This is a summary sheet designed for use with the Activate Science books for KS3. I have put the numbers where relevant to help the searching of the necessary content. I have also included an extension task sheet where students can create and share their own questions on the topic.

PowerPoint designed to be used for the old additional physics AQA Scheme of work, but still perfectly usable with any exam board for the content. It will need a worksheet or set of exam questions as I have used Exampro questions and thus are copyrighted.

This is a handy sheet you may want to provide your classes - a simple to read list of all the equations required to be remembered for the AQA Physics 2016 curriculum. There is only one HT equation and this has been highlighted. This is not the definitive list as there are more that WILL be provided in the exam, however I felt it necessary to equip my students as best I could so they can revise these.

This is the generic generator I use to create WWW and EBI comments for a class. You populate the list with student names and fill in 6 different WWWs and EBIs for a given topic. then number the students appropriately. On sheet 2, the printouts will appear. simply print from here and done! These are specifically generators for the last third of the Electricity topic for the new AQA Specification.

This is the generic generator I use to create WWW and EBI comments for a class. You populate the list with student names and fill in 6 different WWWs and EBIs for a given topic. then number the students appropriately. On sheet 2, the printouts will appear. simply print from here and done! These are specifically generators for the second third of the Electricity topic for the new AQA Specification.

This is the generic generator I use to create WWW and EBI comments for a class. You populate the list with student names and fill in 6 different WWWs and EBIs for a given topic. then number the students appropriately. On sheet 2, the printouts will appear. simply print from here and done! These are specifically generators for the first third of the Electricity topic for the new AQA Specification.

This is a Physics only lesson in the Electricity topic of the new AQA Specification. It is a light lesson as there is not a lot of content that the students are required to know. Perhaps stick it together with static charge if you have hour lessons (mine are 50 mins). You will also need an appropriate AQA worksheet to go with this as I used copyrighted exam questions to assess.

This is my lesson on Static Charge for the new AQA Specification. I have included my worksheet that I made for this lesson, but you will need a textbook or some exam questions for the demonstrate section of the lesson or some other form of assessment. AQA will have a range o worksheets that you could use. Please be aware that this is very similar to one of my year 11 lessons I have, so if you did buy that one, no need to get this one as it's just that but a bit more stripped down! Should also me noted that this is an Physics only lesson. Not required for Combined award.

This is an entirely optional lesson - a reflection lesson that I use after I have marked books and expect homework in. A series of tasks are included on the slides and it is expected that the students will have marking/questions to do from your comments in the books.

This is my PowerPoint on the national grid for the new AQA spec. I taught this as an info hunt in the first half, so I have included these slides in at the end. You will need to supplement this with another assessment worksheet or set of questions as I used copyrighted exam questions for mine. Any AQA worksheet on the national grid would likely be fine.

This is simply a worksheet and mark scheme I made to assess the use of both of the equations required for the new AQA Physics Spec. Everything is ready to be printed.

This is my lesson PowerPoint and worksheets I have created to teach the energy transfers topic in the new AQA Physics specification. The worksheets are all ready to be printed as are the mark schemes. It covers both of the required equations for this topic.

This is my worksheet that is based on both of the required equations for power in the new AQA specification. Answers are also provided on printable A5 sheets for peer assessment.

This is my lesson and resources on power and using the power equations. I have included my worksheets that I have made to assess the correct use of the power equations. The answers are also included.

This is a power point designed to cover the information needed for the mains electricity topic of the new AQA specification. Included are the printouts for the info hunt and the worksheet. You will need to supplement this with another resource for assessing learning as I used exam questions that are copyrighted.

This is a power point covering the differences between AC and DC. You will need to add in an AQA worksheet on the topic for assessment and you will need an Oscilloscope, power pack and cell as well. I tried to link AC to a heart beat as this could be completely new content for a year 10 class. I have put suggestion on how to lead the starter in the comments of the lesson.

This is a power point used to get some self reflection and thinking going in your class. It requires a homework sheet if you wish to use all the slides (Sold as a pack elsewhere on my shop) but can easily be replaced. Designed to be used after you have marked the classes books!

This is a presentation designed to get across the key points of parallel circuits. It will need an additional worksheet or practical to be added in as I have used copyrighted exam questions as my assessment. I have used a motorway toll road as an analogy.

This is my revision resource for the Activate book 1 Forces topic. I have referenced page numbers as well for students to easily find things. Additionally I have added an extension task of question cards - the students make up their own forces questions and hand them to each other to test themselves.

This is the first part of a double lesson on series circuits. The crux of this lesson is to get the idea of a series circuit being like a roller coaster to help model the concept. YOu may wish to include a demonstration in your lesson as well as pick an exam question that would be relevant to this topic.