIENCE A series of 5 lessons with all resources to prepare students for the water purity required practical exam questions. The resources including past paper questions, analysis of vocabulary, worked examples of extended response questions and also unfamiliar response questions. This is designed to be used post scheme teaching and allows for the holistic review of the whole course. Schemes of work and all answers included Ideal for a year 11 summary unit or revision lessons.

7 powerpoints with entended response questions, verbal guidance on the powerpoint and full break down of the method. Answers on all slides. Included: making salts electrolysis energy changes rates of reactions water purification combined and triple chromatography

This powerpoint gives worked examples of reacting masses to balanced equations including two practicals with full instructions to be able to calculate balanced chemical equations from the masses used in the practical. Only for higher tier, but set out in a way to support those struggling with calculations

A one page spread of questions suitable for revision and reviewing of topics including definitions, past paper questions, links to podcasts and summary style questions. The topics covered in this summary are: • atomic structure • Periodic table • structure and bonding (ionic, covalent, metallic, nanoparticles) • quantitative chemistry • chemical changes • Electrolysis Energy change rates of reaction reversible and dynamic equilibrium carbon chemistry chemical analysis Earth’s atmosphere Earth’s resources This unit of work is aimed at AQA chemistry triple/trilogy students and both higher and foundation topics are covered

This unit of work has over 60 slides containing lesson material, worked examples, graph detailing, practical instructions, past paper questions and answer, cells and batteries for triple only and higher tier detailed lessons. It is aimed at GCSE AQA trilogy students currently in year 10. Although it is at the end of the years syllabus, I have started with this for my year 10's so that they can have some practical work prior to doing structure and bonding which can sometimes be a bit dry on the practical front!

This powerpoint contains 67 slides for all lesson objectives for the following lessons: - rates of reaction including concentration, surface area, temperature, catalysts, activation energy -reversible reactions including exo/endo explanation -dynamic equilibrium including Haber process. there are practical instructions for most of the lessons and worked examples of calculations as well as higher labelled lessons

this unit of work contains 56 slides for lessons including: -hydrocarbons -alkanes -alkenes -fractional distillation -cracking -worked examples of questions -past paper questions this work does not contain any triple content

This unit of work includes lessons on the following topics: rates of reaction reversible reactions dynamic equilibrium hydrocarbons fractional distillation cracking as well as worked examples of calculations, practical instructions where possible and links to higher level work

This resource contains every lesson and learning criteria for the whole of year 10 trilogy chemistry. Including worked examples for every calculation, higher level labelled lessons, triple labelled lessons, revision sheets, extension work and practicals for most topics. It has over 400 slides ready to go - you can download and go for all of year 10 on one powerpoint! Please leave any feedback in the review section.