PM: Performance measurement

Answer: C. This replicates the examiner's SD25 Example 1, which works backwards through three linked ratios. Step 1: interest payable = operating profit ÷ interest cover = £6m ÷ 12 = £0.5m. Step 2: long-term debt = interest payable ÷ interest rate = £0.5m ÷ 0.04 = £12.5m. Step 3: capital gearing (debt ÷ equity) = 0.45, so equity = debt ÷ 0.45 = £12.5m ÷ 0.45 = £27.8m. The examiner noted candidates struggle with multi-step ratio questions that must be unwound in this order. The distractors arise from common slips: stopping at the debt figure, applying the interest rate or cover the wrong way round, or treating the 45% as debt's share of total capital (debt + equity) and so deriving total capital rather than equity alone.

Answer: D. Non-financial performance indicators (NFPIs) measure aspects of performance not directly expressed in monetary terms. For a hospital, patient waiting time directly measures the quality and accessibility of care — central to a hospital's mission. Cost per bed (A) and staffing variances (B) are financial measures. ROCE (C) is a financial ratio. The examiner emphasises that for public sector and NFP organisations, NFPIs are often more meaningful measures of success than financial ones — a hospital's success is better measured by clinical outcomes and patient experience than by financial returns.

Answer: A. The balanced scorecard's four perspectives: Financial (revenue, profit, ROI, ROCE), Customer (satisfaction, retention, on-time delivery, complaint rates), Internal Business Process (process efficiency, quality rates, cycle times), Learning and Innovation (employee training, staff turnover, new product development). On-time delivery is a customer-facing measure — it directly impacts customer satisfaction and loyalty. It could also be argued as an internal process measure, but the examiner's approach is to classify delivery performance as a customer measure because it reflects the customer's experience of the company's service. Option B is reasonable but less precise than A.

Answer: B. The BSC's strategy map logic: Investment in people and systems (Learning and Innovation) enables better processes (Internal Business Process), which delivers better customer value (Customer), which generates superior financial results (Financial). This bottom-up causation is the key insight — financial results are the outcome of excellent processes and satisfied customers, which are in turn enabled by capable, motivated people. The examiner (SD25, Klen Co) specifically tested the ability to link perspectives in analysis rather than discussing each in isolation. Options A and C reverse the causal direction. Option D is the opposite of the BSC philosophy.

Answer: C. The Building Block model (Fitzgerald and Moon, 1992) was developed specifically for service organisations. The three building blocks are: Dimensions — the six areas of performance to measure (financial performance, competitiveness, quality of service, flexibility, resource utilisation, and innovation); Standards — the targets set for each dimension (ownership, achievability, equity); Rewards — the incentives aligned to achieving the standards (clarity, motivation, controllability). Option A describes the balanced scorecard. Option B describes the 3Es (value for money framework for public sector). Option D is a generic systems model.

Answer: D. Current ROI: X = £90,000÷£500,000 = 18%; Y = £44,000÷£200,000 = 22%. Project ROI = £18,000÷£100,000 = 18%. Division X's manager, assessed on ROI, compares project ROI (18%) to current divisional ROI (18%) — the project would not change X's ROI, so the manager may be indifferent. But if the project slightly dilutes or maintains ROI, the manager assessed purely on ROI has no incentive to accept. From the company's perspective: 18% > 15% hurdle rate — the project creates value and should be accepted. This is the classic ROI vs RI conflict: RI (£18,000 − 15%×£100,000 = £18,000−£15,000 = £3,000 positive) gives the correct signal. Option D best captures this dynamic.

Answer: A. Residual Income = Net profit − (Capital employed × Cost of capital) = £128,000 − (£800,000 × 14%) = £128,000 − £112,000 = £16,000. Positive RI means the division earns more than the cost of financing its capital — it creates economic value. A divisional manager assessed on RI has the correct incentive to accept any project with positive RI (i.e. earning above the cost of capital), aligning divisional decisions with overall company value creation. Option B ignores the capital charge entirely. Option C (−£16,000) reverses the sign: profit exceeds the capital charge, so RI is positive. Option D gives the capital charge, not RI.

Answer: B. The minimum transfer price formula: Minimum TP = Variable cost + Opportunity cost. With spare capacity, opportunity cost = zero (Division A is not sacrificing external sales). Therefore minimum TP = £20 + £0 = £20 per unit. Below £20, Division A makes a loss on each transfer. At any price above £20, Division A contributes positively. Division B would prefer any price below £35 (the external market price). Any transfer price in the range £20–£35 creates an incentive for both divisions to trade internally, benefiting the group. Option A (market price) is the maximum, not minimum. Option C has no theoretical basis. Option D would deprive Division A of contribution.

