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Ideal filters and opaque surfaces; the three-band source applies only to its stated trial, not to white light in general.","hasHigherOnlySections":false,"separateOnly":true,"hasSeparateOnlySections":true,"pageCounts":{"worksheet":6,"solutions":6},"publishedDate":"2026-10-23","updatedDate":"2026-10-23","url":"/free-resources/physics-worksheets/aqa-gcse-physics-worksheets/colour-filters-and-visible-light-worksheet","preview":"/images/physics-worksheets/aqa-gcse/colour-filters-and-visible-light-worksheet-preview.webp","downloads":{"worksheet":"/free-resources/physics-worksheets/aqa-gcse-physics-worksheets/colour-filters-and-visible-light-worksheet/download/worksheet","solutions":"/free-resources/physics-worksheets/aqa-gcse-physics-worksheets/colour-filters-and-visible-light-worksheet/download/solutions"},"nextSteps":[]},{"id":"aqa-gcse/energy-stores-and-transfer-pathways-explanations-worksheet","title":"AQA GCSE Physics Energy Stores and Transfer Pathways Explanations Worksheet","description":"AQA GCSE energy-stores worksheet with answers. 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Explanation-led energy accounting with selected calculations; arrows are not quantitative Sankey widths.","hasHigherOnlySections":false,"separateOnly":false,"hasSeparateOnlySections":false,"pageCounts":{"worksheet":6,"solutions":6},"publishedDate":"2026-10-23","updatedDate":"2026-10-23","url":"/free-resources/physics-worksheets/aqa-gcse-physics-worksheets/energy-stores-and-transfer-pathways-explanations-worksheet","preview":"/images/physics-worksheets/aqa-gcse/energy-stores-and-transfer-pathways-explanations-worksheet-preview.webp","downloads":{"worksheet":"/free-resources/physics-worksheets/aqa-gcse-physics-worksheets/energy-stores-and-transfer-pathways-explanations-worksheet/download/worksheet","solutions":"/free-resources/physics-worksheets/aqa-gcse-physics-worksheets/energy-stores-and-transfer-pathways-explanations-worksheet/download/solutions"},"nextSteps":[]},{"id":"aqa-gcse/resistance-required-practical-wire-length-and-networks-worksheet","title":"AQA GCSE Physics Resistance Required Practical Wire Length and Networks Worksheet","description":"AQA GCSE resistance practical worksheet with answers. 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Written RP3/RP15 preparation for both wire-length and resistor-network strands, not evidence of practical completion.","hasHigherOnlySections":false,"separateOnly":false,"hasSeparateOnlySections":false,"pageCounts":{"worksheet":7,"solutions":7},"publishedDate":"2026-10-23","updatedDate":"2026-10-23","url":"/free-resources/physics-worksheets/aqa-gcse-physics-worksheets/resistance-required-practical-wire-length-and-networks-worksheet","preview":"/images/physics-worksheets/aqa-gcse/resistance-required-practical-wire-length-and-networks-worksheet-preview.webp","downloads":{"worksheet":"/free-resources/physics-worksheets/aqa-gcse-physics-worksheets/resistance-required-practical-wire-length-and-networks-worksheet/download/worksheet","solutions":"/free-resources/physics-worksheets/aqa-gcse-physics-worksheets/resistance-required-practical-wire-length-and-networks-worksheet/download/solutions"},"nextSteps":[]},{"id":"aqa-gcse/ac-dc-generators-and-output-graphs-worksheet","title":"AQA GCSE Physics AC DC Generators and Output Graphs Worksheet","description":"AQA GCSE Separate Physics Higher generator worksheet with answers. 