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Physics
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AQA Core and Additional Revision and 2017 Exam Support
All spec codes must be examined through a three year period with AQA exams. This is a spec code frequency analysis of 2015-16 exams for both foundation and higher exam papers leading to very specific lesson focus and pupil revision. It highlights spec codes that HAVE NOT appeared in the last two years leading to a very high probability of them appearing in summer 2017.
This tool has analysed 2016 and 2015 exam papers and completed a frequency count of each lettered spec code. This summarises into a combined table to prepare for the 2017 exams.
It highlights lettered spec codes that have not been assessed in the last two years by showing as green. Being the last year of AQA Core and Additional exams before the 1-9 exams there is a very high probability of possible topics that will appear in the summer exams. It colours through a spectrum of red to green, of other specs which have been assessed, but infrequently. It shows this by a simple count and relative frequency to the number of spec codes. The relative analysis tool shows how common it has appeared in the last two years relative to the number of spec points. A low spec count could still have a high relative count showing a lower probability. There is also a combined summary for F and H papers if you teach mixed groups.
Each analyse is shown graphically leading to easy displays for pupils to review key areas to focus.
On following tabs there is a full spec checklist filterable by their appearance in either F, H or both so pupils can view this information in a checklist explaining each spec point. This has then lead to a checklist revision list for both F and H papers.
A F and H revision pack is then included with past exam question specifically themed on these areas to help support and lead revision up to the summer exams. Mark schemes and examiners reports are included for these questions.
The aim of the support pack is to help prepare for the summer exams of 2017. This is a very unique situation where we can have a good chance of using this analyse to target revision and focus the pupils.
AQA A Level Physics 3.7.2.4 Orbits and Satellites
Meeting the spec requirements for AQA A level Physics 3.7.2.1. This set of resources will require possibly 2-3 lessons depending on pace of pupils. This covers the theory of orbits and comparisons of satellites, review questions and mark schemes as you teach.
AQA A Level Physics 3.7.2.2 Gravitational field strength
Meeting the spec requirements for AQA A level Physics 3.7.2.1. This set of resources will require possibly 4-5 lessons depending on pace of pupils. This covers the theory of Gravitational Potential, review questions, and assessment worksheet through past paper exam questions and mark schemes.
AQA A Level Physics 3.7.2.2 Gravitational field strength
Meeting the spec requirements for AQA A level Physics 3.7.2.2. This set of resources will require possibly 2-3 lessons depending on pace of pupils. This covers the theory of gravitational field strength, review questions and mark schemes as you teach.
AQA A Level Physics 3.7.2.1 Newton's law
Meeting the spec requirements for AQA A level Physics 3.7.2.1. This set of resources will require possibly 2-4 lessons depending on pace of pupils. This covers the theory of Newtons Law of Gravitation review questions and mark schemes as you teach.
AQA A Level Physics 3.4.1.8 Conservation of Energy
Meeting the spec requirements for AQA A level Physics 3.4.1.8. This set of resources will require possibly 2-4 lessons depending on pace of pupils. This covers the theory and derivation of 1/2mv2 and mgh. This then leads into conservation and efficiency. Review questions and mark schemes as you teach.
AQA A Level Physics 3.4.1.2 Moments
Meeting the spec requirements for AQA A level Physics 3.4.1.2. This set of resources will require possibly 4-5 lessons depending on pace of pupils. This covers the theory of centre of mass and gravity. It is designed to lead the pupils to prove and discover the formula for moments through practical techniques. All worksheets and tables included. Review questions to stretch use of formula after practical tasks.
AQA A Level Physics 3.9.1.2 Reflecting Telescopes and CCD's
Meeting the spec requirements for AQA A level Physics 3.9.1.2. This covers the ray diagrams of reflecting telescopes. It covers all the theory for pupils to be able to draw their own ray diagrams with practical task and questions for a mini assessment. The PowerPoint is designed to lead them through each process and is fully animated to show steps with full descriptions.
it also reviews knowledge of CCD design and theory, resolution and quantum efficiency.
AQA A Level Physics 3.9.1.1 Refracting Lenses
Meeting the spec requirements for AQA A level Physics 3.9.1.1. This covers the ray diagrams of converging lenses in telescopes. It covers all the theory for pupils to be able to draw their own ray diagrams with practical task and past exam questions for a mini assessment. the PowerPoint is designed to lead them through each process and is fully animated to show steps with full descriptions.
AQA A Level Physics 3.9.1.1 Refracting Lenses
Meeting the spec requirements for AQA A level Physics 3.9.1.1. This is an introduction into the ray diagrams of converging lenses. It covers all the theory for pupils to be able to draw their own ray diagrams with worksheets. the PowerPoint is designed to lead them through each process and is fully animated to show steps with full descriptions. This theory is then used as a lead into telescopes and uses of two lenses.
Bundle
B2, C2 and P2: AQA Additional Revision and 2017 Exam Support.
