Overall Paper Verdict
The June 2024 series offered a fair but challenging pair of papers for Foundation tier candidates. With a stable distribution of standard-demand questions, the assessment heavily rewarded mathematical execution and structured written communication. While foundational concepts such as circuit symbols, simple energy stores, and basic waves were highly accessible, questions involving standard form calculations and Required Practical methods separated the top-performing students.
Where the Marks Were Won and Lost
A significant portion of marks was allocated to straightforward recall and direct substitution calculations. However, many candidates dropped marks on intermediate mathematical processing. Converting grams to kilograms in the latent heat calculation and converting centimeters to meters in the moments question proved to be major stumbling blocks. Furthermore, in the extended 6-mark experimental method questions (RPA3 on wire resistance and RPA9 on refraction), students frequently omitted critical control variables or failed to specify the precise measuring instruments required, limiting their scores to the lower mark bands.
Examiner Pitfalls & Misconceptions
A common pitfall was the incorrect reading of non-linear graph scales, particularly on the thermistor resistance curve. Additionally, students demonstrated key misconceptions in nuclear physics, often confusing the process of nuclear fission with radioactive decay, or incorrectly identifying the roles of neutrons and gamma rays in chain reactions. In wave physics, the distinction between diffuse and specular reflection remains poorly understood among foundation-level students.
Preparation & Exam Strategy
Future candidates should focus intensely on math-readiness skills. Since AQA continues to provide an equation sheet, the margin of victory lies in correct substitution before rearranging and masterfully handling decimal numbers and standard prefix conversions (e.g., milli, kilo, mega). Practicing structured 'six-step' write-ups for all core RPAs, highlighting the apparatus, independent/dependent variables, and specific measurements to be recorded, is highly recommended.
Future Predictions
Given the heavy focus on electromagnetic waves, current/resistance, and motion in this series, upcoming papers are highly likely to re-emphasize under-represented areas. Students should anticipate more in-depth questions on atoms and nuclear structure (atomic model history), comparative analysis of series and parallel circuits, static electricity field calculations, and stellar life cycles within space physics.