GSBS6005 · Principles Of Marketing Strategy
Pricing Decisions
Pricing is the third of the 4 Ps, and in GSBS6005 it is treated as a behavioural, value-based decision rather than cost-plus arithmetic. The core rule is that the right price equals the perceived value to the target customer — set it too high and they will not buy, too low and you signal poor quality. This chapter covers the five-step pricing process, the cost-floor/value-ceiling band, price elasticity of demand, new-product strategies (skimming, penetration, status-quo), fine-tuning tactics, and the two named behavioural concepts the exam loves: reframing discount depth and double mental discounting.
What this chapter covers
- 011. Price as a value signal — to the seller it is revenue, to the buyer it is cost; price must match perceived value (the Payless/Palessi stunt)
- 022. The 5-step pricing process — set objective → estimate demand & costs → choose strategy → fine-tune with tactics → the right price
- 033. Pricing objectives — sales/share, profit, competitive effect, customer satisfaction, image enhancement (the Kmart 'honest pricing' case)
- 044. The floor–ceiling band — cost floor (unit cost + markup) sets the minimum, value ceiling sets the maximum, strategy sets the point between
- 055. Price elasticity of demand — %ΔQ ÷ %ΔP; elastic (>1) reacts strongly, inelastic (<1) barely moves
- 066. New-product pricing — skimming (high first), penetration (low first), status-quo (match competition), tied to the PLC
- 077. Fine-tuning tactics — leader pricing, odd-even cues, bundling, discounts (quantity/cash/seasonal), geographic pricing
- 088. Behavioural pricing — reframing discount depth (and its boundary conditions) and double mental discounting / stacked discounts
Reframing discount depth — show the arithmetic and the boundary conditions
- +2Find the dollar saving — it is identical in both frames: $50 − $40 = $10.
- +3Standard frame (against the original price): $10 ÷ $50 = 20% off. This is the figure most shoppers compute by default.
- +3Reframed frame (against the sale price): $10 ÷ $40 = 25%, i.e. 'the old price was 25% higher.' The dollar saving is unchanged, but the smaller base makes the percentage bigger.
- +2Explain the psychology: the reframed 25% feels like a deeper discount because of the absolute-number heuristic — the experiential mind favours the larger numerator — so purchase intention rises even though the economics are identical.
- +2State the boundary conditions: the effect is mitigated for (a) highly numerate consumers, who see through the frame, and (b) small discount depths (around 10%), where the two percentages are almost the same.
Key terms
- Price
- The value a buyer gives up to acquire an offering. To the seller it is revenue/profit; to the buyer it is cost/sacrifice. The right price equals the perceived value to the target customer.
- Price elasticity of demand
- The responsiveness of quantity demanded to a price change (%ΔQ ÷ %ΔP). Demand is elastic (>1) when quantity reacts strongly to price, and inelastic (<1) when it barely moves.
- Elastic vs inelastic demand
- Elastic demand falls sharply when price rises (discretionary goods, many substitutes); inelastic demand changes little (necessities, urgency, addiction, few substitutes), so price can be raised with little volume loss.
- Cost floor / value ceiling
- The price band: the cost floor (unit cost + markup) is the lowest price avoiding a loss; the value ceiling (perceived customer value) is the highest the target will pay. Price sits between, set by strategy.
- Price skimming
- A new-product strategy of launching at the highest price keen early adopters will pay (to recover development cost) and cutting it later — suited to inelastic introduction-stage demand.
- Penetration pricing
- Launching a new product at a low price to win the mass market and share quickly — suited to elastic demand and scale economies; the opposite of skimming.
- Reframing discount depth
- Computing the same dollar saving against the (lower) sale price rather than the original price to make the percentage look bigger, raising perceived depth via the absolute-number heuristic — but only for less numerate buyers and larger discounts.
- Double mental discounting
- Consumers psychologically over-count layered or reframed savings: stacked discounts ('25% off, then 20% off') feel deeper than a single equivalent '40% off,' which is why firms split, stack and reframe rather than give one clean number.
Pricing Decisions FAQ
Is pricing in GSBS6005 about doing calculations?
Mostly no. It is a behavioural, value-based topic. The only arithmetic is simple percentage reasoning — for example, discount-depth reframing ($10/$50 = 20% vs $10/$40 = 25%) and conceptual elasticity. There are no formulae to derive; the marks come from applying the concept to a brand case.
What is the difference between skimming and penetration pricing?
Skimming launches a new product at a HIGH price to 'skim' willing-to-pay early adopters and recover development costs, then cuts it; penetration launches at a LOW price to win the mass market and share fast. Reversing the two is one of the most common lost marks.
How do I decide if demand is elastic or inelastic in a case?
Read the context. Necessities, urgent or high-stakes purchases, addictive goods and products with few substitutes are inelastic — you can raise price with little volume loss. Discretionary goods with many substitutes are elastic — a price rise sheds customers. State explicitly which applies and why.
What must I remember about reframing the discount?
Two things: the arithmetic (the same saving looks bigger against the lower sale price, via the absolute-number heuristic) AND the boundary conditions — the effect is mitigated for highly numerate consumers and for small discount depths (~10%). Omitting the boundary conditions is the classic lost mark.
Why is cutting price often the wrong move?
Because price signals value. A cut can sacrifice margin without winning volume when demand is inelastic, and it can lower perceived quality (the Palessi effect). It is also strategically inconsistent with profit or image objectives. Value-based pricing — pricing to perceived value — is usually the stronger recommendation.
Is this study guide official or affiliated with the University of Newcastle?
No. AskSia is an independent study resource and is not affiliated with, endorsed by, or produced by the University of Newcastle. Always confirm assessment details and content against your official Canvas course outline.
Exam move
Treat pricing as a value decision, not a cost calculation. For every case, name the pricing objective first (sales/share, profit, competitive, satisfaction or image), then read the context to judge elasticity — necessities and urgency are inelastic, discretionary goods with substitutes are elastic — and let that drive your recommendation. Memorise the direction of the two reversible pairs (skimming = HIGH first, penetration = LOW first; inelastic = can raise price), because reversing them is the easiest mark to lose. For the behavioural items, practise the discount-reframing arithmetic ($10/$50 = 20% vs $10/$40 = 25%) and always pair it with the two boundary conditions (numerate buyers, small discounts). Finish answers in the 'name it, apply it through the case evidence, justify it' structure, and link any price cut back to perceived value and quality signalling rather than cost-plus logic.
