Accounts Analysis

Profitability ratios and liquidity ratios measure very different aspects of a business — and both are essential. A firm can be profitable but illiquid (going bust despite profit) or liquid but unprofitable (cash-rich but slowly declining). Monitoring both is what separates effective financial management from partial blindness.

Profitability ratios — measuring how well revenue and capital become profit

The three core profitability ratios in 4BS1:

• Gross Profit Margin (GPM) % = Gross profit / Revenue × 100. Measures trading-level profitability — pricing power and direct-cost efficiency.
• Net Profit Margin (NPM) % = Net profit / Revenue × 100. Measures bottom-line profitability — overhead control, interest cost, tax.
• Return on Capital Employed (ROCE) % = Operating profit / Capital employed × 100. Measures return on the long-term capital invested.

Profitability ratios tell you: Is the business making money? Are products priced and costed well? Is capital being used efficiently?

A firm with strong profitability ratios is creating long-term value for its owners.

Liquidity ratios — measuring ability to pay short-term debts

The two core liquidity ratios in 4BS1:

• Current Ratio = Current assets / Current liabilities. Should be 1.5-2.0.
• Acid Test (Quick) Ratio = (Current assets − Stock) / Current liabilities. Should be 1.0+.

Liquidity ratios tell you: Can the business pay its bills as they fall due? Will it survive a cash flow crisis?

A firm with strong liquidity ratios is unlikely to fail through insolvency in the short term.

Why both matter — the four combinations

Profitability	Liquidity	Diagnosis
Strong	Strong	Healthy, well-managed business
Strong	Weak	Profitable on paper but cash-strapped — over-trading, slow payers, or aggressive expansion. Risk of insolvency despite profit.
Weak	Strong	Cash-rich but losing value — perhaps a mature firm in decline, or one not reinvesting profits. Survival fine; growth poor.
Weak	Weak	Crisis — both losing money AND running out of cash. Closure likely without intervention.

The most dangerous combination is profitable + illiquid — many founders are reassured by profit numbers and miss the cash crisis until the bank balance hits zero. The accounting equation may show £100k of profit while the firm is actually about to fail.

Worked example

Two firms each have NPM of 10%:

• Firm A: NPM 10%, current ratio 1.8, acid test 1.2. Healthy across the board.
• Firm B: NPM 10%, current ratio 0.9, acid test 0.5. Profitable but acutely liquidity-stressed.

Without knowing the liquidity ratios, both look equally healthy. With them, Firm B is in real danger.

Why a business should monitor both

1. Comprehensive picture. Each measures something the other misses.
2. Early warning. Liquidity often deteriorates before profitability does — a falling current ratio is a leading indicator.
3. Stakeholder communication. Banks focus on liquidity (can they repay?); investors focus on profitability (will they earn?). Both audiences must be reassured.
4. Decision-making. Different ratios drive different decisions. Profitability informs pricing, cost structure, product mix. Liquidity informs working-capital management.

Conclusion. Profitability ratios show whether the business is creating long-term value; liquidity ratios show whether it can survive short-term obligations. A successful business needs BOTH — long-term value with short-term solvency. Monitoring only one is the financial equivalent of looking only one way before crossing the road.

Return on Capital Employed (ROCE) is often called the 'best single measure of business performance' — but, like every single metric, it has both unique strengths and real limitations. Understanding both is essential to using it well.

What ROCE measures

ROCE = Operating profit / Capital employed × 100.

It measures how much profit a business generates for every £ of long-term capital it uses. A ROCE of 20% means the firm earns £0.20 of operating profit per £ of capital tied up in the business.

Why ROCE is considered the most important single ratio

1. It combines profitability and capital efficiency. Other ratios show one or the other; ROCE shows both. A firm with high margin but lazy capital use can have lower ROCE than one with modest margin but efficient capital use.

2. It captures the fundamental question of business. A business exists to earn returns on the capital invested in it. ROCE is the direct answer to: 'is this business worth investing in?'

3. It is comparable across industries. Unlike absolute profit (which depends on size) or specific operational metrics, ROCE % is comparable between a small bakery and a global manufacturer.

4. It is comparable to alternatives. ROCE can be compared to:

   • Bank savings rates (~3-5% currently)
   • Stock market average returns (~7-10%)
   • Industry averages
   • The firm's own historical ROCE A business earning ROCE below alternative returns is destroying value for owners.

5. It highlights both sides of the equation. Improving ROCE requires either raising profit OR reducing capital employed — both are valuable strategic levers.