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No Foundation or Combined route. One electrical cycle per rotation is assumed.","hasHigherOnlySections":true,"separateOnly":true,"hasSeparateOnlySections":false,"pageCounts":{"worksheet":6,"solutions":6},"publishedDate":"2026-10-23","updatedDate":"2026-10-23","url":"/free-resources/physics-worksheets/aqa-gcse-physics-worksheets/ac-dc-generators-and-output-graphs-worksheet","preview":"/images/physics-worksheets/aqa-gcse/ac-dc-generators-and-output-graphs-worksheet-preview.webp","downloads":{"worksheet":"/free-resources/physics-worksheets/aqa-gcse-physics-worksheets/ac-dc-generators-and-output-graphs-worksheet/download/worksheet","solutions":"/free-resources/physics-worksheets/aqa-gcse-physics-worksheets/ac-dc-generators-and-output-graphs-worksheet/download/solutions"},"nextSteps":[]},{"id":"aqa-gcse/sound-ultrasound-and-seismic-exploration-worksheet","title":"AQA GCSE Physics Sound Ultrasound and Seismic Exploration Worksheet","description":"AQA GCSE Separate Physics Higher sound worksheet with answers. 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Shared wave-speed calculations support Higher-only sound/ultrasound and seismic applications; no Combined route.","hasHigherOnlySections":true,"separateOnly":true,"hasSeparateOnlySections":false,"pageCounts":{"worksheet":6,"solutions":6},"publishedDate":"2026-10-23","updatedDate":"2026-10-23","url":"/free-resources/physics-worksheets/aqa-gcse-physics-worksheets/sound-ultrasound-and-seismic-exploration-worksheet","preview":"/images/physics-worksheets/aqa-gcse/sound-ultrasound-and-seismic-exploration-worksheet-preview.webp","downloads":{"worksheet":"/free-resources/physics-worksheets/aqa-gcse-physics-worksheets/sound-ultrasound-and-seismic-exploration-worksheet/download/worksheet","solutions":"/free-resources/physics-worksheets/aqa-gcse-physics-worksheets/sound-ultrasound-and-seismic-exploration-worksheet/download/solutions"},"nextSteps":[]},{"id":"aqa-gcse/i-v-graphs-resistance-and-component-choice-worksheet","title":"AQA GCSE Physics I V Graphs Resistance and Component Choice Worksheet","description":"AQA GCSE I–V graphs worksheet with answers. 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Check which quantity is on each axis; a targeted graph/application follow-up, not a complete I–V practical pack.","hasHigherOnlySections":false,"separateOnly":false,"hasSeparateOnlySections":false,"pageCounts":{"worksheet":6,"solutions":6},"publishedDate":"2026-10-23","updatedDate":"2026-10-23","url":"/free-resources/physics-worksheets/aqa-gcse-physics-worksheets/i-v-graphs-resistance-and-component-choice-worksheet","preview":"/images/physics-worksheets/aqa-gcse/i-v-graphs-resistance-and-component-choice-worksheet-preview.webp","downloads":{"worksheet":"/free-resources/physics-worksheets/aqa-gcse-physics-worksheets/i-v-graphs-resistance-and-component-choice-worksheet/download/worksheet","solutions":"/free-resources/physics-worksheets/aqa-gcse-physics-worksheets/i-v-graphs-resistance-and-component-choice-worksheet/download/solutions"},"nextSteps":[]},{"id":"aqa-gcse/infrared-absorption-required-practical-worksheet","title":"AQA GCSE Physics Infrared Absorption Required Practical Worksheet","description":"AQA GCSE infrared practical worksheet with answers. 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Selected RP10/RP21 absorption work. A net-heating comparison does not directly measure all absorbed radiation.","hasHigherOnlySections":false,"separateOnly":false,"hasSeparateOnlySections":false,"pageCounts":{"worksheet":6,"solutions":6},"publishedDate":"2026-10-23","updatedDate":"2026-10-23","url":"/free-resources/physics-worksheets/aqa-gcse-physics-worksheets/infrared-absorption-required-practical-worksheet","preview":"/images/physics-worksheets/aqa-gcse/infrared-absorption-required-practical-worksheet-preview.webp","downloads":{"worksheet":"/free-resources/physics-worksheets/aqa-gcse-physics-worksheets/infrared-absorption-required-practical-worksheet/download/worksheet","solutions":"/free-resources/physics-worksheets/aqa-gcse-physics-worksheets/infrared-absorption-required-practical-worksheet/download/solutions"},"nextSteps":[]},{"id":"aqa-gcse/radiation-in-medicine-uses-risks-and-half-life-worksheet","title":"AQA GCSE Physics Radiation in Medicine Uses Risks and Half Life Worksheet","description":"AQA GCSE Separate Physics medical-radiation worksheet with answers. 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Foundation omits Higher-only 6(d) and 6(e); the remaining core is both-tier. 