Work in groups to read some text and make a creative piece of writing from it. All groups then come together to look at the history of the atom on a timeline, then assess their understanding with a matching task. Part of a whole scheme for the C1 - Atomic Structure topic. Download the whole scheme in one to save money

A whole scheme of work consisting of the following lessons: L01 - Atoms L02 - Chemical Equations L03 - Separating mixtures L04 - Fractional distillation and paper chromatography L05 - History of the atom L06 - Structure of the atom L07 - Ions, atoms and isotopes L08 - Electronic structures These lessons do link to one another, some of the starters test understanding from previous lessons. Where possible there are differentiated worksheets. These are available individually, but buying in bulk will save you £9

There are multiple choices in this resource. 1 - Guide students through the process using the Reflection powerpoint. They then create their own ray diagrams. There is an easy worksheet (Worksheet A3) and then a more difficult worksheet (Practical-Worksheet). 2 - Students aim to find the law of reflection themselves using very little guidance.

Students are split into groups of 3. Each has a clue sheet and can only read their clues out loud. Between them they have to be able to put the facts into the correct order by using the clues Requires teamwork! Answers included

This lesson is designed as a flipped lesson (flipped pre read sheet is included), although there are slides in the powerpoint for you to deliver content if necessary. Resources include: Interactive starter activity getting the class to work as a whole group Consolidation worksheet, with answers Group tasks, with answers Plenary exam question, with answers

Print the board A3. Use different coloured card for each of the question files to match the colours on the board. Or just use the questions for other revision activities

Revision sheet for students to complete. Buy these as a bundle and save money. One topic is £3, a bundle of three topics is £5, Complete Unit 1 or 2 are £10 each and the whole GCSE course is £15.

Three activities to revise P2.2 - Dice game - Rules explained on powerpoint - Tarsia puzzle - In the ZIP file - Splat board - Questions are on the second powerpoint

Lesson includes a six mark question (with writing frame and answers) on free fall and a worksheet on calculating weight

Students are shown, and participate in models of parallel circuits, then they create their own using the worksheets provided (differentiated)

Students are shown, and participate in models of series circuits. They then create their own model of a series circuit using the worksheets provided (these are differentiated)

Two different lessons: One taught and an investigation into Hookes Law Another based on student investigation Worksheet included with some questions

A lesson to introduce modelling of circuits and then enables students to create their own models of circuits. Worksheet has three sheets for different levels of ability

This is an ad-hoc lesson I have after series and parallel circuits which gets the students to build several different circuits and read ammeters and voltmeters, completing the worksheet as they go

Whole unit of work covering Work, Energy and Momentum Students have a printed booklet which contains all the worksheets. There are two versions of the booklet, one with RAG123 and DIRT sections, one without.

Self contained lesson with no resources needed other than yourself. Activities all explained in the powerpoint

A QR code based card sort. Full instructions are on the powerpoint. Activity needs to be printed double sided for this to work.

Demo of resistance followed by the use of two formulae with worksheets

Use the PPT to teach from and the students assess their knowledge with the worksheet.

This resource has a front tracking sheet, a connectives sheet and then as many 6 mark questions as I could find. Along with each question is a writing frame which includes a sentence starter. There is also a mark scheme for each question.