Financial & Management Accounting

Chapter 7
Financial Statement Analysis, Valuation and Reporting Quality

Graduate Program in Business Administration (GBA)
Financial & Management Accounting   •   Graduate

Financial Statement Analysis, Valuation and Reporting Quality

Introduction

Financial statements convert a firm’s economic activities into structured information for investors, lenders, managers, regulators and other stakeholders. Yet published numbers do not interpret themselves. A meaningful assessment requires comparison across time, comparison with appropriate benchmarks, understanding of accounting policies, and integration of profitability, liquidity, efficiency, solvency, cash generation and market information.

Financial statement analysis is therefore an analytical process rather than a mechanical calculation exercise. A high profit margin may coexist with weak cash collection; strong earnings growth may result from acquisitions or accounting estimates; and a low price-to-earnings ratio may reflect genuine undervaluation or serious distress. The analyst’s task is to identify the economic story behind the numbers and assess whether reported performance is sustainable.

This chapter develops horizontal, vertical, trend, common-size and ratio analysis; applies DuPont analysis, forecasting and valuation logic; and evaluates reporting quality, earnings management, accounting distortions and financial distress indicators.

Learning Objectives

By the end of this chapter, you should be able to:

  1. Explain the purpose, users and limitations of financial statement analysis.
  2. Perform horizontal, vertical, trend and common-size analysis.
  3. Calculate and interpret profitability, liquidity, efficiency, solvency, cash-flow and market ratios.
  4. Decompose return on equity using DuPont analysis.
  5. Prepare simple forecasts and connect forecasts to valuation.
  6. Identify accounting distortions, earnings management and indicators of financial distress.
  7. Evaluate reporting quality and make evidence-based managerial or investment judgments.

1. The Analytical Framework

A useful analysis follows five stages:

  1. Define the decision. Lending, investment, acquisition, performance evaluation and credit monitoring require different emphases.
  2. Understand the business. Industry structure, competitive advantage, customer concentration, regulation and the business model influence acceptable financial results.
  3. Standardize and compare information. Statements should be made comparable across periods and firms.
  4. Diagnose performance and risk. Ratios must be interpreted as relationships, not isolated scores.
  5. Assess sustainability and value. The analyst must distinguish recurring economic performance from temporary or accounting-driven outcomes.

The three primary statements are interconnected. The income statement explains accounting profit over a period; the balance sheet reports resources and claims at a point in time; and the cash-flow statement explains changes in cash through operating, investing and financing activities. An analysis that ignores any one of these statements is incomplete.

Users and Questions

UserCentral questions
Equity investorAre returns and growth sustainable, and is the share fairly valued?
LenderCan the entity generate cash to pay interest and principal?
ManagerWhich operational drivers create or destroy value?
Board or audit committeeAre reporting judgments reliable and controls effective?
RegulatorAre statements compliant, transparent and not misleading?

2. Comparative and Structural Analysis

Horizontal Analysis

Horizontal analysis measures change between periods. For an item X, the absolute change is:

ΔX = Xt − Xt−1

The percentage change is:

Percentage change = (Xt − Xt−1) ÷ Xt−1 × 100

Here, X_t is the current-period amount and X_{t−1} is the prior-period amount. The denominator must be interpreted carefully: a small or negative base can make the percentage misleading. If prior-period profit is zero or negative, absolute change and qualitative explanation are more useful than a conventional percentage.

Example. Revenue increases from $10 million to $12 million, while operating income increases from $1.0 million to $1.1 million. Revenue growth is 20%, but operating income growth is 10%. This indicates that operating profitability has not kept pace with sales. The analyst should investigate input costs, pricing, wages, distribution expenses and one-time items.

Horizontal analysis can be extended over several years. It reveals acceleration, deceleration, cyclical behavior and structural changes, but it can be distorted by acquisitions, divestitures, inflation, restatements and changes in accounting policy.

Trend Analysis

Trend analysis expresses each period relative to a selected base period:

Trend indext = Xt ÷ Xbase × 100

If revenue is $8 million in the base year and $12 million four years later, the later trend index is 150. This means revenue is 150% of the base-year amount, or 50% above it. Trend analysis is especially useful for comparing items with different absolute sizes, such as revenue, receivables and inventory.

