Skip to content

9990 · 2.1.3

Retail atmospherics — practice questions

Practice and worked examples for 9990 Retail atmospherics. Short previews only — attempt the full question in MarkScheme against the official scheme.

Worked example 1

A luxury cosmetics store uses warm low lighting, white and gold décor, subtle floral scent, and quiet classical music. Customers report feeling 'relaxed and special' and average spend is 40% higher than at a brightly lit, unscented competitor nearby. Using atmospherics theory, explain these effects and evaluate the approach.

Show solution outline

Apply — Kotler: The store deliberately engineers a buying environment targeting high-end consumers. Each sense contributes: visual (warm lighting, gold = premium cues), olfactory (floral scent → positive affect), auditory (classical music → quality association, North et al.).

Apply — Mehrabian-Russell: Combined cues produce high pleasure and moderate arousalapproach behaviour (enter, linger, spend). Customers' 'relaxed and special' reports reflect positive emotional states mediating purchase.

Evaluate — strengths: Multi-sensory consistency reinforces brand image (2.5.3). Field sales data (40% higher spend) demonstrates practical validity. Aligns with S-O-R model (Stimulus-Organism-Response) used in consumer research.

Evaluate — limitations: Demand characteristics — customers may report feeling special because the environment signals luxury. Confounding — higher spend may reflect product range/pricing, not atmosphere alone. Individual differences — scent sensitivity, cultural preferences. Ethics — engineered environments manipulate emotion below conscious awareness. Generalisation — luxury context may not apply to discount retail.

Worked example 2

A supermarket manager recorded average daily sales of $15,000 when playing fast-tempo music. After switching to slow-tempo music for a week, the average daily sales increased to $20,700. Calculate the percentage increase in sales and explain this result using a relevant study on atmospherics.

Show solution outline

Step 1: Calculate the absolute increase in sales. This is the difference between the new sales figure and the original sales figure.

  • $20,700 (slow music) - $15,000 (fast music) = 5,7005,700

Step 2: Calculate the percentage increase. This shows the relative change compared to the original baseline.

  • Formula: (Increase / Original Amount) × 100
  • Calculation: (5,700/5,700 / 15,000) × 100
  • = 0.38 × 100
  • Final Answer: 38% increase in sales.

Step 3: Explain the result using theory. This result directly supports the findings of Milliman (1982) on the auditory dimension of atmospherics.

  • Application: Milliman found that slow-tempo background music in a supermarket caused shoppers to move at a slower pace and take more time shopping.
  • Mechanism: This increased 'dwell time' exposes customers to more products and opportunities for unplanned or impulse purchases.
  • Conclusion: The 38% increase in sales observed in this scenario is identical to the increase Milliman reported, suggesting that the change in music tempo was a highly effective atmospheric manipulation that positively influenced consumer spending behaviour by altering their shopping pace.