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Physics · GCSE PowerPoint · £3.99

GCSE Electricity and Forces:
10 Misconceptions

GCSE Physics PowerPoint: electricity, forces and motion

Ten misconceptions from the Year 10 Physics units on electricity, forces and motion, each fixed with a diagram drawn for that single idea. Every line is checked against the AQA, OCR and Edexcel specifications. Fourteen slides: the words are live text, to retype and rebrand as your own, and the diagrams are pictures.

£3.9914 slides, every one editable

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    Cover of GCSE Electricity and Forces: 10 Misconceptions

    Ten misconceptions from the Year 10 Physics units that the rest of the course leans on. Four are about electricity: why current is not used up, why the battery does not supply the charge, what potential difference is and where a voltmeter goes, and why a filament lamp’s graph curves. Two are about moments and pressure. Four are about motion and forces: what a velocity–time graph shows, why constant velocity needs no resultant force, which forces make a Newton’s third law pair, and why braking distance grows faster than speed.

    Each of those ten slides carries the same four blocks: the myth as students actually say it, the truth in one paragraph, the key words with their definitions, and the line the exam boards ask for. Click once and the truth, key words and exam line appear together, so a class can try to spot the error first. Behind each slide sits a speaker note with a question to ask, what to listen for in the answer, and the background. The Newton’s third law slide has no exam line, because the exam boards state none for it. The other four slides are the title, a page on how to run the deck, an end-of-lesson check that lists all ten myths with a tick box each, and a closing slide that points to the knowledge organisers it draws on.

    Every line has been checked against the AQA, OCR and Edexcel specifications, and where the wording needed to be exact it follows the exam boards’ own: a filament lamp is a non-ohmic conductor whose resistance rises as it heats, and braking distance is proportional to the square of the speed for the same braking force. Moments and pressure are separate-science content and are labelled as such on their slides; delete them for a combined-science class. The worked numbers on the diagrams are constructed so the arithmetic closes. The words are live text you can retype; the diagrams are pictures you can move, resize or delete. Delete freely. Every slide is self-contained.

    Written to
    The GCSE subject content for physics (DfE, DFE-00352-2014), taken from the Electricity, Forces, Pressure and Moments, and Forces and Motion units this site’s Physics knowledge organisers already use
    Intended for
    the teacher standing in front of the class: a cold-start starter, a plenary, or a five-minute reteach
    Extent
    14 slides

    Look inside

    Every slide, straight from the deck

    Click any slide to see it full size.

    Contents

    All 14 slides

    One line for each slide, in the order they run. The number on the right is the slide.

    —Electricity and forces in ten misconceptions1
    —How to run this deck2
    01Current: it is not used up round a circuit3
    02Charge: the battery does not supply it4
    03Potential difference: it does not flow, and a voltmeter goes across5
    04Resistance: why a filament lamp’s graph curves6
    05Moments: a smaller force can balance a larger one (separate science)7
    06Pressure: the same force, a different area (separate science)8
    07Motion graphs: the height is the velocity, the gradient the acceleration9
    08Resultant force: constant velocity needs none10
    09Newton’s third law: a pair acts on two different objects11
    10Stopping distances: braking distance grows with the square of the speed12
    —The ten myths at a glance13
    —The rest of the course: the Physics knowledge organisers14
    Next: Biology Misconceptions

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    Your download is ready straight after payment. Downloading it ends the 14-day right to cancel; a file that is faulty or not as described is always refunded. Refunds