Answer: C. When Division A operates at full capacity, every unit transferred internally requires sacrificing an external sale. Opportunity cost = Contribution forgone = £50 − £28 = £22 per unit. Minimum TP = Variable cost + Opportunity cost = £28 + £22 = £50 — the external market price. This makes sense: Division A is indifferent between selling externally at £50 or internally at £50. Below £50, Division A loses contribution — it would prefer to sell externally. This contrasts with the spare capacity case where minimum TP = variable cost. Option A ignores the opportunity cost. Option B has no basis. Option D incorrectly treats contribution as the transfer price rather than the opportunity cost component.

Answer: D. Short-termism is the prioritisation of short-term financial results at the expense of long-term value creation. Cutting training (reduces future capability), deferring maintenance (increases future costs and risks), and reducing R&D (reduces future competitive position) are all classic short-termist behaviours. They boost this year's profit but damage the organisation's future. The root cause is poorly designed incentive systems that reward only short-term financial metrics. This is not goal congruence (A) — the manager's interests diverge from the organisation's long-term interests. Options B and C are unrelated.

Answer: A. The three Es: Economy (obtaining inputs at minimum cost), Efficiency (maximising outputs per unit of input), Effectiveness (achieving objectives). A cost of £95 vs benchmark £70 suggests the council is not acquiring or deploying its resources economically — it is spending more than necessary to produce the same output (processed application). Efficiency (B) relates to the relationship between inputs used and outputs produced — this could also be a concern, but without data on staffing levels and throughput, economy is the clearest issue. Effectiveness (C) is not the issue — applications are processed accurately. Option D incorrectly collapses the distinction.

Answer: B. Qualitative performance targets create specific problems: they are inherently subjective (different assessors may interpret 'compassionate' differently), they are difficult to measure with precision, they can be manipulated through selective evidence, and they may be perceived as unfair if assessors are inconsistent. The solution is often to identify proxy measurable indicators (e.g. complaint rates, patient satisfaction scores) that correlate with the qualitative objective — though these are imperfect. Option A is an unsupported assertion. Option C narrows qualitative assessment to financial proxies incorrectly. Option D is factually wrong — qualitative targets are common in public sector frameworks.

Answer: C. Multiple objectives create genuine performance management complexity because they may conflict: serving more beneficiaries may stretch resources and reduce service quality; prioritising quality may limit numbers served; environmental investment may reduce funds available for services. Management must navigate these trade-offs, and the performance measurement system must capture progress on all dimensions. No single objective (A) is inherently paramount — financial sustainability is necessary but not the charitable mission. Multiple objectives are highly relevant to NFP performance management (B). Option D is naively optimistic — conflicts between objectives are a well-recognised management challenge.

Answer: D. Group perspective (ignores internal transfer price): Revenue £80 − Total variable cost (£25 + £15) = £80 − £40 = £40 contribution per unit. Division B perspective: Revenue £80 − Transfer price £45 − Own VC £15 = £80 − £60 = £20 contribution per unit. Since Division B earns £20 contribution per unit from the internal transfer, it would accept. If Division B could buy externally at £55: Revenue £80 − External price £55 − Own VC £15 = £10 contribution — less favourable. So at TP=£45, Division B prefers internal transfer (£20 > £10). Division A: contribution = £45 − £25 = £20 per unit (also acceptable). Both divisions benefit from the internal trade. Option D is correct.

Answer: A. A falling gross profit margin with rising revenue means cost of sales has grown proportionally faster than revenue. Primary investigations: (1) Input cost inflation — have materials, labour, or supplier prices increased? (2) Product mix shift — has the company sold more low-margin products relative to high-margin ones? (3) Pricing pressure — have selling prices been cut to drive volume growth? (4) Production inefficiency — has waste or yield deteriorated? Option B assumes automatic diseconomies of scale without evidence. Option C draws a conclusion (management ineffectiveness) before investigation. Option D dismisses a significant and sustained deterioration without basis.