All spec codes must be examined through a three year period with AQA exams. This is a spec code frequency analysis of 2015-16 exams for both foundation and higher exam papers leading to very specific lesson focus and pupil revision. It highlights spec codes that HAVE NOT appeared in the last two years leading to a very high probability of them appearing in summer 2017.
This tool has analysed 2016 and 2015 exam papers and completed a frequency count of each lettered spec code. This summarises into a combined table to prepare for the 2017 exams.
It highlights lettered spec codes that have not been assessed in the last two years by showing as green. Being the last year of AQA Additional exams before the 1-9 exams there is a very high probability of possible topics that will appear in the summer exams. It colours through a spectrum of red to green, of other specs which have been assessed, but infrequently. It shows this by a simple count and relative frequency to the number of spec codes. The relative analysis tool shows how common it has appeared in the last two years relative to the number of spec points. A low spec count could still have a high relative count showing a lower probability. There is also a combined summary for F and H papers if you teach mixed groups.
Each analyse is shown graphically leading to easy displays for pupils to review key areas to focus.
On following tabs there is a full spec checklist filterable by their appearance in either F, H or both so pupils can view this information in a checklist explaining each spec point. This has then lead to a checklist revision list for both F and H papers.
A F and H revision pack is then included with past exam question specifically themed on these areas to help support and lead revision up to the summer exams. Mark schemes and examiners reports are included for these questions.
The aim of the support pack is to help prepare for the summer exams of 2017. This is a very unique situation where we can have a good chance of using this analyse to target revision and focus the pupils.
Cross Curricular Creative Project: Science, English and ICT
This is a set of lessons, resources, homework and schemes of work targeted at cross curricular links between Science, English and ICT for KS3 pupil. The theme is “Your Favourite Movie” and the pupils are to build a portfolio of graded activities to create their project.
It was designed to fit the timetable for my school where the year 7 and 8’s had a creative curriculum day once a week with three teachers assigned; one Science, English and ICT. The pupils would then take a lead on how they would manage their time over a term. They would select from a range of activities each week, themed to each subject, and would allocate themselves for the day. All these activities would then build up to their “Creative Diploma” for that term. It worked by building a project from their 6 best activities from a selection of 9. This obviously may not fit your timetable model but could easily be adapted to be run over a much longer period of time as cross curricular after school clubs of summer holiday projects etc.
Each activity is built up from many smaller tasks leading to a grade for that piece of work using level ladders. All tasks are written and presentable straight to the pupils with clear guidance, instructions, tasks, questions, homework and level ladders. The level ladders are based around now, next, further and advanced so not grade or level based but easily editable to fit your school model.
Activities range from building circuits, podcasts, web design, writing scripts, costume design, cameras and lenses, the behaviour of light and filters and theme songs. Each individual activity linked back to their “Favourite Movie” concept building a solid link between these three subjects.
A fun and practical way to cover a huge variety of subjects and topics from within these three specific curriculums.
AQA Core and Additional QR Revision Display and Classroom Tool
A set of documents used for pupils to quickly access all required documents to aid revision of Core and Additional Science Exams for 2017. I have uploaded under biology and chemistry as well, as there is no topic choice for just science. But it is the same set of documents as this, it includes all subjects for core and additional.
Printable and displayable documents using QR codes, enabling pupils to scan and download straight to their electronic devices. Just project straight up on your board and off the pupils go. Or set up a display in the hallway for pupils to work independently away from the department using their devices.
These QR codes cover all needed documents between 2013-2015 for both Core and Additional. (2016 are secure documents and not directly accessible by pupils)
• Links to all exam papers. B1, C1, P1, B2, C2 and P2 for foundation and higher.
• Links to all markschemes. B1, C1, P1, B2, C2 and P2 for foundation and higher.
• Links to all examiners reports. B1, C1, P1, B2, C2 and P2 for foundation and higher.
• Links to all pupils sheets. C1, C2, P1 and P2.
• Links to all specifications. B1, C1, P1, B2, C2 and P2.
• Links to all grade boundaries. B1, C1, P1, B2, C2 and P2 for foundation and higher.
• Display headings document.
Tried and tested with my classes and they really enjoy being able to scan and carry the documents away with them. These can be saved to their device and then emailed and printed like any other document.
P2: AQA Additional Physics Revision and 2017 Exam Support.
All spec codes must be examined through a three year period with AQA exams. This is a spec code frequency analysis of 2015-16 exams for both foundation and higher exam papers leading to very specific lesson focus and pupil revision. It highlights spec codes that HAVE NOT appeared in the last two years leading to a very high probability of them appearing in summer 2017.
This tool has analysed 2016 and 2015 exam papers and completed a frequency count of each lettered spec code. This summarises into a combined table to prepare for the 2017 exams.
