Intro to relativity based upon the two boat through experiment.

Uses of ultrasound. Lesson covers: what ultrasound is, how a ultrasound wave is made and how to calculate distance from a ultrasound wave and

A range of suvat questions suitable for the new 1-9 GCSE's

Outstanding static electricity lesson. included: lesson plan, learning placemat (which needs to printed for independent learning), Worksheet and exam questions

Intro to magnets and application of electromagnets. Slide 8 needs to be given out for students and the prompt questions on the following slide used to promote independent learning

Stopping Distances and Streamlining, lesson includes: a range of engaging activities and plenary

Introduction to waves - suitable for KS4 and Higher level KS3 Use the learning grid (page 1 of PPT) students teach themselves the basics of: What a wave is, the difference between longitudinal waves and transverse and applications of waves. A starter and plenary are also provided to engage and assess learning.

Lesson includes: worksheet, powerpoint, and information sheet. lesson was originally designed for BTEC but can be used across the curriculum

Hooke's Law Lesson includes: Practical, differentiated questions and plenary

Introduction to newtons law's Designed to follow resultant forces. Lesson covers: Newtons Laws, streamlining and F=ma

Worksheet which can be used to explain how V and I behave in a series and a parallel circuit. Teacher must intro circuit rules, then students can fill in the V and I on the unlabelled ammeters and voltmeters.

Learning placemat to discover the joys of convection currents

Centre of Mass lesson Which include information to carry out COM practical on irregular shapes

Conduction lesson includes: Starter, a suggested practical which can be done as a demo or a class practical, plenary and homework

Lesson includes youtube links and exam questions to stretch and challenge KS4 pupils