📐 Analysing the internal position: financial ratio analysis
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AQA A-level Business (7132) · 3.7.2–3.7.3 Analysing the internal position
Mini-Lesson
Analysing the internal position: financial ratio analysis
This mini-lesson covers AQA 7132 sections 3.7.2 and 3.7.3: reading income statements and balance sheets, and calculating and — much more importantly — interpreting the ratios AQA requires: ROCE, the current ratio, gearing, receivables days, payables days and inventory turnover. We finish with core competences, the Balanced Scorecard and the Triple Bottom Line.
Work through each screen, answer the questions as you go (some are analysis, some are calculations) and collect ⭐ stars. Every number here is worked through step by step. Press Start when you're ready.
3.7.2 · the statements
The two statements you must be able to read
An income statement covers a period (a year): revenue, then the costs, arriving at gross profit, operating profit and profit for the year.
A balance sheet (statement of financial position) is a snapshot on one day: what the business owns and owes.
Capital employed = total equity + non-current liabilitiesequivalently: non-current assets + net current assets (current assets − current liabilities) It is the total long-term money invested in the business — from owners and from long-term lenders.
Northgate plc — income statement, year ended 31 March
Current liabilities £1,000,000 (of which trade payables £700,000)
Non-current liabilities (long-term loans) £2,400,000 · Total equity £3,600,000
Check it: capital employed = £3,600,000 + £2,400,000 = £6,000,000. The other route gives the same: £5,000,000 + (£2,000,000 − £1,000,000) = £6,000,000. ✓
3.7.2 · the four families
The ratios AQA requires
ROCE (%) = (operating profit ÷ capital employed) × 100Current ratio = current assets ÷ current liabilities Gearing (%) = (non-current liabilities ÷ capital employed) × 100 Receivables days = (receivables ÷ revenue) × 365 Payables days = (payables ÷ cost of sales) × 365 Inventory turnover = cost of sales ÷ inventories
Profitability — ROCE. The single most important ratio: how much operating profit every £100 of long-term capital generates. It answers "is this business worth the money tied up in it?"
Liquidity — the current ratio. Can the firm pay its short-term bills?
Gearing — how much of the long-term funding is debt. A measure of financial risk.
Efficiency — receivables days, payables days, inventory turnover. How well is working capital being managed?
Sort it
Which family of ratios?
Tap a ratio, then tap the family it belongs to.
📈 Profitability
💧 Liquidity & gearing
⚙️ Efficiency
Calculate
Your turn — ROCE
1Calculate Northgate's ROCE (%). Operating profit £960,000; capital employed £6,000,000.
%
Hint: (960,000 ÷ 6,000,000) × 100.
3.7.2 · reading ROCE
Interpreting ROCE
Northgate earns 16p of operating profit for every £1 of long-term capital invested in it. That figure is meaningless alone. Compare it with:
Last year — is it rising or falling, and why?
Competitors — 16% is excellent in grocery retail and mediocre in software.
The cost of borrowing. This is the decisive comparison. If the firm can borrow at 6% and earn 16%, borrowing to invest creates value. If ROCE fell to 5%, the business would be destroying value with every pound it borrowed — it would be better off closing and putting the money in the bank.
Two routes to a higher ROCE: raise operating profit (better margins, higher volume, lower overheads), or reduce capital employed (sell underused assets, cut inventories, lease rather than buy). The second route is why a firm can raise ROCE without selling a single extra unit — and why a rising ROCE always deserves the question "which route?"
Calculate
Your turn — current ratio
2Calculate Northgate's current ratio. Current assets £2,000,000; current liabilities £1,000,000. (Give it as a number, e.g. 1.5)
: 1
Hint: current ratio = current assets ÷ current liabilities = 2,000,000 ÷ 1,000,000.
Quick check
Is a higher current ratio better?
?Northgate's current ratio is 2.0 : 1. A rival's is 3.4 : 1. Which is the strongest interpretation?
Calculate
Your turn — gearing
3Calculate Northgate's gearing (%). Non-current liabilities £2,400,000; capital employed £6,000,000.
%
Hint: (2,400,000 ÷ 6,000,000) × 100.
3.7.2 · reading gearing
Interpreting gearing
Gearing of 40% means 40% of Northgate's long-term funding is debt. As a rough guide: above 50% is highly geared; below 25% is low geared.
High gearing is not simply "bad" — it is a leverage bet.
Advantages: debt is cheaper than equity, interest is tax-deductible, and it does not dilute ownership or control. If ROCE (16%) comfortably exceeds the interest rate (say 6%), every extra pound borrowed magnifies the return to shareholders.
Dangers: interest must be paid whatever happens — in a recession, in a bad year, in a pandemic. High gearing turns a downturn in profits into a solvency crisis. It makes the firm acutely vulnerable to rising interest rates, restricts its ability to borrow again, and often comes with covenants that constrain what management can do.
The judgement always depends on two things: how stable and predictable the firm's cash flows are (a water utility can carry gearing that would destroy a fashion retailer), and where interest rates are heading. 40% gearing with rock-solid contracted revenue is prudent; 40% in a cyclical business facing a rate rise is a live risk.
Quick check
Gearing, rates and risk
?Northgate is 40% geared and interest rates are expected to rise sharply. Its revenues are cyclical. The board proposes borrowing a further £2m to fund expansion. What is the strongest advice?