Why ROCE is NOT the complete answer

1. Single-period snapshot. ROCE for one year may be artificially high (asset sales, accounting changes) or low (heavy investment year). Need 3-5 year trends.

2. Doesn't reflect risk. A firm earning 25% ROCE through risky leveraged operations is fundamentally different from one earning 20% with low risk. ROCE alone misses this.

3. Affected by accounting choices. Depreciation methods, asset revaluation, capitalisation decisions all change reported capital employed. Two firms with identical operations can have different ROCE.

4. Can be manipulated. Selling productive assets (raises ROCE, reduces business capability); financial engineering; share buybacks all distort ROCE.

5. Industry-specific. What's high for one industry is low for another. Software firms often achieve 30%+ ROCE; utilities 8-12%; mining 5-15%. Absolute comparisons across sectors are misleading.

6. Ignores liquidity. A firm with high ROCE can still fail through cash flow problems.

7. Backward-looking. Tells you about past performance, not future. A firm with great ROCE today may face disruption tomorrow that hasn't yet shown up.

8. Ignores stakeholders other than capital providers. Employees, customers, community, environment — ROCE values none of these directly.

Strategic use of ROCE

Strong management uses ROCE as a CENTRAL but not SOLE measure:

• Set target ROCE (e.g. 15%+ year-on-year).
• Compare to industry average to gauge competitive position.
• Track trends over 3-5 years to identify direction.
• Decompose ROCE into operating margin × capital turnover (DuPont decomposition) to understand the drivers.
• Combine with liquidity, growth, customer and employee metrics for a balanced scorecard.

Worked example

Two firms each have ROCE of 18%:

• Firm A: Operating margin 6%, capital turnover 3x. Efficient capital use; modest margins.
• Firm B: Operating margin 18%, capital turnover 1x. Strong margins; modest capital use.

Both have ROCE 18% but completely different business models. Firm A is volume-led (retail, manufacturing); Firm B is value-led (software, branded products). Strategic implications differ.

Justified judgement

ROCE IS the most important single measure of business performance — for the reasons listed. But 'most important' is not 'only'. The strongest management teams use ROCE as the centrepiece of a fuller scorecard that includes liquidity, growth, risk and non-financial measures.

Conclusion. ROCE deserves its reputation as the most important single financial measure — it combines profitability with capital efficiency in a comparable, normalised way that few other ratios match. But a single number cannot capture business performance fully. The right approach is to USE ROCE as the central measure while maintaining awareness of its limitations — short period, single dimension, accounting-affected, backward-looking. The discipline of a balanced scorecard around ROCE is what separates competent financial management from sophisticated financial management.

The retailer is significantly underperforming the industry on every key ratio. The gap is not marginal — it spans profitability AND liquidity, suggesting structural issues rather than a single problem. Evaluation must diagnose the underlying causes and propose targeted action.

Step 1: Quantify the gap

Ratio	Retailer	Industry	Gap
GPM	35%	42%	−7 points
NPM	4%	7%	−3 points
ROCE	8%	14%	−6 points
Current ratio	1.3	1.7	−0.4
Acid test	0.8	1.1	−0.3

Underperformance across every measure. Industry leaders are typically 50-100% better than industry average — so this retailer is performing closer to the bottom of the industry.

Step 2: Diagnose the underlying issues

GPM gap (-7 points) — biggest single issue. Possible causes:

• Buying input goods at higher prices (poor supplier deals, low volumes).
• Selling at lower prices (discounting heavily; competitive pressure).
• Wrong product mix (selling lower-margin items vs industry average).

NPM gap (-3 points) — bigger than just GPM compression would suggest, meaning operating expenses are ALSO higher than industry average.

ROCE gap (-6 points) — driven by lower NPM AND possibly higher capital employed per pound of profit (less efficient capital use).

Liquidity gaps — both current ratio and acid test below industry — working capital management issues.

Step 3: Strategic recommendations

Priority 1: Fix GPM (the biggest opportunity)

• Audit supplier costs. Compare to competitors' likely costs; renegotiate or change suppliers.
• Review pricing. Test selective price increases on price-insensitive products (premium ranges, location-driven items).
• Improve product mix. Push higher-margin items; reduce shelf space for low-margin commodities.
• Reduce shrinkage (theft, damage, waste) — a 1-2% improvement in shrinkage often translates directly to GPM.

Expected impact: GPM 35% → 38-40% within 12 months.

Priority 2: Cut operating costs (close NPM gap)

• Review headcount. Compare staff per square foot to industry benchmarks.
• Renegotiate lease if up for renewal.
• Energy efficiency. LED lighting, smart heating, energy audits.
• Marketing efficiency. Reduce ineffective advertising; shift to digital channels with measurable ROI.