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Common Sections 1–5, then Foundation Section 6 OR Higher Section 7. 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Primarily Paper 2 stars and element formation with a Paper 1 fusion link. 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Common Sections 1–5, then Foundation Section 6 OR Higher Section 7. 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Mainly Paper 2 with a Paper 1 elastic-energy link. Written RP6/RP18 preparation; static tests do not certify impact protection.","hasHigherOnlySections":false,"separateOnly":false,"hasSeparateOnlySections":false,"pageCounts":{"worksheet":7,"solutions":7},"publishedDate":"2026-10-23","updatedDate":"2026-10-23","url":"/free-resources/physics-worksheets/aqa-gcse-physics-worksheets/spring-required-practical-graphs-and-limits-worksheet","preview":"/images/physics-worksheets/aqa-gcse/spring-required-practical-graphs-and-limits-worksheet-preview.webp","downloads":{"worksheet":"/free-resources/physics-worksheets/aqa-gcse-physics-worksheets/spring-required-practical-graphs-and-limits-worksheet/download/worksheet","solutions":"/free-resources/physics-worksheets/aqa-gcse-physics-worksheets/spring-required-practical-graphs-and-limits-worksheet/download/solutions"},"nextSteps":[]},{"id":"aqa-gcse/black-body-radiation-and-earth-temperature-worksheet","title":"AQA GCSE Physics Black Body Radiation and Earth Temperature Worksheet","description":"AQA GCSE Separate Physics black-body worksheet with answers. Interpret emission spectra, evaluate temperature evidence and follow the correct tier pathway.","course":"AQA GCSE Physics Worksheets","courseKey":"aqa-gcse","examBoard":"AQA","qualification":"GCSE","specifications":["8463"],"tiers":["Foundation","Higher"],"papers":["2"],"primaryPaper":"2","supportingPapers":[],"module":{"code":"4.6","slug":"waves","title":"Waves"},"topic":{"code":"4.6.3.1","slug":"black-body-radiation-and-earth-temperature","title":"Black Body Radiation and Earth Temperature"},"specificationRefs":["4.6.3.1","4.6.3.2"],"specificationRefsByQualification":{"8463":["4.6.3.1","4.6.3.2"]},"tierSpecificationRefsByQualification":{"8463":{"Foundation":["4.6.3.1","4.6.3.2"],"Higher":["4.6.3.1","4.6.3.2"]}},"higherOnlySections":["6 Higher only radiation balance","7 Higher only surface and atmosphere"],"separateOnlySections":["Whole worksheet: Separate Physics-only4.6.3"],"requiredPracticals":{},"relatedRequiredPracticals":{},"coverage":["All objects emit radiation, without visible glow","Perfect black body absorbs all incident radiation and is an ideal emitter","Match actual temperature, area and detector geometry for emission comparisons","Qualitative spectra: hotter peak shorter and higher; broad range not one wavelength","Fixed-wavelength intensity comparison and limits of an unscaled graph","Repeated corrected IR signals, means and ratios without inferring temperature ratios","Unknown surface properties invalidate transferred temperature calibrations","A shield changes detected radiation, not necessarily source emission","Foundation: matched-sample temperature ordering and limits of photograph/signal evidence","Foundation: repeats, variable selection and original six-mark-style one-plate temperature method","Higher: incident minus reflected sunlight gives absorbed rate at stated system boundary","Higher: warm/cool/steady from absorbed versus emitted rates; equilibrium has continuing transfers","Higher: surface atmospheric return is internal, not extra solar input","Higher: absorption followed by atmospheric infrared emission in both directions","Higher: initial imbalance, increasing emission and higher-temperature steady state with unchanged sunlight"],"keywords":["GCSE black body radiation Earth temperature worksheet","GCSE black body radiation Earth temperature questions and answers","AQA GCSE blackbody radiation worksheet with answers","GCSE