The base year should be economically normal. A recession year, unusual acquisition year or pandemic year may create a misleading benchmark. Trend analysis also does not establish causation; it identifies patterns requiring investigation.

Vertical Analysis and Common-Size Statements

Vertical analysis expresses each item as a percentage of a relevant total in the same period. In an income statement, revenue is normally the denominator:

Common-size income-statement percentage = Item ÷ Revenue × 100

In a balance sheet, total assets is commonly used for asset items, while total liabilities and equity is used for financing items:

Common-size balance-sheet percentage = Item ÷ Total assets × 100

A common-size income statement might show revenue of 100%, cost of sales of 62%, operating expenses of 25% and operating income of 13%. It permits comparison between firms of different size and helps identify changes in cost structure. A common-size balance sheet may reveal that receivables have risen from 12% to 20% of assets, suggesting slower collection or aggressive credit policy.

Vertical analysis is not a substitute for absolute analysis. A declining percentage can conceal substantial dollar growth, and a stable percentage can conceal deteriorating cash quality. Inflation and business-model differences also limit comparisons.

3. Ratio Analysis

Ratios summarize relationships among financial statement items. Interpretation requires industry benchmarks, historical patterns, management strategy and accounting-policy awareness. A ratio is evidence, not a conclusion.

Profitability Ratios

Gross profit margin measures the portion of revenue remaining after cost of sales:

Gross profit margin = Gross profit ÷ Revenue × 100

Operating margin measures operating income generated per dollar of revenue:

Operating margin = Operating income ÷ Revenue × 100

Net profit margin measures profit attributable to the relevant owners relative to revenue:

Net profit margin = Net income ÷ Revenue × 100

Return on assets (ROA) evaluates profit relative to assets employed. Since income is earned throughout a period while assets are measured at dates, average assets are generally preferable:

ROA = Net income ÷ Average total assets × 100

Average total assets equals opening assets plus closing assets divided by two, assuming a simple average is adequate. If acquisitions or seasonal fluctuations are material, a more frequent average is preferable.

Return on equity (ROE) measures the accounting return to common shareholders:

ROE = Net income available to common shareholders ÷ Average common equity × 100

ROE is affected by operating performance, asset utilization and leverage. A high ROE may therefore reflect excellent operations, heavy borrowing, a small equity base or even negative equity.

Liquidity Ratios

Current ratio is:

Current ratio = Current assets ÷ Current liabilities

Quick ratio, excluding less-liquid inventory, is:

Quick ratio = (Cash + Short-term investments + Receivables) ÷ Current liabilities

The precise definition of quick assets varies by reporting framework. Cash ratio is more conservative:

Cash ratio = (Cash + Cash equivalents) ÷ Current liabilities

Liquidity ratios provide a snapshot, not a guarantee of payment capacity. Receivables may be uncollectible, inventory may be obsolete, and current liabilities may mature unevenly. A firm with a low current ratio may be healthy if it has rapid inventory turnover and reliable operating cash flow; a firm with a high ratio may be weak if current assets are inflated.

Efficiency and Activity Ratios

Receivables turnover is:

Receivables turnover = Net credit sales ÷ Average trade receivables

When credit sales are unavailable, total sales may be used as an approximation, but this reduces precision. Days sales outstanding (DSO) is:

DSO = 365 ÷ Receivables turnover

Inventory turnover is:

Inventory turnover = Cost of sales ÷ Average inventory

and:

Days inventory outstanding = 365 ÷ Inventory turnover

Using cost of sales with inventory maintains conceptual consistency. Payables turnover is often approximated as purchases divided by average trade payables. If purchases are unavailable, cost of sales is sometimes used with caution.

The cash conversion cycle (CCC) estimates the number of days cash is tied up in operating working capital:

CCC = DSO + Days inventory outstanding − Days payables outstanding

A shorter CCC generally improves liquidity, but excessive reduction may damage supplier relationships, inventory availability or customer service.

Total asset turnover measures sales generated per dollar of average assets:

Total asset turnover = Revenue ÷ Average total assets

Solvency and Coverage Ratios

Debt-to-assets ratio is:

Debt-to-assets = Total interest-bearing debt ÷ Total assets × 100

Definitions of debt should be stated clearly because some analysts include leases and all liabilities, while others include only interest-bearing borrowings.

