Verdict: Challenging Specificity and Methodological Rigor
The October/November 2023 series of the Cambridge International AS & A Level Psychology (9990) examination presents a robust challenge for candidates, demanding an exceptionally high level of granularity in core study recall alongside precise, non-circular application of research methodology. Paper 11 tested highly specific, often overlooked procedural details and data patterns. Paper 21 further raised the bar, exposing persistent candidate difficulties in distinguishing fundamental research paradigms, such as natural experiments versus naturalistic observations, and the requirements of scale data in correlations.
Where the Marks Are Won or Lost
In Paper 11, candidates who mastered the chronological steps and precise metrics of core studies excelled. For example, high-scoring responses successfully identified the distinction between behavioural exposure and imagery exposure in Saavedra and Silverman (button phobia). Conversely, many lost marks by describing the incorrect phase of a study, such as detailing aggression arousal instead of the test for delayed imitation in Bandura et al. In Paper 21, marks were heavily concentrated in Section C's original research design (Question 10). The highest marks went to candidates who meticulously operationalised their Independent Variable (IV) into distinct levels (e.g., dividing intelligence scores at a clear boundary of \( \text{IQ} \ge 140 \) versus \( \text{IQ} < 140 \)) and defined precise controls.
Examiner Pitfalls & Critical Misconceptions
According to the official examiner reports, several recurring errors severely restricted candidate performance:
- Tautological Definitions: Candidates frequently defined key terms using the term itself (e.g., stating that 'random allocation' means 'allocating participants randomly'). Examiners require independent conceptual definitions.
- Interview and Questionnaire Confusion: A major misconception was assuming structured interviews can only consist of closed questions, and unstructured interviews only of open questions. In reality, either format can employ both question types.
- Confusing Confidentiality with Privacy: Candidates regularly muddied these two ethical guidelines. Confidentiality concerns the anonymity and secure storage of participant data, whereas privacy focuses on the right not to be observed in private situations.
- Failure to Establish a Baseline: In natural experiment designs, many candidates failed to include both levels of the IV (before and during road closure), essentially describing a naturalistic observation instead of an experiment.
Strategic Advice for Exam Preparation
To secure top-band marks in future cycles, students should adopt a two-pronged preparation strategy. First, construct chronological flowcharts for every core study, explicitly separating aims, samples, precise procedures, specific results, and broader conclusions. Second, practice writing 'in-context' evaluation points. When evaluating studies like Laney et al. or Milgram, never rely on generic statements. Ensure every evaluative claim is backed by at least two explicit examples from the study (e.g., referencing the specific 45-volt sample shock or the exact percentage of 'believers' in the false memory setup).
Topic Predictions and Overdue Areas
Given the emphasis on social and learning approaches in this series, future exams are highly likely to feature cognitive and biological comparisons. Pozzulo et al. (line-ups) remains completely untested in recent windows, making it prime for procedural questions or as a primary focus in the essay section. Additionally, in Paper 2, candidates should prepare for scenarios testing matched pairs designs and inter-observer reliability improvements, which were highlighted by examiners as poorly understood in this series.