Answer: B. External context is essential for meaningful performance assessment — the examiner (SD25, Klen Co) specifically illustrated this: a company declining 9.1% in revenue looks poor in isolation, but outperforms a market declining 11.9% and has gained market share. Similarly, a 4% decline that beats an 8-12% industry fall represents genuine outperformance and market share gain — a sign of effective management. Judging performance solely against internal budgets (D) ignores the reality of market conditions that management cannot fully control. Option A applies an absolutist standard that ignores context. Option C is factually wrong — the retailer performed better than competitors.

Answer: C. ROI: Alpha=£320k÷£2m=16%; Beta=£90k÷£500k=18%. RI: Alpha=£320k−(£2m×14%)=£320k−£280k=£40k; Beta=£90k−(£500k×14%)=£90k−£70k=£20k. By ROI, Beta is more efficient per £ of capital. By RI, Alpha creates more absolute economic value. The choice of metric matters: a large division can have lower ROI but higher RI; a small but efficient division can have high ROI but limited RI. Neither alone is sufficient — management should consider both alongside non-financial measures. Option A uses absolute profit (misleading without considering capital employed). Option B applies ROI too narrowly. Option D is demonstrably wrong — they give different rankings here.

Answer: D. Effectiveness measures whether an organisation achieves its objectives. A university's core mission includes preparing graduates for productive careers — graduate employment rate directly measures this outcome. Cost per student (A) is an economy/efficiency measure (inputs and processes), not effectiveness. Financial surplus (B) is a financial measure that ensures sustainability but does not measure educational effectiveness. Staff ratios (C) measure resource allocation (efficiency), not whether the organisation achieves its educational mission. The examiner consistently tests the distinction between efficiency (doing things right) and effectiveness (doing the right things) in NFP contexts.

Answer: A. Sustainable performance requires organisations to consider the long-term consequences of current decisions. Deferred maintenance creates future equipment failures and capital expenditure spikes. Underinvestment in staff development reduces future capability and productivity. Environmental non-compliance creates regulatory and reputational risk. Together, these create a 'sustainability gap' — current financial results look good but long-term viability is being undermined. The examiner emphasises that performance management must consider sustainability alongside financial metrics. Options B, C, and D all fail to recognise the long-term consequences of the current approach.

Answer: B. Setting a below-market transfer price means Division H (supplier in high-tax country) receives less revenue → lower profit → less tax at 30%. Division L (buyer in low-tax country) pays less for inputs → higher profit → more tax at 15%. Net effect: profit shifts from the 30% country to the 15% country, reducing the group's total tax liability. This is why tax authorities (OECD, HMRC, etc.) require transfer prices to follow the 'arm's length principle' — the price that unrelated parties would agree. Artificial transfer pricing for tax avoidance is illegal in most jurisdictions. Options A and C misunderstand the mechanism. Option D is incorrect — tax authorities scrutinise transfer pricing arrangements.

Answer: A. For a logistics company, on-time delivery is the core service promise — measuring it directly reveals how well the company serves customers. Customer complaint rate reveals service failures and satisfaction trends. Together, these NFPIs complement financial metrics by showing whether the company is performing operationally and retaining customer loyalty — the drivers of long-term financial success. CEO pay ratio (B) is a governance/social metric, not an operational performance indicator. Vehicle numbers (C) measure assets, not performance. Patent age (D) is relevant to innovation-intensive industries but not logistic operations.

Answer: D. With spare capacity, Division S's minimum is variable cost (£30) — any price above this generates contribution for S. Division R's maximum is the external price (£55) — any price below saves R money. The negotiating range is £30 to £55. Within this range, both divisions benefit compared to their alternatives: S earns above zero contribution, R saves compared to external purchase. The actual price negotiated within this range depends on bargaining power. Option A ignores S's interest. Option B ignores the benefit to R of trading below market price. Option C incorrectly states no range exists.

Answer: D. A key implementation challenge is measure proliferation — organisations often try to include every possible metric, resulting in a scorecard with dozens of measures across four perspectives. This defeats the purpose: managers cannot focus on what matters most. The solution is disciplined selection of a small number of truly strategic KPIs per perspective. The BSC can be used in any industry including manufacturing (A). There is no requirement for equal numbers of measures across perspectives (B) — balance refers to the multi-dimensional view of performance, not numerical equality. The BSC does not automatically align incentives (C) — it requires deliberate linkage of rewards to scorecard measures.