Debt-to-equity ratio is:

Debt-to-equity = Total debt ÷ Total equity

Interest coverage measures operating income relative to interest expense:

Interest coverage = EBIT ÷ Interest expense

EBIT means earnings before interest and tax. A low or declining coverage ratio indicates vulnerability to higher interest rates or lower operating earnings. EBITDA-based coverage may be useful for comparison but should not be treated as cash flow because EBITDA excludes working-capital needs, taxes, capital expenditure and debt service.

Cash-Flow Ratios

Operating cash-flow margin is:

Operating cash-flow margin = Cash flow from operations ÷ Revenue × 100

Operating cash-flow coverage of current liabilities is:

CFO current-liability coverage = Cash flow from operations ÷ Average current liabilities

Free cash flow (FCF) is commonly approximated as:

FCF = Cash flow from operations − Capital expenditure

This definition assumes capital expenditure represents cash investment required to maintain or expand operating capacity. Analysts must state whether acquisitions, leases or asset-sale proceeds are included. FCF is not identical to cash available for distribution because debt repayments, acquisitions and minimum cash balances may also matter.

Market Ratios

For a publicly traded company, earnings per share (EPS) is generally:

EPS = (Profit attributable to ordinary shareholders − Preference dividends) ÷ Weighted-average ordinary shares

Price-to-earnings ratio (P/E) is:

P/E = Market price per share ÷ EPS

P/E is meaningful only when EPS is positive and reasonably representative. A high P/E may reflect expected growth, lower risk or temporary low earnings; a low P/E may indicate undervaluation or distress.

Price-to-book ratio is:

P/B = Market price per share ÷ Book value per share

Book value is strongly affected by accounting recognition and may understate internally generated intangible assets. Enterprise value to EBITDA (EV/EBITDA) compares the value of operations, approximately including debt and excluding excess cash, with EBITDA. It is useful for peer comparison but is sensitive to capital intensity and accounting adjustments.

4. DuPont Analysis

DuPont analysis explains ROE rather than merely reporting it. The traditional three-part decomposition is:

ROE = Net profit margin × Total asset turnover × Equity multiplier

where:

Net profit margin = Net income ÷ Revenue
Total asset turnover = Revenue ÷ Average total assets
Equity multiplier = Average total assets ÷ Average equity

Multiplying the three terms cancels revenue and assets, leaving net income divided by average equity. The identity is mathematically valid when the same period and compatible average balances are used.

Example. Suppose net margin is 8%, asset turnover is 1.5 and the equity multiplier is 2.0. Then:

ROE = 0.08 × 1.5 × 2.0 = 0.24 = 24%

A more detailed five-part version separates tax burden, interest burden, EBIT margin, asset turnover and leverage. It can reveal whether ROE changes because of taxes, financing costs, operating margins, asset utilization or leverage. DuPont analysis improves managerial diagnosis, but it does not prove that a high ROE creates economic value. Excessive leverage can raise ROE while increasing default risk.

5. Forecasting Financial Performance

Forecasting translates strategic assumptions into financial consequences. It should begin with operational drivers rather than arbitrary percentage growth.

A basic sales forecast is:

Forecast revenuet+1 = Revenuet × (1 + g)

where g is the assumed growth rate. If revenue is $50 million and expected growth is 6%, forecast revenue is $53 million.

A projected income statement may assume cost ratios remain stable:

Forecast cost of sales = Forecast revenue × Historical cost-of-sales ratio

Working-capital forecasts can use days or percentage-of-sales assumptions. For example:

Forecast receivables = Forecast revenue × (DSO ÷ 365)

This assumes DSO remains stable and revenue is measured consistently. A cash budget must then incorporate collection timing, supplier payments, payroll, tax, capital expenditure, financing and minimum cash requirements.

Forecasting methods include:

  • Trend extrapolation: extends historical patterns, useful when conditions are stable.
  • Percentage-of-sales modeling: links selected income-statement and working-capital items to revenue.
  • Driver-based forecasting: models units, prices, customers, capacity, churn, labor and input costs.
  • Scenario analysis: evaluates base, optimistic and adverse assumptions.
  • Sensitivity analysis: changes one assumption at a time to identify value-critical variables.

Forecasts are conditional statements, not facts. They are vulnerable to structural breaks, management bias, competition, inflation, exchange rates and model error. A graduate-level analysis should disclose assumptions, use ranges where appropriate and reconcile forecasts to historical performance.