Calculate
Your turn — receivables days
4Calculate Northgate's receivables days, to the nearest whole day. Receivables £1,200,000; revenue £8,000,000.
Receivables days 55 · Payables days 49 · Inventory turnover 8 times a year (so stock sits for roughly 365 ÷ 8 ≈ 46 days).
Northgate waits 55 days to be paid but pays its own suppliers in 49 days. It is financing its customers for 6 days — and it is also carrying 46 days of stock. That is a real, permanent cash gap that has to be funded, most likely by an overdraft.
What each ratio is telling you:
Receivables days rising → credit control is slipping, or customers are in trouble. Cash is walking out of the door.
Payables days rising → the firm is stretching its suppliers. It may be smart cash management; it may be a symptom that it cannot pay. And suppliers eventually retaliate with higher prices or a lower priority.
Inventory turnover falling → stock is moving more slowly: obsolescence, over-ordering or falling demand. Rising → efficient, but push it too far and you get stock-outs.
Compare like with like. A supermarket turns its inventory over 25+ times a year; a jeweller perhaps 2. Neither figure is "good" or "bad" until you know the sector. And be sure to use cost of sales (not revenue) for payables days and inventory turnover — using revenue is the most common calculation error in this topic.
Quick check
A deteriorating ratio
?Over three years a firm's receivables days rise from 40 to 72 while revenue is flat. What is the most likely explanation and consequence?
Match it
Match each ratio to its formula
Tap an item on the left, then its partner on the right.
Ratio
Formula
3.7.2 · the value of ratios
The value — and the limits — of ratio analysis
Value: ratios convert raw, incomparable numbers into a common language. They let a firm be compared over time and against rivals of a completely different size, and they point management at where the problem lies — profitability, liquidity, gearing or efficiency.
Limits:
They are historic — published accounts describe a year that has already ended.
They are based on one day's balance sheet, which can be flattered (a firm can delay paying suppliers just before the year end to look liquid — "window dressing").
They ignore everything qualitative: the quality of the management, the strength of the brand, staff morale, the state of the R&D pipeline. None of these appear anywhere in the accounts, and all of them determine the future.
They ignore the external environment — a firm whose ratios all worsened during a recession may have outperformed its whole sector.
Different firms use different accounting policies, so cross-company comparison is never quite like-for-like.
3.7.3 · overall performance
Beyond the accounts: measuring overall performance
The spec requires you to analyse non-financial data too: operations data (capacity utilisation, defect rates, lead times), HR data (labour turnover, productivity, engagement), and marketing data (market share, brand loyalty, customer satisfaction). These are leading indicators — they tell you what the financial statements will say in two years' time.
Core competences (Hamel and Prahalad) are the capabilities that give a firm its advantage. A true core competence must be: valuable to customers, rare, difficult to imitate, and applicable across several markets. A brand, a patented process, an engineering culture. The strategic warning: outsourcing a core competence destroys the very thing the firm competes on — and you cannot buy it back.
Kaplan and Norton's Balanced Scorecard measures performance across four perspectives: financial · customer · internal business processes · learning and growth. Its whole purpose is to stop managers optimising the financial number at the expense of the other three — which is precisely how short-termism happens. Its cost: it is complex, data-hungry, and if the four sets of measures conflict it does not tell you which wins.
Elkington's Triple Bottom Line judges the firm on Profit, People and Planet. It forces social and environmental impact onto the same page as profit. Its weakness is measurement: profit is precise, "People" and "Planet" are not — which makes the framework vulnerable to greenwashing.
Short- vs long-term performance: a firm can look magnificent this year (profit up, ROCE up) by starving the very things that will produce next decade's profit. That is why the Balanced Scorecard exists — and why you should never assess a business on the income statement alone.
Quick check
Where did the ROCE come from?
?A plc's ROCE rises from 12% to 19% in one year. Profits are unchanged. What is the most likely explanation?
Evaluation
Thinking like an examiner
Never quote a ratio without a comparison. Over time, against rivals, against the sector norm, against the cost of borrowing. A number on its own earns AO1 and nothing more.
Always ask which component moved. A ratio can improve because the numerator rose or because the denominator fell — and those are two completely different stories.
Read the ratios as a system. Rising receivables days → falling current ratio → overdraft → interest → falling ROCE. The chain is the analysis.
The accounts cannot see the future. Brand, morale, R&D, management quality and customer satisfaction are absent from every ratio and decide everything. That is the case for the Balanced Scorecard.
Recap
The big ideas to know
Capital employed: total equity + non-current liabilities (= non-current assets + net current assets).
ROCE: (operating profit ÷ capital employed) × 100 — compare it with the cost of borrowing.
Current ratio: current assets ÷ current liabilities. ~1.5–2.0 is comfortable; too high means idle capital.
Gearing: (non-current liabilities ÷ capital employed) × 100. Above 50% = highly geared. Leverage magnifies gains AND losses.
Efficiency: receivables days = receivables ÷ revenue × 365 · payables days = payables ÷ cost of sales × 365 · inventory turnover = cost of sales ÷ inventories.
Limits: historic, one-day snapshot, ignores brand, people, R&D and the external environment.