First lesson in AQA 9-1 hormonal coordination unit/homeostasis . Covers key concepts of the endocrine system, fully differentiated & uses past paper tasks to apply knowledge. Outcomes throughout to drive progress.

9-1 AQA . A full & differentiated lesson on group 7. Targets higher ability but easily adapted. Does not include practical work, however can easily be adapted to include halogen displacements mini practical. Includes past papers questions and a wide array of AfL.

A fully differentiated lesson on group 1 alkali metals. The lesson contains a large amount of AfL, past paper questions, independent & group work, as well as peer/self assessment tasks. Be sure to have the practical booked or a suitable video. Planned for an observation with top set year 9.

A fully differentiated lesson on the development of the periodic table, with recap task on electron structure. The lesson contains literacy & group based tasks, and leads into the next lesson on table arrangement. Includes PPQs at RAG differentiated levels, based on AOs.

Lesson as part of Chemistry unit 1, AQA 9-1 spec. This lesson covers basics of RAM, Ions & isotopes & standard form as well as scale. The lesson is clearly differentiated & included leveled Past paper application, video activities & numeracy tasks throughout, including recap activities. Activities include WAGOLL slides for peer/self assessment & mark schemes for PPQs

A fully differentiated resource for electrolysis of molten ionic compounds, including Higher tier content section around half equations & then practice papers .

An AQA 9-1 lesson including powerpoint & differentiated past paper tasks on Metabolism. Links back to previous topics of Respiration & photosynthesis, and focuses lower ability students on being independent & finding their own resources (from their book notes) to complete some tasks. Fully differentiated & structured for a Foundation set or crossover set. Suitable for higher ability Y8/9 group.

The second lesson (although suits stand alone also) of 2 separation lessons. This lesson covers distillation & chromatography, and includes differentiated extension tasks and summative past paper application questions.

Resource for neutalisation & pH, 9-1 GCSE, following kerboodle scheme of work. Includes past paper Q, and challenge differentiation

A resource, mainly comprising of the practical workbook, but with leveled outcomes & starter/plenay slides also. This covers Making Salts required practical from AQA Chem/Combined trilogy.

Y11 Revision resource (or adaptable to Y9 RAM/RFM lesson. This resource covers RAM/RFM and also extends to balancing equations as a challenge, and stretched students through % composition of… in a PPQ example. Includes differentiated tasks througout.

A resource with both Higher & Foundation tier content, covering salts from metals. This lesson contains the practical Zn + Sulfuric acid reaction to prep a salt. HT content includes half equations and practice on this. FT will write up practical where as higher tier will go through half equations. FT homework is PPQ & HT homework is to complete write up of the practical. Includes starter, differentiated outcomes & extension/challenge tasks.

A resource to accompany the teaching of Beccaria’s theory & that of determinism & voluntarism, in relation to crime & punishment.

A powerpoint lesson on displacement, for 9-1 Trilogy GCSE Chemistry

This resource is for AQA 9-1 Combined Trilogy Biology. It is an entire pack for the required practicals, containing methods, graph skills, case studies, practice questions & exam application. You may wish to use alternative methods to those in here, however these cover the spec. I have included the ‘mark scheme’ i have put together but it is very much in draft format, but still suitable for use.

This resource contains the entire scheme of work for AQA 9-1 Inheritance, Variation & Evolution. Each lesson is complete, with powerpoints, extensions and separate past paper questions. There is a large variety of AFL tasks/ differentiation and activity styles included, as well as suggested homeworks. This is one of the most comprehensive resource bundles of it’s kind available, and is easily adapted to fit your own timelines, or to fit other exam boards. Lessons are titled as follows. How are plants & animals adapted to reproduce? How do cells in the body replicate? How do sex cells replicate, and lead to variation? What is the human genome? How is the structure of DNA linked to protein synthesis (Bio only) Why do offpring share characteristics with their parents? What are mutations (Bio) & inherited disorders? How is sex determined, and how can we represent this? (mendel- Bio only) What is, and what causes variation? What is evolution & what evidence do we have for this? What is the theory of evolution & speciation ( bio only) How do fossils help us learn about evolution & extinction? How do we classify similar organisms? What is selective breeding? What is genetic engineering? How does cloning take place? (Bio only) What is the impact of antibiotic resistance?

An entire lesson for Antibiotic resistance for 9-1 GCSE. Includes extended writing tasks (literacy), fully differentiated and leveled, as well as extension & plenary past papers and summary tasks.

A complete lesson on cloning, for 9-1 AQA GCSE cloning. Follows on from Genetic engineering. Lesson is fully differentiated and contains RAG assessed PPQs, leveled challenge and peer feedback etc. Also present is homework.

A full lesson on genetic engineering for AQA 9-1 Biology GCSE. Covers all aspects of the process, including pros/cons etc. Links well with the previous lesson on selective breeding, and includes many tasks & differentiated objectives. Past paper Qs also included, and leveled R/A/G

A full lesson on selective breeding, with differentiation and plenty of challenge tasks. Work is levelled & includes a PPQ as well as a lot of application of acquired knowledge.