A full lesson based on the activate 1 (P2.5) SOW but can be used for others. The lesson covers echoes, distance and choes, reducing echoes, ultrasound and its uses. A simple DART activity is used for early AFL. Students then take part in a literacy exercise to consolidate and expand on the content of the lesson. The plenary is based on students reflecting upon their progress against the learning objectives.

A full lesson with everything you need for stored energies. Based on Edexcell SOW but can be used for others. Makes use of the ‘triangle’ method to simplify equations, uses timers to promote pace and has PowerPoint animations to support Q/A during peer/self correction of answers.

A complete lesson for parallel circuits tailored towards AQA but can be used for any SOW. Animations are used to support Q/A during correction of answers and timers are included to promote pace. Includes theory, learning checkpoint, practical activity, example questions with learning checkpoint and plenary. Just add voltmeters, bulbs, ammeters and power packs from the tech’s and you have all you need for the lesson.

This is a full lesson based on the Activate 2 (P2.3) SOW but can be used for others. The lesson covers thermometers, differentiating between energy and temperature, particle diagrams and thermal energy, and the transfer of energy. Student understanding is assessed with a differentiated question grid challenge. There is then a simple practical activity where students observe and record what occurs when solids, liquids and gases are heated in warm water - gas syringes, petroleum jelly, ice, test tubes, thermometers and beakers are required. Students then complete 5 questions projected on the board which relate to the practical activity. The plenary is based upon students reflecting on their progress against the learning objectives.

A complete, differentiated lesson based on the Activate 2 (P2.5 ) SOW but can be used for others. This lesson covers the key aspects of infrared radiation, thermal imaging and the use of foil blankets etc. Student understanding is checked with a differentiated question grid challenge (answers included) prior to a simple practical. For the practical hot water bottles with different covers, different coloured cups ice or heat packs can be used. Students will use a thermometer to record the temperature of each object and then judge how much infrared radiation is given off using the back of their hands. An alternative simple prac is included where students monitor the temperature of black and silver cans containing hot water. This is followed by 'stretch questions' associated with the practical and a plenary designed to encourage self reflection within students in regards to their progress against the learning objectives.

A complete lesson based on the Activate 2 (P1.8) SOW but can be used for others. Students are introduced to the uses of electromagnets with examples, video is used to incite their interest further. An introduction to motors is included (a demonstration is useful here). Students then take part in an information hunt to apply and reinforce their learning - answers included. Using Ipads students then conduct independent research on recycling and electromagnets, producing a leaflet which can be judged by peers. Students then take part in a Kahoot quiz on the topic of electromagnets (free log in and Ipads required). The plenary consists of students reflecting upon their progress against the learning objectives, a soft toy can be thrown around to elect who reads out their answer. HW sheet and info hunt taken from TES. This can be a very fun and engaging lesson in a well managed class! If you like this resource please visit my shop for other superior lesson: https://www.tes.com/teaching-resources/shop/matt_nick1in

A full lesson based on the new AQA (P7.5) SOW but can be used for others. The lesson covers activity, count rate and the Geiger counter. Students are then taught how to calculate half life from a graph using examples. A worksheet is then completed (taken from another TES author). Students then complete a simple practical to model half life; they roll small cubes (or dice) and take the cubes that land silver side up (or on the number 1) out of play. Students plot a graph and answer questions relating to the practical. There is then a final grid challenge that students can use to assess their progress against the learning objectives. All answers are incorporated into the sides, timers are used to promote pace. Video used and radiation sickness discussed in order to incite interest. If you like this resource visit my shop for more: https://www.tes.com/teaching-resources/shop/matt_nick1in