Verdict on June 2022 Foundation Tier

The June 2022 papers for AQA GCSE Physics (Foundation Tier) were highly accessible and fair, staying closely aligned with standard specification concepts. Paper 1 focused heavily on Energy Changes and Electricity, providing students with formula sheet prompts for nearly every calculation. Paper 2 was dominated by Electromagnetic Waves and Waves in Air, alongside fundamental mechanics. Overall, the papers rewarded students who were confident with basic substitution and formula recall, making it a very balanced assessment series.

Where the Marks Are Won & Lost

A huge proportion of marks came from simple calculation questions. However, many students fell short on unit conversions, such as converting minutes to seconds in charge calculations (\( Q = It \)), or centimeters to meters when working out spring extension. Significant marks were also dropped on the two 6-mark experimental method questions (RPA 5 on density and RPA 9 on refraction). Students frequently missed out on top-band marks by failing to clearly list the equipment used (like a eureka can or protractor) or omitting the final calculation steps (such as state \( \text{density} = \frac{\text{mass}}{\text{volume}} \)).

Examiner Pitfalls & Strategy

Examiners highlighted several common areas where students sabotaged themselves:

  • Vague explanations: For the wind turbine unreliability question, stating 'weather' was not credited; students must specify 'wind speed is too low' or 'wind is unreliable'.
  • Graph drawing: In the refraction graph, many drew straight lines of best fit when a smooth curve was clearly required.
  • Transformers misconception: Many candidates incorrectly believed that step-up transformers increase current rather than potential difference.
To counteract these in future papers, practice writing precise scientific reasons and always check the units printed on the answer lines against those in the question text.

Prediction & High-Yield Focus

With Electromagnetic Waves and Waves in Air comprising almost 30% of the Paper 2 marks in this series, future exams are highly likely to re-balance towards Space Physics and Forces and Motion, which were slightly under-represented here. Additionally, expect a heavier focus on Paper 1 topics like Atoms and Nuclear Radiation (specifically half-life graphs) and Domestic Electricity and Safety, which did not feature as prominently in this set.