This resource is a ready to go activity and should take approximately 40 minutes. It focuses on the advantages and disadvantages of using overhead and underground cables. Students complete a card sort and then produce a piece of extended writing. Mark scheme and instructions attached. Suitable for both higher and foundation.

PLEASE VISIT MY MY SHOP FOR LOTS OF FREE AND SIMILARLY PRICED RESOURCES https://www.tes.com/teaching-resources/shop/heelis A Resource for my mixed ability groups with a focus on challenge and independence. Students select the questions they would like to answer - each has a point value, higher points are more difficult questions. Answers attached

Suitable for: Low Ability GCSE or KS3 This is an activity designed to reinforce knowledge on the basics of electrical circuits. The keywords have the phonetics in brackets for those who struggle with literacy. There are 12 key words in total, all with definitions in student-speak. This is suitable as a starter, revision, or as a main activity where students are then required to link some of the key words together in a sentence. Differentiate this resource by providing students with a textbook, glossary etc. Challenge students by asking them to choose 5 of the most important keywords and put them in a triangle rank of importance (3 at the bottom), (2 in the middle), (the most important word at the very top).

This resource is based on a deep-thinking question matrix and is suitable for all achievement groups. I use it as an introduction to the KS4 Electromagnets topic, but can equally be used at the end of the KS3 topic. Ways to use this resource include: Ask students to complete any number of questions or activities of their choosing, with or without text books. Allocated a set of questions to individual students based on their achievement levels. In a mixed achievement group, and with access to text books, ask students to have as many of the questions completed by the end of the lesson as possible. I usually put a point value each question.

A clear and logical support sheet designed to help struggling scientists and those on the autistic spectrum to secure their understanding on how to carry out reflection investigation. I usually just have a set laminated and ready for my students to use. When students have access to the support sheet they feel more confident in being able to complete the work and can work at their own pace. It also promotes their independence as they can achieve more having clear, concise access to the instructions. Numbered statements and diagrams help students to follow the sequence without having to rely on short term memory. Diagram 1 shows where to position the normal line and mirror. Diagram 2 shows how to position the ray-box or light source and to mark the incident and reflect beams with crosses. Diagram 3 shows how to draw the rays, including direction of arrows and having rays touching both the eye and the light source.

Objectives: To understand seismic waves and how they can be used as evidence for the internal structure of the Earth. To understand seismographs and seismometers. Suitable for higher achievers (lots of challenge activity options). This resource is made up of a piece of text summarising key information on P, S and L waves etc. and a set of 5 activity choices. Some of the activity choices are based on Tony Ryan's Thinkers Keys. I give my students the text and option sheet along with text books if necessary and ask them to choose 2 of the activity options, to complete. This can be followed up by presentation work if you have the time or peer assessed.

Objective: Understand keywords relating seismic waves Understand the differences between P, S and L waves. Understand the internal structure of the Earth and how waves travel through them. Suitable for both higher and lower achievers. Resource contains 2 x crossword puzzles and answers. Crossword 1 is for higher achievers and crossword 2 for higher students who may need some literacy support.

PLEASE CONSIDER BUYING THIS AS PART OF A BUNDLE AND MAKE FURTHER SAVINGS. Included are a piece of text on cables and plugs, a codebreaker activity and hidden message wordsearch.

This activity can be used in a variety of ways. Students can be given the puzzle and activity sheets or just the activity. Alternatively the company "pin board" can be used as an excellent revision tool or starting point for notes. Another way in which to use it is to ask lower achieving students to complete an exam question using the board.

This is a checklist adapted from the new AQA physics spec. I use it as a marking aid at the end of the topic and tick off the outcomes achieved. They are then given reflection (D.I.R.T.) time and assessed again. My students are finding these exceptionally useful.

A piece of text designed as a help sheet / revision sheet on transverse waves and related calculations.

Translucent, Transparent, Opaque etc. Use as a starter/through the door activity. Helps students to track progress during the lesson.

Puzzle I created to help students get to grips with the HSW terminology. Tarsia software can be downloaded free of charge from Hermitech Laboratories. I would suggest that the attached glossary be given to lower ability to students. This activity should take about 20 minutes. The print maybe a bit small on one or two of the triangles so you may want to enlarge to to A3.

Use as a starter/through the door activity. Helps students to track progress during the lesson.

Use as a starter/through the door activity. Helps students to track progress during the lesson.

Attached is a presentation and worksheet for students to complete. Activity 1 requires AQA Applied Science books but is not entirely necessary. You will require a class set of 2p pieces and some pipettes if you wish to carry out the investigation.

Ready to go lesson. Practical investigation on calculating volume, density and drawing conclusions. Worksheet based on an old exploring science investigation. Follow weblink for Lesson 4. L3 – I can say whether upthrust is a push or pull force L4 I can say what density is L5 - I can describe upthrust L6 – I can explain why some objects float and others sink using the concept of density.