This resource contains an animated PowerPoint slideshow and a variety of sheets, that provide various levels of scaffolding that can be used to accompany this. This can be used as a teaching tool to help pupils learn the pattern of electron arrangements in the first 20 elements. It can also be used as a revision tool to recap the electron arrangements or as an independent learning tool to help learners explore the arrangements.

This resource is an interactive slideshow aimed at pupils in KS3/4. It shows the screen of an oscilloscope with different waveforms of sounds. Embedded in the slideshow are sounds that would produce that waveform, so that pupils can hear the sound and see the waveform at the same time. There are slides that show the relationship between the waveform and the sound. There are also questions at the end that can be used to check that pupils can recall and understand the relationship between the waveform and the sound. There are worksheets included that can be printed on A4 and included in booklets or pasted into larger books. The worksheets can also be easily cut or folded in half for pupils using smaller books.

In this video, which is aimed at KS4 pupils, you can see an infrared remote control. The remote control is pointed at the camera and a button is pressed. You can see the signal from the remote control, even though it would be invisible if you were to look at it with your eyes directly. The camera used is sensitive to infrared and so shows it up on screen. Pupils may be able to repeat this experiment at home, although some cameras include infrared filters to reduce glare from sunlight, so it may not show up properly. This resource is part of a sequence with the following three other resources: EM spectrum grid https://www.tes.com/teaching-resource/resource-6341301 EM spectrum sort cards https://www.tes.com/teaching-resource/resource-6341302 This resource UV lamp and washing powder https://www.tes.com/teaching-resource/resource-12952892

In this video, which is aimed at KS4 pupils, washing powder is shown under an ultraviolet lamp. This shows the fluorescence from the washing powder as the UV light is absorbed and visible light is emitted from the powder, making it appear much brighter than the washing powder would be if it was simply reflecting the light. This resource is part of a sequence with the following three other resources: EM spectrum grid https://www.tes.com/teaching-resource/resource-6341301 EM spectrum sort cards https://www.tes.com/teaching-resource/resource-6341302 IR remote control https://www.tes.com/teaching-resource/resource-12952897 This resource

In this video, which is aimed at KS3/4 pupils, a fruit ‘battery’ is shown. The ‘battery’ has been made with different pairs of metals for the electrodes. Readings are shown in the video for the potential difference (voltage) across the electrodes for each pair. Pupils can then consider the connection between reactivity of the metals and the results of the experiment.

In this video, which is aimed at pupils in KS3/4, there are a series of toys shown in action. Pupils are asked to consider the energy stores that the toys represent.

In this video, which is aimed at pupils in KS4, a tangerine is shown. Firstly it is weighed, then is shown floating on water. Then it is peeled, weighed again, and then pupils are asked to predict what will happen when it is placed in water. There is an element of surprise in the video that aims to help challenge preconceptions that they might hold.

In this video, which is aimed at KS3/4 pupils, a hot air balloon is shown rising. Pupils are asked to describe and explain what they see and are reminded that there is a heater in the balloon. This can be used as part of a lesson about density, where pupils can use the idea of the hot air being less dense than the cooler air around it, therefore causing the balloon to float.

In this video, which is aimed at KS3 pupils, a video is shown with changes of state of matter for ice and wax. The melting ice takes place on a two surfaces, a conductive surface (aluminium pan) and and an insulating surface (wooden chopping board). The video shows how the time of melting differs for each surface. The experiment also shows wax freezing on the same two surfaces. Pupils can compare the times and suggest explanations as to why the times differ. The video includes prompts to support their thinking.

This video is aimed at pupils in KS4 and students in KS5. It shows a model flying bat, attached by a string to a point, flying in a circle. The video poses questions about the motion of the bat and the forces, including the centripetal force, involved in the motion. The activity includes a PowerPoint slideshow with questions and answers.

This is a video aimed at pupils in KS3/4 that shows an experiment of a rubber band being stretched. The stretching happens when masses are added to the end of the band. There is an introduction the experiment, which aims to help pupils understand the most important ideas. After each mass is added the rubber band, the video zooms in on the scale to allow pupils to read this. This can form the basis of a graphing activity to find the relationship between the masses added and the extension of the rubber band. Unlike the linear relationship of the spring, there are some differences in the way the band extends, particularly towards the start and end of the experiment. There is a PowerPoint slideshow to help focus the activity if used in a classroom. This resource forms part of a sequence with two other resources: https://www.tes.com/teaching-resource/experiment-measuring-the-weight-of-masses-12952546 https://www.tes.com/teaching-resource/experiment-stretching-a-metal-spring-12952559 This resource

This is a video aimed at pupils in KS3/4 that shows an experiment of a metal spring being stretched. The stretching happens when masses are added to the end of the spring. There is an introduction the experiment, which aims to help pupils understand the most important ideas. After each mass is added the spring, the video zooms in on the scale to allow pupils to read this. This can form the basis of a graphing activity to find the relationship between the masses added and the extension of the spring. There is a PowerPoint slideshow to help focus the activity if used in a classroom. https://www.tes.com/teaching-resource/experiment-measuring-the-weight-of-masses-12952546 This resource https://www.tes.com/teaching-resource/-12952565

This video is aimed at pupils at KS3/4. It shows a video of an experiment where 100g masses are put onto a forcemeter, calibrated in newtons. It allows the measurement of the force for each mass. There are questions to focus pupils on the relationship between the masses and the weight. It can be used as a graphing exercise to calculate the value of the constant ‘g’. There is a PowerPoint slideshow to help focus the activity if used in a classroom. This resource forms part of a sequence with two other resources: This resource https://www.tes.com/teaching-resource/experiment-stretching-a-metal-spring-12952559 https://www.tes.com/teaching-resource/experiment-stretching-a-rubber-band-12952565

In this video, you will see an experiment where a pair of identical forcemeters are pulled apart. There are questions that focus pupils on the force pair interaction. It asks pupils to make predictions, then shows what happens in the experiment.

This video is aimed at KS2/3 pupils and helps them to think about why they need to learn about space.

This is a video to support the teaching of space to KS2 pupils. In the video, it describes how you can model daytime and night time to help pupils understand that this is caused by the rotation of the Earth. It also explains the changes that happen during the seasons.

This model is an animated PowerPoint slideshow. It shows current as a flow of charge around series and parallel circuits. It allows you to compare current flow in series circuits with one and two lamps. It also allows you to increase the potential difference for the circuit. This allows you to compare current flow. It also shows two lamps in parallel, allowing you to see the current before and after the branches in the circuit. The model is quite simple to allow pupils to make sense of the current flow model quickly and help them to understand how it works.

These are flash cards for GCSE Physics/ Science. They cover key facts that pupils need to learn. They are designed to be suitable for pupils to print at home and make up the cards. They include advice as to how to use the flash cards to help them to make the best use of their time when learning. Flash cards sets included are: Physics equations that need to be learnt Circuit symbols, including some common questions linked to the symbols Force and motion sketch graphs Designed for AQA Science.

This is a lesson template and guidance document and is designed as a workload reduction tool for whole school use. Many different subject areas and different phases have different requirements of lesson and lesson sequence planning. Across all subjects there are some common areas that are features of effective teaching, regardless of the subject. These are the features included in GREAT lesson planning. This could be used as a short-term (lesson plan) or medium-term plan (scheme of learning that covers a sequence of lessons) depending upon the subject or context.