pptx, 4.13 MB
pptx, 4.13 MB
pdf, 243.63 KB
pdf, 243.63 KB
docx, 26.51 KB
docx, 26.51 KB

AQA GCSE Physics and Combined Science | Charge Flow and Current, Q=It Calculations Worksheet | Foundation Tier with Answer Slides

Build the confidence and skills of your lower prior attainment students to independently tackle Current and Charge calculation questions with this focused Foundation Tier practice worksheet. Through 3 worked examples and 9 practice questions, students practise substitution and rearrangement of Q=It (Charge = Current x time) with simplified calculations and colour-coded variables designed specifically for Foundation learners.

This is the Level 1 Foundation tier worksheet and is suitable for Foundation Tier Separate Physics (4.2.1.2) and Combined Science (6.2.1.2 Electrical charge and current) students preparing for Paper 1. For more confident students, our standard worksheet which builds to level 2 questions is available here.

What’s Included:

  • Editable and ready-to-print worksheet - 3 worked examples + 9 independent practice calculations (.doc and .pdf)
  • Ready-to-print solution document (.doc and .pdf)
  • Powerpoint Slidedeck walkthrough of all worked examples and solutions (.ppt)

    Designed to help you to:
  • Adapt to the needs of Foundation learners through adding bespoke, redesigned, scaffolded questions to your scheme of work - not just a simplified version of the standard sheet
  • Model excellence with 3 “we do” worked examples which scaffold students into “you do” independent practice and encourage the FIFA (Formula, Insert, Fine-tune, Answer) method
  • Ensure progress with questions gradually increase in complexity and difficulty and remove scaffolding
  • Feedback without fuss by either projecting solutions for whole-class green penning, or handing out answer sheets for peer or self-assessment
  • Save time with a ready to use classroom activity that also works as homework, cover work or a revision session with no preparation required.

    Could also be adapted for Edexcel and OCR, or for intervention, booster or revision sessions.

    If this resource saves you time, a short review makes a huge difference! Thank you!

    Similar resources:
    V=IR Foundation Calculations Worksheet
    P2 Electricity Multiple-choice Question Revision Quiz
    P2 Current in Series and Parallel from Circuit Diagrams Practice Worksheet
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Get this resource as part of a bundle and save up to 32%

A bundle is a package of resources grouped together to teach a particular topic, or a series of lessons, in one place.

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GCSE Science - Foundation Electricity Calculations Practice Megapack - 5 Worksheets with Answer Slides

This bundle is the Foundation version of the standard Electricity bundle of higher demand questions [available here.](https://www.tes.com/teaching-resource/resource-13099119) 5 total worksheets (.doc and .pdf) of independent practice, each complete with worked examples and fully animated solution powerpoint (.ppt) slides covering Q=IT, V=IR, E=QV, P=IV and P=I²R. Save yourself countless hours adapting your Electricity lessons and schemes of work for students with lower prior attainment. Each worksheet has worded questions of lower demand, using rounder numbers, scaffolding and colour-coded variables to help all students develop their calculation and numerical skills within GCSE science and physics. Worked example slides clearly show what success looks like. Through implementing these worksheets as independent practice will help students build experience and confidence answering the level 1 maths questions which appear in the bulk of AQA Physics Foundation Paper 1 - and also prepare them to progress onto the challenge of the level 2 questions at the end of Foundation/the start of Higher tier papers. Contained are 5 Worksheets with full answers to guide independent practice of all 5 Electricity Equations: [Q=IT](https://www.tes.com/teaching-resource/resource-13097167) (Free Taster) [V=IR](https://www.tes.com/teaching-resource/resource-13319357) [E=QV](https://www.tes.com/teaching-resource/resource-13332683) [P=VI](https://www.tes.com/teaching-resource/resource-13344896) [P=(I^2)R](https://www.tes.com/teaching-resource/resource-13445996)

£5.30

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