Expected impact: NPM 4% → 6-7% within 18 months.

Priority 3: Improve capital efficiency (raise ROCE)

• Reduce stock levels. Move to just-in-time; clear slow-moving lines.
• Sell underused assets (unused premises, equipment).
• Lease rather than buy new equipment to keep capital employed lower.

Expected impact: Capital employed reduced; ROCE 8% → 12-14% within 18-24 months.

Priority 4: Fix liquidity

• Reduce stock (improves both current ratio and acid test).
• Tighten customer payment terms (for any credit customers).
• Pay down overdraft with retained profit.
• Pre-arrange standby finance for unexpected events.

Expected impact: Current ratio 1.3 → 1.6+; Acid test 0.8 → 1.0+ within 12 months.

Step 4: Quantified target outcomes

Combining all four priorities over 18-24 months:

• GPM: 35% → 40%+ (industry level).
• NPM: 4% → 7% (industry level).
• ROCE: 8% → 14% (industry level).
• Current ratio: 1.3 → 1.7 (industry level).
• Acid test: 0.8 → 1.1 (industry level).

If executed well, the retailer can MATCH industry average within 2 years. Exceeding industry takes another 2-3 years of continued improvement.

Step 5: Risks

• Customer reaction to higher prices. Test gradually; segment customers.
• Staff morale during cost cuts. Communicate carefully; cut sympathetically.
• Stock cuts risk stockouts. Need careful demand planning.
• Supplier relationships during renegotiation. Maintain key relationships even while pushing for better terms.

Step 6: Implementation considerations

• Sequence matters. Quick wins first (energy efficiency, stock cuts) — build credibility and cash for bigger initiatives.
• Measurement. Monthly ratio tracking; not annual.
• Accountability. Specific managers own specific ratio improvements.
• External support. Consider hiring a retail-experienced advisor; the gap suggests internal management may not see the issues.

Justified judgement

The retailer is underperforming significantly but the gap is closable within 18-24 months with disciplined execution. The biggest single opportunity is GPM improvement (worth 7 percentage points, or roughly £35k of profit per £500k of revenue). Liquidity improvements are urgent (acid test below 1.0 is a real warning) but can be tackled in parallel with margin work.

The deeper question is whether management has the capability and discipline to execute this turnaround. The fact that the firm has fallen behind on every single ratio suggests management may not be tracking these metrics — which itself is a problem. The first action should be to set up a monthly financial review with all five ratios tracked and discussed.

Conclusion. The retailer is significantly behind industry on every measure, with the biggest gap in GPM (7 points). A structured turnaround focused on supplier costs, product mix, operating efficiency, capital management and liquidity can close the gap within 18-24 months. The technical solutions are not complex; the challenge is management execution discipline. Without a change in how performance is monitored and managed, the firm will continue to underperform — turning a fixable position into a strategic decline.

Comparing two investment options through ratio analysis is one of the most practical applications of financial analysis. Each firm has different strengths; the right answer requires understanding what each ratio reveals AND what it doesn't. The simple comparison ('A has higher margins, B has higher growth') misses the deeper picture.

Step 1: Compare the metrics

Metric	Firm A	Firm B	Winner
GPM	50%	35%	A (+15 pts)
NPM	12%	9%	A (+3 pts)
ROCE	18%	22%	B (+4 pts)
Current ratio	1.4	2.5	B (+1.1)
Acid test	0.9	1.8	B (+0.9)
Revenue growth	8%	18%	B (+10 pts)

Firm A wins on profit margins; Firm B wins on capital efficiency (ROCE), liquidity, and growth. The investor must weigh these.

Step 2: What each ratio reveals about the business model

Firm A — high GPM (50%) and high NPM (12%):

• High pricing power (premium product, strong brand, or weak competition).
• But ROCE (18%) is LOWER than B despite higher margins — meaning capital turnover is low. Firm A has lots of capital tied up per pound of profit.
• Likely: software / branded products / professional services. High margin, capital-intensive.

Firm B — moderate GPM (35%) but high ROCE (22%) and growth (18%):

• Lower margins compensated by FAST CAPITAL TURNOVER. Each pound of capital generates more revenue.
• Strong growth (18%) suggests market traction.
• Strong liquidity (acid test 1.8) shows ability to fund growth without distress.
• Likely: retail / direct-to-consumer / volume-based business. Lower margin, capital-light, fast growth.