6. Valuation Logic

Valuation links expected future economic benefits to present value. The present value of a future cash flow is:

PV = CFt ÷ (1 + r)t

where CF_t is cash flow at time t, r is the periodic discount rate, and t is the number of periods. The units of r must match the timing of t.

For multiple future cash flows:

Value = ∑[t=1 to n] CFt ÷ (1 + r)t

A simple enterprise discounted-cash-flow model is:

Enterprise value = ∑[t=1 to n] FCFt ÷ (1 + WACC)t + TVn ÷ (1 + WACC)n

Here FCF_t is forecast free cash flow, WACC is the weighted average cost of capital, and TV_n is terminal value at the end of the explicit forecast period. Under a perpetual-growth assumption:

TVn = FCFn+1 ÷ (WACC − g)

where FCF_{n+1} = FCF_n × (1 + g), and g is the perpetual growth rate. This formula requires WACC > g and assumes a stable long-run growth rate. Terminal value can dominate the result, so sensitivity analysis is essential.

Equity value is commonly approximated as:

Equity value = Enterprise value − Debt − Preferred equity + Excess cash

The exact bridge depends on the definition of enterprise value and treatment of leases, minority interests and non-operating assets.

Relative valuation compares multiples such as P/E, EV/EBITDA or P/B with carefully selected peers. It is not automatically superior to DCF: market prices may reflect industry-wide overvaluation, and accounting definitions may differ. A sound valuation triangulates methods and explains differences.

7. Reporting Quality and Accounting Distortions

Reporting quality is the extent to which financial reports faithfully represent underlying economic performance and provide useful information for decisions. High-quality reporting is characterized by relevant, neutral, complete, consistent and understandable information, supported by effective controls and appropriate disclosure.

Common Sources of Distortion

  1. Revenue recognition. Premature recognition, bill-and-hold arrangements, channel stuffing, unusually generous return rights or long-term contract estimates can inflate current revenue.
  2. Receivables and allowances. Understated bad-debt allowances increase profit and assets. Rapid receivables growth relative to sales is a warning sign.
  3. Inventory. Capitalizing inappropriate costs, delaying write-downs or manipulating quantities can overstate assets and profit.
  4. Capitalization of expenses. Treating ordinary operating costs as assets postpones expense recognition and inflates current income.
  5. Depreciation and impairment. Excessively long useful lives, optimistic residual values or delayed impairment charges increase reported earnings.
  6. Provisions and reserves. Excess provisions can create a “cookie jar” reserve that is released in weak periods; insufficient provisions overstate current performance.
  7. Acquisitions and fair values. Purchase-price allocations, contingent consideration and goodwill impairment involve judgment and can materially affect future results.
  8. Off-balance-sheet financing. Special-purpose arrangements, guarantees and leases may obscure leverage if not carefully analyzed.
  9. Non-GAAP measures. Adjusted earnings may exclude recurring costs such as stock compensation, restructuring, acquisition costs or impairment. Reconciliation and recurring-pattern analysis are essential.

Earnings management is the use of accounting judgment or transaction timing to influence reported results. Not every judgment is improper; estimates are unavoidable. The key distinction is whether choices faithfully represent economics or are deliberately structured to mislead users or achieve a target.

Useful warning indicators include profit just meeting analyst forecasts, unusually smooth earnings, large year-end transactions, earnings rising while operating cash flow falls, frequent “one-time” adjustments, rapid growth in receivables, changes in estimates without operational justification, and complex related-party transactions.

An analyst should compare net income with operating cash flow, examine footnotes, recalculate margins before and after unusual items, inspect segment information, compare assumptions with peers and review auditor emphasis paragraphs. The Beneish M-score and accrual-based models can support screening, but they are probabilistic tools, not proof of fraud.

8. Financial Distress Analysis

Financial distress is the inability or anticipated inability to meet obligations, maintain operations or access financing on reasonable terms. It may arise before formal insolvency.

Indicators include declining sales and margins, negative operating cash flow, persistent free-cash-flow deficits, high short-term debt, covenant violations, falling interest coverage, supplier payment delays, restructuring charges, qualified audit opinions and dependence on refinancing.

