This is a lesson on equilibrium for AS chemistry. There are lesson grades C to A with clear AFL tasks including a literacy-based Just a Minute plenary. There is an exam focus throughout with the grade A task getting students to apply their understanding to new reactions. The video is the TED Ed Daniel Dulek video on the Haber Process. Please rate this resource and leave feedback.

This is a how science works level assessed task aimed at levels KS3 levels 3 to 7. This assesses the learning of global warming and renewable resources by getting students to design a car for the future that reduces carbon dioxide emissions. I use this as part of a year 8 scheme of work. The word document can be used to edit the LAT and then save it as a JPEG file that is pasted into PowerPoint. The PowerPoint is the A4 document that is printed for students. The video shows a very cool solar road car driving at 10% max speed for testing. Feedback to my TES inbox please.

The aim of this ticklist is to help students stay focused and help teachers highlight what is going well as the lesson progresses.\u000b\u000bEach day one lesson is selected to use this ticklist in - starting with subjects where the student has been particularly poorly focused.\u000b\u000bThis should work particularly well for students such as those who are autistic who need to visualise their behaviour.\u000b\u000b The updated version leaves space for positive comments to be made in the lesson. This resource can be given to the student by teachers, their tutors or support staff.\u000b Feedback to my TES inbox please.

This is a set of 16 flashcards with questions and answers that are printed double sided. When printed this way the questions and answers align correctly. These have been designed for AQA C1.4 but would suit all exam boards. There are 8 challenging questions that will stretch the most able up to A grade. Please rate this resource and leave feedback.

I have used Mac mind mapping software MyThoughts to design a visual mind map for foundation Maths GCSE. There are 4 main categories: Shape, Number, Graphs and Algebra. Each category has branches - these are by no means exhaustive but do cover the main topics. Pupils can annotate it with pictures and equations from memory - e.g. as a starter. Alternatively they can put their confidence level next to each branch - as a happy/ neutral/ sad face or as a score out of 10. This can be printed clearly in black in white and displayed in the classroom as colour.

This is the 6th of my AFL strategies. Tarsia are an excellent and fun way of carrying out AFL. This is because the shape expected is generated if the correct answers are matched up. These are science tarsia and more of these will be added. Please leave feedback and rate the resources if you find them useful or have suggestions as to how they can be improved.

This is a graded task sheet designed for independent working. There is differentiation by keyword, website and task. All students make an advert explaining how the materials work and bright and capable students can design their own materials. The grade A website is very detailed and provides stretch and challenge up to A* so students need to be selective in what they read. I have included a document that provides detail about the reading complexity and reading age of the websites. Please leave a comment if you find this useful or if you think that it can be improved.

Student-friendly advantages vs disadvantages sheet on different fuels.

This is a who wants to be a millionaire quiz designed for mixed ability year 8 students. Questions cover displacement reactions, reactivity series, salts, acid rain. Feedback to my TES inbox please. The template is based on a template designed by Terri Street.

This is a lesson that was observed and rated outstanding by OFSTED criteria. Lesson menus in the main ppt are printed on 2 slide handouts then cut out. LO are printed on 6 slide handouts and then cut. The patient slides are are also printed on handouts and used as cards. Use patient 1 to start with. A practical can be used also and a transplant shown by removing a torso heart and replacing it with a free-standing plastic model.

This is a resource for the OCR GCSE Gateway B3 module designed for an additional class up to grades A and without the challenge expected for triple science. There is a student gap fill for all parts of the module (a copy of the spec is attached for reference - pages 52 to 67). Also included is a heart diagram with labels and 20 marks of exam questions based on respiration and parts of the cell (taken from AQA but relevant to the OCR spec). I will add further revision resources in Easter 2014.

I have designed a Scrabble board and scoring sheet. When I printed these I double-sided the 2 pages (board one side and scoring sheet the other) and laminated them. These boards can be reused. This suits any topic where vocabulary is being tested. Have fun!

This is a worksheet on atom economy and percentage yield for GCSE chemistry (grade B+) that is printed as A4 handouts on atom economy and percentage yield. There are three reactions that all make Magnesium sulphate (Epsom salt) as the useful product and so atom economy can be compared along with issues such as toxicity of waste products or reactants. The YouTube video shows how Epsom salts are used in the garden. The formula for atom economy is included. The answers are not yet included and will be uploaded shortly. Please leave feedback if this is useful or if it can be improved.

Vacuum pump is normally used to remove used engine oil. It works well in this demonstration of the process of transpiration.

This is a set of 16 flashcards with questions and answers that are printed double sided. When printed this way the questions and answers align correctly. These have been designed for AQA C1.3 but would suit all exam boards. There are 8 challenging questions that will stretch the most able up to A grade. Please rate this resource and leave feedback.

This is a lesson that was taught to year 7 where we looked at the tissues that make up an organ. A carousel-style practical was set up where there were different plastic organ models around the room and students had to identify the tissues in each organ. The organ system triangles can be printed for students to use. Feedback to rowan.savage@hotmail.com or contact me directly on TES.

This is a fun Chemistry tarsia for revision of rates of distillation. There are 16 triangles with 18 pairs of questions and answers that make a parallelogram. I suggest that the A4 tarsia is printed on card and then the outline is cut out. Students can then quickly cut out the individual triangles. Included are the following topics: apparatus, bonds between particles, order of evaporation, pure vs impure substances, naming fractional distillation, naming steam distillation, change of state. The tarsia software is free to download but there is not currently a version for Mac computers.

This is a lesson on diffusion for younger students. The lesson begins with a literacy word unscramble activity that introduces keywords for the lesson. Students then carry out a practical where small amounts of 10 spices are placed around the classroom and they rate the smell from 1 to 10 weakest to strongest. Be careful as some spices contain traces of nuts - check for allergies at the start of the lesson. Discuss what makes a spice smell stronger using the word 'particle'. Answers may include that some particles are smaller or travel faster through the air. Higher ability groups may be introduced to the word 'vaporise' to explain why some substances have stronger smells. They then look at a large water trough (demo) that is filled with water and yellow food colouring. A drop of red food dye can be dropped into the tank to illustrate diffusion means. They then draw what is happening using coloured particle diagrams. You may play soundtracks from the film Finding Nemo or the song Who Let The Dogs Out. Please rate this resource and leave feedback.

This is a lesson sequence designed to be flexible to suit any keystage, subject or SoW. Peer assessment can be carried out using my peer assessment pro-forma that is in my resources. It could potentially form the basis of an outstanding lesson. Please provide feedback to: rowan.savage@hotmail.com. I will amend this with suggested improvements later in the year.

This is a lesson designed for higher ability Key Stage 3 students on solubility. The lesson starts off with a key a question about how much sugar is in coffee. This linked to a news item about a famous coffee brand that has up to 25 teaspoons (100g) of sugar in one cup of coffee. Students then consider what a concentrated an dilute solution looks like in terms of the arrangement of their particles. Finally students need to use the printed spreadsheet to calculate the concentration of various drinks and suggest what could be done to dilute them. Please rate this resource and leave feedback.