These are different business models, each valid. The investor's choice depends on what they are looking for.

Step 3: Analyse the DuPont decomposition

ROCE can be split: ROCE = NPM × Capital Turnover.

For Firm A: 18% ROCE / 12% NPM ≈ capital turnover of 1.5x. For Firm B: 22% ROCE / 9% NPM ≈ capital turnover of 2.4x.

Firm B is far more capital-efficient. This is significant: for every £1 of capital, Firm B generates £2.40 of revenue vs Firm A's £1.50.

Step 4: Growth considerations

Firm B's 18% revenue growth is more than 2x Firm A's 8%. Compounded over 5 years:

• Firm A: £1 of revenue → £1.47 (47% larger).
• Firm B: £1 of revenue → £2.29 (129% larger).

If both firms maintain their growth rates, Firm B will be 50%+ larger than Firm A in 5 years even from the same starting size.

Step 5: Liquidity considerations

• Firm A: Current ratio 1.4 (adequate), Acid test 0.9 (slightly weak — below the 1.0 safety threshold). Suggests stock-dependent business.
• Firm B: Current ratio 2.5 (strong), Acid test 1.8 (very strong). Suggests cash-rich, low-stock business.

Firm B has significantly more financial resilience. It can survive a downturn or fund an opportunity without external finance.

Step 6: What's NOT shown

Crucial dimensions the ratios don't reveal:

• Risk profile. Both 'similar risk' per the question — but real risk is industry-specific, competitive, regulatory. Need qualitative due diligence.
• Management quality. Same ratios with weak management = lower future ratios.
• Sustainability of growth. Firm B's 18% growth may be from heavy marketing spend that can't be sustained.
• Customer concentration. A few large customers = high risk; many small customers = lower risk.
• Competitive position. Are the high margins of Firm A defensible? Are the high growth rates of Firm B defendable?
• Industry life cycle. Mature industry vs growing industry shapes future returns differently.

Step 7: Investor profile matters

Different investor types favour different choices:

• Growth investor: Firm B (higher growth, capital efficiency, strong liquidity).
• Income investor: Firm A (higher margins, more stable cash flow likely, dividend-friendly).
• Value investor: Compare price/book and P/E ratios (not given) — would value the cheaper one relative to assets/profit.
• Risk-averse investor: Firm B (much stronger liquidity, growth provides cushion).

Step 8: Justified judgement

For most investors with a balanced 5-10 year horizon, Firm B is the better investment:

1. ROCE is higher (22% vs 18%) — the most fundamental measure of capital efficiency.
2. Liquidity is significantly stronger — much lower risk of insolvency.
3. Growth is much higher (18% vs 8%) — compounds dramatically over time.
4. Capital efficiency allows growth to be funded internally without dilution or excess debt.

Firm A has stronger margins but the margins are partly compensated for by lower capital efficiency. The lower growth rate means even great margins compound slowly. Tight liquidity (acid test 0.9) is a real concern.

Caveats to the recommendation:

• If the investor specifically wants dividends and stable cash flow, Firm A may be preferable (high-margin businesses often pay better dividends).
• If Firm B's growth is unsustainable (e.g. heavy marketing spend, one-off market opportunity), the comparison shifts back toward A.
• If Firm A is in a structurally protected industry (regulation, patents, brand lock-in), its margins may be more sustainable than they look.

The deeper investment insight

Margin alone is a misleading guide to investment quality. Margin × Capital Turnover = ROCE is the better single test. Firm A's lower capital turnover means each £ of capital works less hard; Firm B's higher turnover means capital is more productive. In the long run, capital productivity matters more than margin alone.

This is a critical lesson for any investor: don't be seduced by high margins. The fundamental question is 'how much profit do you earn per £ invested?' — and that combines margins AND capital efficiency.

Conclusion. Firm B is the better investment for most investor types — higher ROCE, much stronger liquidity, much faster growth. Firm A has more glamorous margins but slower compounding, tighter liquidity, and less efficient capital use. The deeper lesson: in investing, capital efficiency (ROCE) trumps margin (NPM) over the long term. The investor who internalises this avoids the common trap of chasing high-margin businesses with low capital productivity.

The strategic insight is that financial ratios, properly interpreted, reveal business MODELS, not just business performance. Once you see the business model (A: high-margin / capital-intensive; B: moderate-margin / capital-light, fast-growth), the comparison becomes a choice between two valid models — and most informed investors choose the model that compounds faster. This is why companies like Amazon, Apple and Microsoft have built far more value than higher-margin but slower-compounding peers over the long term.