A well-known statistical screening approach is the Altman-type Z-score. Its precise coefficients vary by firm type, country, industry and data availability; therefore, analysts must use the version appropriate to the entity and should not treat the score as a universal law. More generally, distress prediction should combine quantitative evidence with qualitative factors such as governance, competitive position, access to capital and management credibility.

Liquidity stress testing is often more useful than a single ratio. The analyst can model a 10% sales decline, slower collections, higher interest rates, inventory write-downs or loss of a major customer, then assess cash balances, covenant headroom and refinancing needs.

9. Illustrative Case: Meridian Components Ltd.

The following is a fictional illustrative case.

Background and Problem

Meridian Components, a manufacturer of industrial parts, reports the following simplified data ($ millions):

ItemYear 1Year 2
Revenue100120
Cost of sales6075
Operating income1415
Net income88.4
Cash flow from operations105
Trade receivables1525
Inventory2030
Current assets4565
Current liabilities3050
Total assets100130
Average equity5052.5
Capital expenditure69

Management claims that Year 2 was a strong growth year. The board asks whether the growth is financially healthy.

Analysis

Revenue grew by 20%, but operating income grew only by approximately 7.1%: (15 − 14) ÷ 14. The operating margin declined from 14% to 12.5%. Gross margin declined from 40% to 37.5%, suggesting input-cost, pricing or product-mix pressure.

Net income rose by only 5%, and net margin fell from 8% to 7%. Meanwhile, operating cash flow fell by 50%, from $10 million to $5 million. Receivables increased by 66.7%, while revenue increased by 20%; inventory increased by 50%. These movements suggest that working capital absorbed much of the reported growth.

The current ratio declined from 1.50 to 1.30. Free cash flow declined from $4 million to negative $4 million:

Year 2 FCF = 5 − 9 = −4 million

ROE in Year 2 is approximately:

ROE = 8.4 ÷ 52.5 = 16%

This remains respectable, but it should not be interpreted without considering declining margins and greater liquidity pressure. A DuPont analysis would examine whether asset turnover and leverage are compensating for weaker profitability.

Approach and Recommended Action

The board should request an aging schedule for receivables, inventory-obsolescence analysis, customer concentration data, contract terms, shipment cut-off testing and a reconciliation of net income to operating cash flow. Management should explain whether Year 2 sales were supported by sustainable demand or aggressive credit and shipment practices.

The immediate solution is not simply to reduce inventory. Meridian should improve collection discipline, review pricing, negotiate supplier terms without damaging relationships, align production with demand and preserve covenant headroom. Forecasts should include an adverse case in which collections slow by 15 days and revenue declines by 10%.

Outcome and Learning Points

The case demonstrates that sales growth can coexist with weakening margins, deteriorating cash conversion and rising liquidity risk. Reported profit is not equivalent to cash generation. A balanced conclusion would not accuse management of manipulation solely from these figures; it would identify risk indicators requiring evidence and verification.

10. Governance, Ethics and Contemporary Practice

Financial analysis has ethical consequences. Investors may lose capital, employees may lose jobs and creditors may extend unsafe credit when information is misleading. Directors, executives, auditors and analysts should support faithful representation, transparent estimates, effective internal control and prompt disclosure of material uncertainty.

Regulatory frameworks such as IFRS and US GAAP seek comparability and faithful representation, but standards cannot eliminate judgment. Analysts must identify the applicable framework, understand policy choices and avoid mechanically comparing ratios produced under materially different rules.

Technology improves analysis through automated extraction, continuous monitoring, anomaly detection and scenario modeling. Artificial intelligence can identify unusual journal entries, abrupt ratio changes and inconsistent disclosures. However, AI outputs depend on data quality, model design and explainability. Human professionals must validate source data, investigate false positives, protect confidential information and avoid treating statistical anomalies as evidence of misconduct.

Best practices include using multiple periods, peer-adjusted benchmarks, average balances, cash-flow reconciliation, footnote review, sensitivity analysis, explicit assumptions and documented professional skepticism. The strongest analysis combines quantitative discipline with business understanding.

Chapter Summary

Financial statement analysis transforms reported accounting data into judgments about performance, risk, sustainability and value. Horizontal analysis measures changes across periods; trend analysis uses a base-year index; vertical and common-size analysis express items relative to a meaningful total. Ratio analysis evaluates profitability, liquidity, efficiency, solvency, cash generation and market performance, but ratios require context and consistent definitions.

