OCRA-Level87 resources

OCR A-Level Physics B (Advancing Physics) Past Papers & Mark Schemes

Free OCR A-Level Physics B Advancing Physics (H557) past papers and mark schemes. Fundamentals, Scientific Literacy with advance notice articles, and Practical Skills. 76 resources.

📅June 2017 – June 2024📄87 resources available✅Free to download

Papers Overview Paper Structure Key Info Key Topics Command Words Grade Boundaries Revision Tips Try AI Tutor ✦

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June 2023

4 files

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Physics B (Advancing Physics) – Question paper – Fundamentals of physics

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Physics B (Advancing Physics) – Question paper – Scientific literacy in physics

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Physics B (Advancing Physics) – Question paper – Scientific literacy in physics advance notice article

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Physics B (Advancing Physics) – Question paper – Practical skills in physics

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June 2022

5 files

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Physics B (Advancing Physics) – Question paper – Fundamentals of physics

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Physics B (Advancing Physics) – Question paper – Scientific literacy in physics

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Physics B (Advancing Physics) – Question Paper – Fundamentals of physics erratum

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Physics B (Advancing Physics) – Question paper – Scientific literacy in physics advance notice article

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Physics B (Advancing Physics) – Question paper – Practical skills in physics

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November 2021

4 files

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Physics B (Advancing Physics) – Question paper – Fundamentals of physics

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Physics B (Advancing Physics) – Question paper – Scientific literacy in physics

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Physics B (Advancing Physics) – Question paper – Scientific literacy in physics insert

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Physics B (Advancing Physics) – Question paper – Practical skills in physics

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November 2020

4 files

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Physics B (Advancing Physics) – Question paper – Fundamentals of physics

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Physics B (Advancing Physics) – Question paper – Scientific literacy in physics

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Physics B (Advancing Physics) – Question paper – Scientific literacy in physics advance notice article

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Physics B (Advancing Physics) – Question paper – Practical skills in physics

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June 2019

1 file

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Physics B (Advancing Physics) – Question paper – Practical skills in physics

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June 2018

2 files

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Physics B (Advancing Physics) – Question paper – Practical skills in physics

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Physics B (Advancing Physics) – Question paper – Scientific literacy in physics insert

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June 2017

4 files

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Physics B (Advancing Physics) – Question paper – Fundamentals of physics erratum

Question Paper

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Physics B (Advancing Physics) – Question paper – Practical skills in physics

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Physics B (Advancing Physics) – Question paper – Scientific literacy in physics insert

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Physics B (Advancing Physics) – Question paper – Fundamentals of physics

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No date

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Physics B (Advancing Physics) – Scientific literacy in physics

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Scientific Literacy and Research Interpretation: OCR's Applied Physics Assessment

OCR Physics B — Advancing Physics (H557) — takes the same core physics principles as Physics A but wraps them in a context-led, research-oriented assessment framework. Its distinctive advance notice article and practical skills paper make it the most application-focused A-Level physics specification available. Paper 1: Fundamentals of Physics (H557/01, 2 hours 15 minutes, 110 marks, 41%) directly assesses physics knowledge through structured and extended-response questions. Content spans the full specification: imaging and signalling (including the physics of medical imaging and communications), mechanics (forces, motion, energy, momentum), electrical circuits, waves and quantum physics, fields (gravitational, electric, magnetic), thermal physics, nuclear and particle physics. Despite the specification's context-led teaching approach, this paper tests underlying physics principles directly. Paper 2: Scientific Literacy in Physics (H557/02, 2 hours 15 minutes, 100 marks, 37%) uses an advance notice article — a piece of genuine scientific writing released approximately three weeks before the exam. Past articles have covered gravitational wave detection, renewable energy technologies, materials science innovations, and space exploration. Exam questions require students to interpret the physics in the article, evaluate experimental methodology, apply standard physics principles to novel situations described in the research, and critically assess the claims made. Paper 3: Practical Skills in Physics (H557/03, 1 hour 30 minutes, 60 marks, 22%) assesses practical competence through questions based on an experimental insert. Students analyse data, evaluate experimental procedures, calculate uncertainties, and draw conclusions — skills directly transferable from their practical endorsement work.