It highlights lettered spec codes that have not been assessed in the last two years by showing as green. Being the last year of AQA Additional exams before the 1-9 exams there is a very high probability of possible topics that will appear in the summer exams. It colours through a spectrum of red to green, of other specs which have been assessed, but infrequently. It shows this by a simple count and relative frequency to the number of spec codes. The relative analysis tool shows how common it has appeared in the last two years relative to the number of spec points. A low spec count could still have a high relative count showing a lower probability. There is also a combined summary for F and H papers if you teach mixed groups.
Each analyse is shown graphically leading to easy displays for pupils to review key areas to focus.
On following tabs there is a full spec checklist filterable by their appearance in either F, H or both so pupils can view this information in a checklist explaining each spec point. This has then lead to a checklist revision list for both F and H papers.
A F and H revision pack is then included with past exam question specifically themed on these areas to help support and lead revision up to the summer exams. Mark schemes and examiners reports are included for these questions.
The aim of the support pack is to help prepare for the summer exams of 2017. This is a very unique situation where we can have a good chance of using this analyse to target revision and focus the pupils.
Bundle
B1, C1 and P1: AQA Core Revision and 2017 Exam Support.
All spec codes must be examined through a three year period with AQA exams. This is a spec code frequency analysis of 2015-16 exams for both foundation and higher exam papers leading to very specific lesson focus and pupil revision. It highlights spec codes that HAVE NOT appeared in the last two years leading to a very high probability of them appearing in summer 2017.
This tool has analysed 2016 and 2015 exam papers and completed a frequency count of each lettered spec code. This summarises into a combined table to prepare for the 2017 exams.
It highlights lettered spec codes that have not been assessed in the last two years by showing as green. Being the last year of AQA Core exams before the 1-9 exams there is a very high probability of possible topics that will appear in the summer exams. It colours through a spectrum of red to green, of other specs which have been assessed, but infrequently. It shows this by a simple count and relative frequency to the number of spec codes. The relative analysis tool shows how common it has appeared in the last two years relative to the number of spec points. A low spec count could still have a high relative count showing a lower probability. There is also a combined summary for F and H papers if you teach mixed groups.
Each analyse is shown graphically leading to easy displays for pupils to review key areas to focus.
On following tabs there is a full spec checklist filterable by their appearance in either F, H or both so pupils can view this information in a checklist explaining each spec point. This has then lead to a checklist revision list for both F and H papers.
A F and H revision pack is then included with past exam question specifically themed on these areas to help support and lead revision up to the summer exams. Mark schemes and examiners reports are included for these questions.
The aim of the support pack is to help prepare for the summer exams of 2017. This is a very unique situation where we can have a good chance of using this analyse to target revision and focus the pupils.
P1: AQA Core Physics Revision and 2017 Exam Support.
All spec codes must be examined through a three year period with AQA exams. This is a spec code frequency analysis of 2015-16 exams for both foundation and higher exam papers leading to very specific lesson focus and pupil revision. It highlights spec codes that HAVE NOT appeared in the last two years leading to a very high probability of them appearing in summer 2017.
This tool has analysed 2016 and 2015 exam papers and completed a frequency count of each lettered spec code. This summarises into a combined table to prepare for the 2017 exams.
It highlights lettered spec codes that have not been assessed in the last two years by showing as green. Being the last year of AQA Core exams before the 1-9 exams there is a very high probability of possible topics that will appear in the summer exams. It colours through a spectrum of red to green, of other specs which have been assessed, but infrequently. It shows this by a simple count and relative frequency to the number of spec codes. The relative analysis tool shows how common it has appeared in the last two years relative to the number of spec points. A low spec count could still have a high relative count showing a lower probability. There is also a combined summary for F and H papers if you teach mixed groups.
Each analyse is shown graphically leading to easy displays for pupils to review key areas to focus.
On following tabs there is a full spec checklist filterable by their appearance in either F, H or both so pupils can view this information in a checklist explaining each spec point. This has then lead to a checklist revision list for both F and H papers.
A F and H revision pack is then included with past exam question specifically themed on these areas to help support and lead revision up to the summer exams. Mark schemes and examiners reports are included for these questions.
The aim of the support pack is to help prepare for the summer exams of 2017. This is a very unique situation where we can have a good chance of using this analyse to target revision and focus the pupils.
ISA Core or Additional Tracker
An AQA template designed to record and analyse ISA results. Scores are recorded per question for gap analysis. Overall grades compared to targets. Progress calculated per pupil and scores converted to UMS following AQA grade boundaries. Easily modified to match any ISA completed.
AQA Combined Science Trilogy 1-9 Formula Display
A4 physics formulas. Both word and symbol included with units. Printed in colour it will make a good formula display. Or can be printed as hand out for revision and revision cards. I have had pupils complete notes on the reverse completing example questions based on each formula.
Careers in Science
Documents to produce a flow chart display of careers from KS2 through to degree and future careers. All headings and pictures included and organised for you to generate display.