A complete lesson designed for the NEW AQA 9-1 specification. This lesson starts to look at the many equations that students need to know and memorise for the specification. As well as working on the equations and units, this lesson also include 30 practice questions that I have written to get students used to using and rearranging the equations. There is a large amount of differentiation within the lesson from very basic questions to questions that require students to use more than 1 equations to solve the questions. There is also practice on using significant figures, as this is generally an area of weakness for students in physics.

A full lesson planned for the NEW AQA GCSE specification. All resources needed are included within the powerpoint, which includes a step-by-step guide on calculating moles using mass and Mr. Also includes lots of practice with using the equation and rearranging. Some higher level work.

A differentiated lesson on problems with the digestive, aimed at KS3 and GCSE students. Based on the NEW KS3 AQA Digestion/ GCSE B3 topic. This could be used for the NEW GCSE AQA specification

Questions on percentage mass for the AQA Quantitative Chemistry topic. Answers included.

A fully differentiated lessons planned for the NEW AQA GCSE. An important part of the Organisation topic, following on from testing for Starch and Sugar. All resources included in the lesson.

Fully differentiated lesson planned for the new AQA GCSE. It forms part of the organisation topic and follows on from food groups and food tests. The lesson includes all of the resources required for the lesson.

Fully differentiated lesson planned for the new AQA (9-1) GCSE. All resources are included in the lesson. The lesson follows on from The Introduction to Enzymes and builds on the knowledge included in that lesson.

A fully differentiated lesson, including practice exam questions, designed for the new AQA specification. All resources for the lesson are included and can be used for higher and lower ability students.

A structure of an atom lesson that is fully differentiated, aimed at lower ability students to get them to understand how the structure of the atom is linked with The Periodic Table. Could be used for KS3 or KS4.

A lesson that includes the control of body temperature & negative feedback using thyroxine production and insulin production as examples. Planned for the new AQA GCSE specification. All resources needed are included in the lesson.

Fully differentiated lesson planned for the NEW AQA GCSE (9-1) specification. All resources that are needed for the lesson are included. Challenge is built into the lesson and can be used for all abilities.

Fully differentiated lesson planned for the NEW AQA KS3 specification for the reproduction topic. Could also be adapted for the NEW AQA (9-1) GCSE. All resources that are needed for the lesson are included. Challenge is built into the lesson and can be used for all abilities.

A differentiated lesson on diffusion aimed at KS3 students but could also be used for the New AQA GCSE specification. Based on the NEW KS3 AQA Cells topic.

A differentiated lesson on Magnification aimed at KS3 students. Could also be used for low ability AQA GCSE. Based on the NEW KS3 AQA Cells topic.

A differentiated lesson on food tests, aimed at KS3 or GCSE students. Based on the NEW KS3 AQA Digestion topic. This could also be used for the NEW GCSE AQA specification. The lessons is designed to last 2 hours including various practicals.

A fully differentiated lesson for the NEW AQA GCSE specification on Alkali metals. This forms part of the C1 topic and has challenge/ exam questions built into the lesson to stretch and challenge all students.

A lesson designed for a topic on The Periodic Table on Alkali metals. It is designed for KS3, where they have very little knowledge on The Periodic table. Could also be used and is differentiated for lower ability KS4 GCSE.

A fully differentiated lesson on Active Transport, based on the NEW AQA GCSE specification (9-1). The lesson includes everything required for a whole lesson including built in pace and challenge.