This was an observation lesson which was graded outstanding. Powerpoint included differentiated outcomes, literacy support. Practical worksheets (differentiated) are included as well as answers and a photo of how the practical should look (modeling). Plenary and checkpoints included. Help sheets for A* equations. Past paper edexcel questions and mark scheme also included.

Resource I developed as students did not have space in books for green pen (DIRT work) these were used as sheets to glue in book on the relevant page, they could then be re-graded and lifted up to show the original piece of work underneath. Shows progress and reflection.

Suitable for KS3/KS4. Originally created for KS4 chemistry class. full powerpoint, starter task, Graded outcomes, differentiated worksheets, progress checker/exit card. Examples of model answers/diagrams. Can be used to cover several lessons for the rate of reaction topic. Worksheets from other sources.

This is a GCSE lesson for AQA or Edexcel (works for miscible and immiscible.) The lesson includes examples of emulsions. A practical activity to test for emulsifiers, GCSE exam questions checkpoint. Animation showing an emulsifier at work. Graded literacy task with sentence starters. Exam question plenary and mark scheme.

This lesson was for a GCSE edexcel C2 class. Negative Ion tests. The powerpoint includes a graded worksheet with prior knowledge assessment and keyword literacy support. Students are required to fill in information from the slides/sheets explaining how to carry out the tests. Equations are provided and are balanced for stretch and challenge. Exam question is included as a plenary with mark scheme.

This is a GCSE lesson based on edexcel C2 precipitates and precipitation The lesson provides scaffolded activities as well as a plenary checkpoint and reach questions. An exam question is included with a mark scheme. A practical instruction sheet is included with equation questions and images to support EAL. All tasks are graded to aid self assessment. Lesson includes: powerpoint with plenary and activities practical sheet with extension equations

This is a range of lessons (2/3) covering variation, continuous and discontinuous and differences. Differences lesson: consists of 'find someone who' kagan starter to access prior knowledge. Pupils then watch a clip and identify whether differences are inherited or environmental. Lesson has a secret agent theme resulting the pupils creating their own security badge identifying inherited and environmental features. They will also ass their fingerprint using a inkpad (stretch and challenge link to biometrics). Continuous and discontinuous variation lesson: gives examples of each type of data, based on a graph lesson, comes with mark scheme. both use levels but these can be easily changed to grades.

This is a worksheet on the electromagnetic spectrum which covers the uses and dangers of each wave. I have included the information sheets so that they can be used as a marketplace activity. Worksheets are differentiated (3 parts).

Differentiated worksheet. One for Noble gases and one for Halogens. Treasure hunt/marketplace style activity with pit-stop tests included. Includes, uses, dangers, appearances, names of compounds. Keywords provided as well as stretch and challenge literacy task.

I used this lesson with a low ability KS4 class (AQA P1). Contains full differentiated powerpoint with worked through examples. Worksheets to cover each area. I gave them an A3 sheet with a house on, they had to add appliances and identify the inputs and outputs of each and then the calculate the efficiency, from this they could calculate the cost to use each appliance. each task is differentiated. covers: structure of an electricity bill inputs and outputs efficiency cost of an appliance Powerpoint and structure of activity are all my own. Worksheet is created from various sources.

KS3 Dissolving Lesson (observation lesson, graded outstanding) includes: full powerpoint, practical activity, crossword starter, literacy support mat and differentiated worksheets (HML). Objectives: Describe the process of dissolving Explain how the particles are arranged in a solution Calculate the mass of solutions Used for an observation, graded outstanding, Please review thank you :)