Answer: C. This is the classic ROI vs company interest conflict. Division M's manager, assessed on ROI, compares the new investment's ROI (18%) to the current divisional ROI (22%). Accepting the investment would dilute the divisional ROI — rational managers assessed on ROI will reject value-creating investments that reduce their metric. From the company's perspective: 18% ROI > 15% required return = positive NPV investment that creates value and should be accepted. ROI creates goal incongruence here: the manager's incentive (protect high ROI) conflicts with the company's interest (accept value-creating investments). RI solves this: RI = £18% × investment − 15% × investment = positive → accept.

Answer: B. ROCE = Operating profit ÷ Capital employed = £630,000 ÷ £3,500,000 = 18%. Gearing (debt:equity) = Non-current liabilities ÷ Equity = £1,200,000 ÷ £2,300,000 = 52.2% ≈ 52%, which is option B. (Check: capital employed = equity £2.3m + non-current liabilities £1.2m = £3.5m.) Option A uses the wrong figures for both ratios. Option C keeps the correct 18% ROCE but computes gearing on the wrong base. Option D overstates ROCE by dividing operating profit by equity rather than by capital employed.

Answer: A. Non-quantifiable objectives present fundamental measurement challenges: 'wellbeing' cannot be directly observed or objectively measured. Proxy indicators might include patient-reported outcome measures (PROMs), relapse rates, employment status, or quality of life scores — but each proxy captures only one dimension and may be influenced by factors outside the charity's control. The solution is to use multiple proxy indicators that together provide a reasonable picture. Replacing with financial targets (B) abandons the mission. Performance measurement is essential for NFPs (C) — accountability to funders and beneficiaries requires it. A single count measure (D) tells nothing about quality or outcomes.

Answer: D. The examiner (SD25, Klen Co) specifically illustrated the difference between weak and strong BSC analysis: weak answers merely restate numbers (Option A); strong answers identify links, consider context, and draw insights. Option D recognises that on-time delivery is above target yet customer satisfaction is below — this apparent contradiction requires explanation. In a recession, customers may value price/value more than delivery speed. This is genuine analysis that links perspectives and considers external context. Option B simply lists measures without insight. Option C assumes a causal link (delivery drives satisfaction) that the data contradicts — delivery is already above target but satisfaction is not.

Answer: D. The examiner (SD25, Klen Co) demonstrated this exact reasoning: a division declining 8% in a market declining 14% has gained market share. Assessing performance against external benchmarks (market conditions, competitor performance) is essential for fair evaluation. A manager cannot control industry-wide recession or demand collapse — but they can influence their share within that market. Gaining share during a downturn is genuine evidence of competitive strength. Option A applies an absolutist standard ignoring external context. Option B dismisses a highly relevant competitive metric. Option C limits assessment to internal budgets, which may themselves have been set before market conditions changed.

Answer: C. When an external market exists for the transferred product, the market price is generally the most appropriate transfer price because: (1) it reflects the arm's length price at which each division could trade independently, (2) it provides the best basis for assessing divisional performance (each division can evaluate whether trading internally is preferable to the market), and (3) it aligns with OECD arm's length principles for international tax purposes. Variable cost (A) eliminates profit for the supplying division. Full cost (B) may not reflect market reality. Negotiated price (D) is appropriate when no external market exists, but when a market price is available it should be used as the reference point.

Answer: C. Financial perspective measures include: ROCE, profit margins, revenue growth, EVA, cost reduction percentages, and other monetary performance indicators. Customer retention rate (A) belongs to the customer perspective. Employee satisfaction (B) belongs to the learning and innovation perspective. ISO certification (D) relates to process quality standards — internal business process perspective. Candidates occasionally confuse customer financial measures (e.g. customer lifetime value) with the financial perspective — the test is whether the measure is expressed in monetary/financial terms or ratio form reflecting financial outcomes.

Answer: B. Economy: Baringoe cost per tonne = £4m÷50,000=£80; neighbour = £3.2m÷50,000=£64. Baringoe is less economical (higher input cost). Efficiency: measures outputs per unit of input — would require knowing staff numbers, vehicle usage etc. — insufficient data here. Effectiveness: Baringoe achieves higher recycling (45% vs 40%) and better resident satisfaction — superior outcomes. The VFM framework requires judgement across all three Es — higher cost (worse economy) may be justified if it produces meaningfully better outcomes (better effectiveness). Option A concludes 'poor performance' without weighing the superior effectiveness. Option C is too restrictive — we can assess economy and effectiveness. Option D incorrectly reduces VFM to cost alone.