All resources are supported with carefully selected images to support long term retrieval of key information. Lessons are sequenced to prevent congnitive overload and are particularly effective for LPA/MPA and SEND learners as a result.
All resources are supported with carefully selected images to support long term retrieval of key information. Lessons are sequenced to prevent congnitive overload and are particularly effective for LPA/MPA and SEND learners as a result.
A lesson covering AQA GCSE Chemistry following the AQA specification (6.3.1.2: Changes of state).
The lesson is supported with clear visuals and supporting gifs for students to gain deeper understanding, alongside GCSE multiple choice questions.
Students respond well to having all key information consolidated into one table.
This lesson is applicable for HT and FT students alike, and is tiered towards MPA/HPA students.
A lesson covering all content needed for foundation tier students for AQA GCSE Physics (combined science).
The lesson covers AQA Specification points 6.7.1.1 - 6.7.2.1.
This lesson has received praise for its simplicity, clarity, and visuals to support student learning. The revision poster at the end of the slides contains all essential information, and some application questions for students to gain confidence.
A lesson covering electromagnetism for AQA GCSE Physics following the AQA specification.
All content within this lesson follow 6.7.2.1. of the AQA GCSE Specification - electromagnets.
The lesson includes a mixture of teacher-led explanation, student activities, GCSE Exam questions, and multiple choice quizes for student success.
The lesson also includes a commonly accessed practical inquiry of electromagnets and solenoids using an electrical current, iron core, and paper clips in a SEND-friendly integrated instruction method worksheet.
A lesson covering the basics of magnetism for AQA GCSE Physics following the AQA specification.
All content within this lesson follow 6.7.1.1. of the AQA GCSE Specification - permanent and induced magentism, magnetic forces, and magentic fields. Students are described how to complete the pratcical using a compass to draw magnetic field lines.
