The powerpoint highlights the intensity equation, a worked example and some absorption mechanics.\nIt also has a couple of practice questions.\nUseful for A2 pupils in their ‘Medical Imaging&’ module in OCR Physics.

Starter lesson for ‘Medical Imaging&’ for A2 physics.\nCovers how x-rays are produced and how to calculate the energy of a x-ray photon.

Lesson 1 of P7 from OCR 21st Century science

Lesson 8 of P7 from OCR 21st Century science

Lesson 3 of P7 from OCR 21st Century science

Lesson 7 of P7 from OCR 21st Century science

Lesson 2 of P7 from OCR 21st Century science

Lesson 10 of P7 from OCR 21st Century science

Lesson 4 of P7 from OCR 21st Century science

Lesson 5 of P7 from OCR 21st Century science

Lesson 9 of P7 from OCR 21st Century science

Lesson 11 of P7 from OCR 21st Century science

I created this quick lesson to give my Yr11 students a little feel for some of the work they will be doing after the summer break in AS Physics.

First lesson of the astrophysics (option) topic for the second year of the AQA A-Level Physics course. Covers: Convex and concave lenses How to draw accurate ray diagrams for lenses How to describe the image produced from a lens This lesson is free as it is part of an older free resource. Fully resourced and with practice exam questions (with worked answers).

A powerpoint for a lesson to cover the basics on drag forces for ks3. It uses a skydiver to allow pupils to show understanding. There are differentiated homeworks added also.

Lesson to introduce the average speed equation and distance/time graphs to KS3 pupils. Several worksheets of varying difficulty are included too.

Lesson to start KS3 pupils thinking about how to deal with more than one force acting on an object. Worksheets to support.

Introduction to KS3 forces. Looks at what forces are, types and what they can do. Worksheets provided for support.

Powerpoint to cover a KS3 lesson on friction and a simple practical too. A couple of extra worksheets are also added.

Triple science lesson for the new AQA Waves topic. Lesson 8 Matches the new specification. Covers differences between convex and concave lenses how to calculate magnification how to construct ray diagrams for lenses how to describe an image formed from convex and concave lenses Includes multiple activities, worked examples, support video and summary exam questions (with answers!).