Physics (Cambridge)
Dashboard- M/J · 5054/1240 questions · 1h · 40 marksYou may use a calculator. Take the weight of 1.0 kg to be 9.8 N (acceleration of free fall = 9.8 m/s²).
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- M/J · 5054/229 questions · 1h 45m · 80 marksTheory: answer all nine questions. Show working and units. For drawings or plotted graphs, upload a clear photo of your sketch on the supplied figure.
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- M/J · 5054/1140 questions · 1h · 40 marksTake the gravitational field strength as 9.8 N/kg (acceleration of free fall 9.8 m/s²), unless a question states otherwise.
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- M/J · 5054/1240 questions · 1h · 40 marksYou may use a calculator. Take the weight of 1.0 kg to be 9.8 N (acceleration of free fall = 9.8 m/s²).
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- M/J · 5054/218 questions · 1h 45m · 80 marks
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- M/J · 5054/229 questions · 1h 45m · 80 marksTheory: answer all nine questions. Show working and appropriate units; diagrams and alternative valid methods are marked against the original scheme.
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- M/J · 5054/314 questions · 1h 30m · 40 marks · browse only, none can be checked automatically yetPractical test: laboratory apparatus, supervision and your own measurements are required. Do not invent observations. Upload clear working and graphs with the readings used.Browse
- M/J · 5054/414 questions · 1h · 40 marksAlternative to Practical: use the supplied data. Print measurement diagrams at the width stated in the question; screen previews resize them. Upload graphs and the readings used.
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- M/J · 5054/424 questions · 1h · 40 marksAlternative to Practical: answer from the supplied diagrams and data. Upload drawings or graphs where requested; measurements taken from figures should be shown with their workings.
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- O/N · 5054/1140 questions · 1h · 40 marksYou may use a calculator. Take the weight of 1.0 kg to be 9.8 N (acceleration of free fall = 9.8 m/s²).
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- O/N · 5054/1240 questions · 1h · 40 marksYou may use a calculator. Take the weight of 1.0 kg to be 9.8 N (acceleration of free fall = 9.8 m/s²).
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- O/N · 5054/219 questions · 1h 45m · 80 marksTheory: answer each printed part. For drawings, upload a clear photo of your sketch on the supplied figure; show working and units for calculations.
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- O/N · 5054/2210 questions · 1h 45m · 80 marksTheory: answer each printed part. For drawings, upload a clear photo of your sketch on the supplied figure; show working and units for calculations.
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- O/N · 5054/414 questions · 1h · 40 marksAlternative to Practical: show readings, units and working. For a plotted graph or diagram, upload a clear image of your work on the supplied figure.
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- O/N · 5054/424 questions · 1h · 40 marksAlternative to Practical: show readings, units and working. For a plotted graph or circuit diagram, upload a clear image of your work on the supplied figure.
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- M/J · 5054/1140 questions · 1h · 40 marksYou may use a calculator. Take the weight of 1.0 kg to be 9.8 N (acceleration of free fall = 9.8 m/s²).
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- M/J · 5054/1240 questions · 1h · 40 marksYou may use a calculator. Take the weight of 1.0 kg to be 9.8 N (acceleration of free fall = 9.8 m/s²).
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- M/J · 5054/2111 questions · 1h 45m · 80 marksTheory: answer each printed part. For drawings, upload a clear photo of your sketch on the supplied figure; show working and units for calculations.
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- M/J · 5054/2210 questions · 1h 45m · 76 of 80 marks can be checked automaticallyAvailable practice: 76 of 80 marks. Parts 10(c) await marking support. Scores cover available parts only. Theory: answer each printed part. For drawings, upload a clear photo of your sketch on the supplied figure; show working and units for calculations.
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- M/J · 5054/414 questions · 1h · 40 marksAlternative to Practical: show readings, units and working. For a plotted graph or diagram, upload a clear image of your work on the supplied figure.
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- M/J · 5054/424 questions · 1h · 40 marksAlternative to Practical: show readings, units and working. For a graph or circuit diagram, upload a clear image of your work on the supplied figure. Full-size measurement figures preserve print dimensions when printed at 100%.