perfect black body emission absorption questions","GCSE radiation intensity wavelength graph worksheet","AQA GCSE Earth temperature radiation balance Higher worksheet","Separate Physics Foundation Higher black body PDF","Paper 2"],"scopeNote":"Separate Physics 8463 only. Common Sections 1–3, then Foundation Sections 4–5 OR Higher Sections 6–7. Earth rate-balance and atmosphere tasks are in the Higher replacement.","hasHigherOnlySections":true,"separateOnly":true,"hasSeparateOnlySections":true,"pageCounts":{"worksheet":8,"solutions":8},"publishedDate":"2026-10-23","updatedDate":"2026-10-23","url":"/free-resources/physics-worksheets/aqa-gcse-physics-worksheets/black-body-radiation-and-earth-temperature-worksheet","preview":"/images/physics-worksheets/aqa-gcse/black-body-radiation-and-earth-temperature-worksheet-preview.webp","downloads":{"worksheet":"/free-resources/physics-worksheets/aqa-gcse-physics-worksheets/black-body-radiation-and-earth-temperature-worksheet/download/worksheet","solutions":"/free-resources/physics-worksheets/aqa-gcse-physics-worksheets/black-body-radiation-and-earth-temperature-worksheet/download/solutions"},"nextSteps":[]},{"id":"aqa-gcse/loudspeakers-microphones-and-electromagnetic-devices-worksheet","title":"AQA GCSE Physics Loudspeakers Microphones and Electromagnetic Devices Worksheet","description":"AQA GCSE Separate Physics Higher devices worksheet with answers. Apply motor and generator effects to loudspeakers, microphones and current traces.","course":"AQA GCSE Physics Worksheets","courseKey":"aqa-gcse","examBoard":"AQA","qualification":"GCSE","specifications":["8463"],"tiers":["Higher"],"papers":["2"],"primaryPaper":"2","supportingPapers":[],"module":{"code":"4.7","slug":"magnetism-and-electromagnetism","title":"Magnetism and electromagnetism"},"topic":{"code":"4.7.2.4","slug":"loudspeakers-microphones-and-electromagnetic-devices","title":"Loudspeakers Microphones and Electromagnetic Devices"},"specificationRefs":["4.7.2.4","4.7.3.3","4.7.2.2","4.7.3.1","4.6.1.2"],"specificationRefsByQualification":{"8463":["4.7.2.4","4.7.3.3","4.7.2.2","4.7.3.1","4.6.1.2"]},"tierSpecificationRefsByQualification":{"8463":{"Higher":["4.7.2.4","4.7.3.3","4.7.2.2","4.7.3.1","4.6.1.2"]}},"higherOnlySections":["Whole worksheet"],"separateOnlySections":["Whole worksheet"],"requiredPracticals":{},"relatedRequiredPracticals":{},"coverage":["Motor versus generator effect in moving-coil devices","Steady displaced cone does not produce sustained sound","Fleming left-hand rule: opposite local field/current directions give additive coil forces; reversal changes force","Current field interacting with permanent field; alternating force, vibrating coil/cone and sound-pressure variations","F=B I ℓ with current conversion, rearrangement, active perpendicular wire and justified replacement-coil choice","Sound-pressure variation drives diaphragm/coil; relative field motion induces alternating pd/current","Stationary coil in static field; open circuit pd without current; amplitude at fixed frequency and induced pd; magnet reversal","Reciprocity: mechanically driven spare speaker as dynamic microphone","Peak current, period, frequency and force at a selected graph instant","Loudness under stated fixed-frequency linear response; unchanged pitch at unchanged frequency","Mechanical speaker fault despite correct current; reversing single isolated speaker leads does not stop sound","Headphone earpiece uses motor effect in normal driven use"],"keywords":["GCSE loudspeaker microphone worksheet","GCSE loudspeaker microphone questions and answers","AQA GCSE loudspeaker microphone worksheet with answers","GCSE motor effect generator effect device questions","GCSE F B I l calculations loudspeaker coil","GCSE current time graph frequency worksheet","Separate Physics Higher loudspeakers microphones PDF","Paper 2"],"scopeNote":"Whole worksheet: Separate Physics 8463 Higher only, Paper 2. 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