A set of lessons used to teach the unit 3 content for the exam about the fuels practical. These have been taught in 2 hour sessions so may need breaking up if you have shorter lessons. Lesson 1 + 2: Intro to the specification, combustion, word + symbol equations, pollutants from fuels Lesson 3 + 4: Moles, mole calcs, energy calculations, calories Lesson 5 + 6: practical trial (SAMS) + Modeling drawing tables and graphs from data Lesson 7 + 8: Write up of Part B (SAMS and 2017)

Used for trilogy foundation students but would work for a quick revision of main ideas for triple students. Covers both the atmosphere unit and the using resources unit in chemistry.

A differentiated worksheet that goes from low demand to high demand how they would teach maths principles in a maths lesson

A lesson I created for year 7’s but can be used throughout GCSE. The list of adaptations needs to be printed and cut out. There are two levels of demand for the list of adaptations - I printed these on 2 different colours of paper (pink and blue). The adaptations need to be placed around the room and students need to match them up to the polar bear, cactus, or camel.

Includes the difference between series and parallel circuits and has an activity to match up the symbols with names and definitions. Can be used from high ability year 7s all the way to year 11 GCSE.

To help with the AQA required practicals and picking out some of the practical skills whilst being generalised to chemistry

A worksheet that goes from low demand to high demand that is fully differentiated to cover V=IR. How maths teach maths principles. Edited to remove mistake

A complete lesson that includes a card sort or cut and stick activity for students to compare advantages and disadvantages of the different 2D and 3D models of chemical structures. eleanorvickers has a worksheet that can be used in the lesson, however I have changed the 3D model to the models in the AQA specification so new version included.

A revision resource that contains a re-cap of all of the forces topic. For AQA exam board but would be suitable for OCR and Edexcel.

Can be used to teach first aid basics to students, you will need to make the card sorts (so you have enough for your group size), and you will need access to resuscitate Annies (can be sourced from the British heart foundation or purchased from St Johns Ambulance). A workbook for students to use and fill in matching the weekly powerpoints.

An intervention lesson based around data in science questions that students have struggled with. Lasts an hour. Questions taken from AQA spec and printed as a booklet.

The numbers match the AQA Alevel chemistry periodic table and are all to 1dp. If you print out each section onto different coloured paper and then cut out. Depending on the size of your display you can print 4 or 6 to a page, labels at the end should be printed onto A4 so that they can be read from the other side of the room.

Rates of reaction

broadsheet including: fractional distillation, separating materials, chromatography and some quantitiative chemistry such as RFM.

A document to try and ease the issues with moving rooms with tutor groups or not having a tutor base to create a tutor board in due to COVID-19. The first page has links to each page in the document and can be edited for your own school (for example my school uses “RTP” for the weekly equipment check but your school may use another term). Each page has a link back to the main page so that more than one activity can be done in one tutor time. More pages can be added depending on school needs.

Sheets for GCSE Chemistry that have the specification in the order that we teach them. Orders from the original specification has been changed for easy of teaching and learning including moving some parts of the specification around, splitting up units and interleaving with other subjects such as physics.

Print out on a colour printer and you can make the pH scale like the display shown.

A lesson that can be used as a distance learning resource or a fact find interactive lesson.

A worksheet that moves from low demand to high demand that covers the kinetic energy equation, fully differentiated

A scaffolded worksheet that moves from low demand to high demand that covers the GPE equation fully differentiated