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- Specimen · 5054/0140 questions · 1h · 40 marksTake the gravitational field strength as 9.8 N/kg (acceleration of free fall 9.8 m/s²), unless a question states otherwise.
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- Specimen · 5054/0210 questions · 1h 45m · 80 marksYou may use a calculator. You should show all your working and use appropriate units. Take the weight of 1.0 kg to be 9.8 N (acceleration of free fall = 9.8 m/s²).
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- Specimen · 5054/034 questions · 1h 30m · 40 marks · browse only, none can be checked automatically yetPractical test: laboratory apparatus, supervision and your own measurements are required. Do not invent observations. Upload clear working and graphs with the readings used.Browse
- Specimen · 5054/044 questions · 1h · 40 marksAlternative to Practical: use the supplied data. Print measurement diagrams at the width stated in the question; screen previews resize them. Upload graphs and the readings used.
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- O/N · 5054/1140 questions · 1h · 40 marksOctober/November 2018 Physics 5054/11: 40 multiple-choice questions, one mark each. No mark is deducted for a wrong answer. Electronic calculators may be used.
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- O/N · 5054/1240 questions · 1h · 40 marksOctober/November 2018 Physics 5054/12: 40 multiple-choice questions, one mark each. No mark is deducted for a wrong answer. Electronic calculators may be used.
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- M/J · 5054/1140 questions · 1h · 40 marksMay/June 2018 Physics 5054/11: 40 multiple-choice questions, one mark each. No mark is deducted for a wrong answer. Electronic calculators may be used.
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- M/J · 5054/1240 questions · 1h · 40 marksMay/June 2018 Physics 5054/12: 40 multiple-choice questions, one mark each. No mark is deducted for a wrong answer. Electronic calculators may be used.
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- M/J · 5054/1140 questions · 1h · 40 marksMay/June 2017 Physics 5054/11: 40 multiple-choice questions, one mark each. No mark is deducted for a wrong answer. Electronic calculators may be used.
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- M/J · 5054/1240 questions · 1h · 40 marksMay/June 2017 Physics 5054/12: 40 multiple-choice questions, one mark each. No mark is deducted for a wrong answer. Electronic calculators may be used.
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- M/J · 5054/1140 questions · 1h · 40 marksMay/June 2016 Physics 5054/11: 40 multiple-choice questions, one mark each. No mark is deducted for a wrong answer. Electronic calculators may be used.
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- M/J · 5054/1240 questions · 1h · 40 marksMay/June 2016 Physics 5054/12: 40 multiple-choice questions, one mark each. No mark is deducted for a wrong answer. Electronic calculators may be used. Question 35 covers historical syllabus content and is available in this paper only, not current-topic practice.
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- M/J · 5054/2111 questions · 1h 45m · 73 of 75 marks can be checked automaticallyAvailable practice: 73 of 75 marks. Parts 7(a) await marking support. Scores cover available parts only. Theory Paper 2: Section A is compulsory and Section B offers a choice of two questions. Four published mark-scheme discrepancies across the two variants are held from automatic marking.
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- M/J · 5054/2210 questions · 1h 45m · 71 of 75 marks can be checked automaticallyAvailable practice: 71 of 75 marks. Parts 5(a)(ii), 5(b)(i), 11(a) await marking support. Scores cover available parts only. Theory Paper 2: Section A is compulsory and Section B offers a choice of two questions. Four published mark-scheme discrepancies across the two variants are held from automatic marking.
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- M/J · 5054/414 questions · 1h · 30 marksAlternative to Practical: use the original printed figures and show graph/measurement working. The printed 2(b)(i) table entry carries no separate mark; it is retained as context for the graph.
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- M/J · 5054/424 questions · 1h · 30 marksAlternative to Practical: use the printed diagrams and show construction/graph working. The printed 1(d)(i) table entry has no separate mark; the four graph marks belong to 1(d)(ii) despite a mark-scheme numbering error.
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