AQA IAS-Level · Analysis & Prediction

2023 AQA IAS-Level Physics (9630) Past Paper Analysis

The January 2023 Oxford AQA International AS/A-Level Physics (9630) examination offered a well-balanced but challenging suite of papers. PH01 pushed candidates with sophisticated kinematics, momentum conservation, and moments. PH02 featured a robust emphasis on waves, progressive and stationary wave properties, and electrical potential dividers. PH03 tested fields and their consequences extensively with complex helical magnetic trajectories, cometary orbits, and electrostatic precipitators. Practical skills and uncertainty propagation were critical discriminators across all papers.

Updated: 12 Jun 2026

Analysis Sample paper

Difficulty 3.5/5

Total marks

240

Duration

360 mins

Most tested

Work, energy and power

Paper breakdown

PH01: Mechanics, materials and atoms: 80 marks · 120 minsPH02: Electricity, waves and particles: 80 marks · 120 minsPH03: Fields and their consequences: 80 marks · 120 mins

Top chapters

Work, energy and power · 14 marksElectric field strength · 13 marksSimple harmonic motion · 13 marksMotion along a straight line · 12 marksLimitation of physical measurements · 12 marks

Difficulty Verdict

The January 2023 examination series is rated as 3.5 stars (Moderate-to-hard). While the papers contained standard recall and straightforward multi-step calculation questions, several demanding conceptual elements and experimental/analytical questions acted as strong discriminators between grade bands.

Where the Marks Are

Major mark-earning opportunities were concentrated in structured mechanics, wave optics, and fields:

Structured Kinematics and Forces (PH01 Q8): This 15-mark question on aircraft level flight, vertical climb, and resultant velocity vectors was highly lucrative.
Diffraction and Photoelectric Effect (PH02 Q7 & Q9): Tested basic wave physics and electron transitions with a substantial mark allocation.
Electric Fields (PH03 Q3): The electrostatic precipitator question (12 marks) combined electric field strength concepts with kinematic motion.
Practical and Uncertainty Questions: Graphing and uncertainty calculations (PH01 Q10, PH02 Q11, and PH03 Q4) carried high weights.

Examiner Pitfalls

Candidates lost valuable marks due to several persistent issues highlighted in the reports:

Unit Conversion Errors: Many failed to convert non-SI units, such as microsecond (\(\mu\text{s}\)) in sound speed, microseconds to seconds in wave pulses, or kilometers per second (\(\text{km s}^{-1}\)) in helical trajectories.
Gradient Calculation Triangles: Examiners strictly penalised candidates who did not draw large construction triangles (covering at least half of the line of best fit) to determine gradients.
Failing to state the 1-to-1 relationship: In the photoelectric effect, candidates often missed stating that one photon releases exactly one electron.

Strategy for Success

To master this exam series, students must develop a rigorous approach to multi-step algebraic derivation. Showing standard equations (such as proving \( \frac{1}{I} = \frac{R}{\varepsilon} + \frac{r}{\varepsilon} \)) is highly valued. Regular practice with uncertainty calculations, absolute vs. percentage error propagation, and linearizing experimental relationships is essential for securing top marks in Section B.

Predictions

Based on the relative absence of ideal gases and nuclear radius derivations in this series, upcoming papers are highly likely to feature Ideal Gases & Kinetic Theory and Nuclear Sizing (Radius of the Nucleus). Mastery of gravitational potential contour mapping is also strongly recommended.

Charts

Marks by chapter

See where the marks were concentrated so revision time goes to the highest-value topics.

Question type mix

Compare the mark share of each paper section and question type.

Structured165 marks · 26 questions
Multiple Choice43 marks · 43 questions
Practical & Graphing32 marks · 4 questions

Mark accessibility

Estimate which marks were basic, mid-level, or high-difficulty.

79%within easy or medium reach

115

easy: 75 marksmedium: 115 markshard: 50 marks

Command word frequency

Spot common command words so answers match the expected response style.

Skill weighting

Shows the skill mix this paper tested most heavily.

Study ROI

Bigger bubbles recur more often; higher bubbles carry more marks, helping you rank revision priorities.

Work, energy and power

14 marks · Difficulty 2.2 · recurrence 5%

Photoelectric effect

12 marks · Difficulty 2.5 · recurrence 5%

Motion along a straight line

12 marks · Difficulty 2 · recurrence 4%

Capacitors

10 marks · Difficulty 2.8 · recurrence 4%

Circular motion

10 marks · Difficulty 3 · recurrence 5%

Time vs marks

Compare marks with suggested time allocation to plan exam pacing.

marksmins

Next-year prediction

Topics worth watching next year, with the reason shown directly below each bar.

Ideal gases85%

Kinetic theory of gases and ideal thermodynamics were highly underrepresented in the January 2023 series, making it extremely likely to appear in the next cycles.

Radius of the nucleus75%

Only basic atomic concepts and Rutherford observations were examined here; numerical radius estimations or nuclear size determinations were absent.

Gravitational potential mapping70%

Calculations on gravitational orbits and comets featured, but extensive mapping and work done within potential field lines remain overdue.

Cumulative marks ladder

The line is your running mark total question by question; dashed lines are the estimated grade cut-offs. See which question the line crosses your target grade at, so you know how far you must answer cleanly and which questions decide a band.

Examiner insights

Official report

Common pitfalls

Omitting key SI base unit conversions, such as leaving distances in cm or speed in km/s when computing force or momentum.
Calculating graph gradients using individual points instead of construction lines that cover at least half of the line of best fit.
Failing to include the factor of 2 when analyzing the angular separation between the second-order diffraction maxima on both sides of the central beam.

Misconceptions

Believing that a systematic zero error on an experimental meter alters the slope of a linear calibration curve (it only affects the vertical axis intercept).
Assuming that inserting a dielectric inside a capacitor connected to a battery changes the voltage (it remains clamped by the battery, though the stored charge increases).
Confusing Newton's third law reaction pairs with concurrent equilibrium forces acting on a single body.

Where marks are lost

Omission of the plate count coefficient (13 plates) in Hooke's Law calculations, leading to an incorrect total force.
Missing the physical mechanism of energy dissipation (e.g., thermal losses in the air or mechanical friction) in non-conservative work done questions.
Failing to state that the reaction force becomes exactly 0 N at the top of a circular path under limiting velocity.

Estimated grade cut-off

Updated: 12 Jun 2026

Source: Oxford AQA International grade boundaries (UMS)

Level	Mark	Percentage
A	—	80%
B	—	70%
C	—	60%
D	—	50%
E	—	40%

Official grade boundaries published by Oxford AQA International grade boundaries (UMS).

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