Exam Paper Structure

Paper 1Calculator ✓

Fundamentals of Physics

⏱ 2 hours 15 minutes🎯 110 marks📊 41% of grade

Imaging and signallingMechanics (forces, motion, energy, momentum)Electrical circuits and resistanceWaves and quantum physicsGravitational, electric, and magnetic fieldsThermal physics and ideal gasesNuclear and particle physics

Paper 2Calculator ✓

Scientific Literacy in Physics

⏱ 2 hours 15 minutes🎯 100 marks📊 37% of grade

Advance notice article analysisInterpreting research physicsEvaluating experimental methodologyApplying physics to novel contexts

Paper 3Calculator ✓

Practical Skills in Physics

⏱ 1 hour 30 minutes🎯 60 marks📊 22% of grade

Data analysis from experimental insertsUncertainty calculations and propagationEvaluation of experimental proceduresGraph interpretation and line-of-best-fit analysis

Key Information

Exam Board	OCR
Specification Code	H557
Qualification	A-Level
Grading Scale	A*–E
Assessment Type	3 written papers + Practical Endorsement
Number Of Papers	3
Exam Duration	Papers 1 & 2: 2h 15m each. Paper 3: 1h 30m
Total Marks	270 (110 + 100 + 60)
Calculator Status	Calculator allowed in all papers
Available Sessions	June 2017 – June 2024
Total Resources	76

Key Topics in Physics B (Advancing Physics)

Topics you need to know

Imaging physics (resolution, pixels, signal processing, medical imaging)Mechanics (projectiles, momentum conservation, work-energy)Electrical circuits (EMF, internal resistance, Kirchhoff's laws)Wave phenomena (superposition, diffraction, interference, standing waves)Quantum physics (photon model, photoelectric effect, energy levels)Fields (gravitational orbits, electric field strength, magnetic flux)Thermal physics (ideal gas, Boltzmann constant, specific heat)Nuclear physics (radioactive decay, binding energy, fission and fusion)

Exam Command Words

Command word	What the examiner expects
Estimate	Use appropriate approximations and assumptions to arrive at an order-of-magnitude answer
Explain	Give physical reasons for a phenomenon, connecting principles to observations with precise terminology
Calculate	Use physics equations and given data to find a numerical answer, with working and units shown
Evaluate	Assess the quality of evidence, the validity of a method, or the reliability of a conclusion
Discuss	Present arguments for and against a physics claim, using evidence and principles to reach a conclusion
Suggest	Propose a plausible physical explanation for an observation in an unfamiliar scenario
Determine	Find a result through measurement, calculation, or analysis of data

Typical Grade Boundaries

Grade	Approximate mark needed
A*	68–80%
A	57–67%
B	47–56%
C	38–46%
D	29–37%
E	20–28%

⚠️ Typical boundaries across three papers (270 total marks). Actual boundaries vary by series — check OCR's website.

From Advance Notice Preparation to Uncertainty Calculations: The Practical Physicist's Exam Guide

The advance notice article defines the character of your Paper 2 experience. In the three-week preparation window, focus on three tasks: first, identify every physics principle referenced in the article and revise those topics thoroughly; second, understand the experimental methods described — what was measured, how, and what assumptions were made; third, consider limitations and extensions — what sources of error exist, what improvements could be made, what other experiments could test the same hypothesis. Paper 3's emphasis on uncertainty and error analysis sets Physics B apart from most A-Level physics papers. You must be confident calculating percentage uncertainties, combining uncertainties in products and quotients (add percentage uncertainties) and sums and differences (add absolute uncertainties), and reading uncertainty from graphs using the range of gradients method. These are not difficult calculations, but they require systematic practice — under exam conditions, students frequently confuse absolute and percentage uncertainties. The Fundamentals paper (Paper 1) tests the same physics as Physics A but with slightly different emphasis. Advancing Physics places greater weight on imaging (resolution, pixel arrays, signal-to-noise ratio) and communication systems (bandwidth, sampling rate, bit rate) than Physics A does. These topics are often overlooked in revision because they feel less 'physics-like' than mechanics or fields, but they carry significant marks. For extended-response questions, the levels-based marking rewards explanations that explicitly connect physics principles to observations. Rather than stating 'energy is conserved,' write 'the kinetic energy of the falling mass is transferred to thermal energy in the brake pad through the work done by friction, so the total energy of the system remains constant.' Specificity and connection earn the marks.

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OCR A-Level Physics B (Advancing Physics) Past Papers & Mark Schemes

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June 2023

June 2022

November 2021

November 2020

June 2019

June 2018

June 2017

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Scientific Literacy and Research Interpretation: OCR's Applied Physics Assessment

Exam Paper Structure

Key Information

Key Topics in Physics B (Advancing Physics)

Exam Command Words

Typical Grade Boundaries

From Advance Notice Preparation to Uncertainty Calculations: The Practical Physicist's Exam Guide

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