DuPont analysis decomposes ROE into margin, asset turnover and leverage, revealing the sources of shareholder returns. Forecasting should be driver-based, transparent and tested through scenarios. Valuation uses discounted future cash flows and market multiples, with careful attention to discount rates, terminal growth and the distinction between enterprise and equity value.

High-quality reporting is neutral, complete and economically faithful. Analysts should investigate accruals, revenue recognition, working-capital changes, estimates, non-GAAP adjustments and off-balance-sheet exposures. Financial distress is best assessed through a combination of profitability, cash-flow, liquidity, leverage, covenant and qualitative evidence. Ethical governance, professional skepticism and responsible use of technology are essential to reliable conclusions.

Key Terms

Financial statement analysis: Systematic evaluation of financial information to assess performance, position, risk and value.

Horizontal analysis: Comparison of financial statement amounts across periods.

Trend analysis: Expression of each period’s amount relative to a selected base period.

Vertical analysis: Expression of each statement item as a percentage of a relevant total in the same period.

Common-size statement: A statement presenting items as percentages of a common denominator.

Gross profit margin: Gross profit divided by revenue.

Operating margin: Operating income divided by revenue.

Liquidity: Ability to meet short-term obligations as they fall due.

Efficiency ratio: Measure of how effectively assets or working capital generate activity or revenue.

Cash conversion cycle: Days inventory plus days receivable less days payable.

Solvency: Ability to meet long-term obligations and remain financially viable.

Interest coverage: EBIT divided by interest expense.

Free cash flow: Operating cash flow less a stated measure of capital expenditure.

DuPont analysis: Decomposition of ROE into profitability, asset utilization and leverage.

Forecast: Conditional estimate of future financial outcomes based on assumptions.

Discounted cash flow: Valuation method that discounts expected future cash flows to present value.

Terminal value: Value of cash flows beyond the explicit forecast period.

Earnings management: Use of accounting judgment or transaction timing to influence reported results.

Reporting quality: Degree to which reports faithfully and usefully represent economic performance.

Financial distress: Condition in which an entity faces significant difficulty meeting obligations or sustaining operations.

Review Questions

5 Short Answer Questions

  1. Distinguish horizontal analysis from vertical analysis.
  2. Why can a high current ratio fail to demonstrate strong liquidity?
  3. Define the cash conversion cycle and explain its three components.
  4. What does the equity multiplier represent in DuPont analysis?
  5. Identify two warning signs of possible earnings management.

5 Long Answer Questions

  1. Explain how profitability, liquidity, efficiency and solvency ratios should be interpreted together rather than individually.
  2. Derive the three-part DuPont identity and discuss how leverage can increase both ROE and financial risk.
  3. Explain the assumptions and limitations of a discounted-cash-flow valuation using a perpetual-growth terminal value.
  4. Discuss how revenue recognition, depreciation, provisions and capitalization policies can distort reported performance.
  5. Explain how a board or lender could use financial statements, forecasts and stress testing to evaluate financial distress risk.

3 Analytical / Application Questions

  1. A company’s revenue rises 25%, receivables rise 60%, operating income rises 4% and operating cash flow falls 35%. Diagnose the possible causes and specify additional evidence you would request.
  2. A firm has a net margin of 6%, total asset turnover of 2.0 and an equity multiplier of 2.5. Calculate ROE and explain two different managerial strategies that could change it.
  3. Prepare a short valuation sensitivity discussion for a firm whose DCF value is highly dependent on terminal growth and WACC. Explain why small changes in these assumptions can materially affect equity value.

Multiple Choice Questions with Answers

Question 1

A company’s revenue increases from $10 million to $12 million. What is the horizontal percentage change?

A. 2%

B. 12%

C. 20%

D. 120%

Correct Answer: C. 20%

Question 2

Which denominator is normally used for a common-size income statement?

A. Total assets

B. Revenue

C. Current liabilities

D. Operating cash flow

Correct Answer: B. Revenue

Question 3

A firm has net margin of 8%, asset turnover of 1.5 and an equity multiplier of 2.0. What is its DuPont ROE?

A. 11%

B. 16%

C. 24%

D. 30%

Correct Answer: C. 24%

Question 4

Which ratio most directly measures the number of days cash is tied up in the operating cycle?

A. Debt-to-equity ratio

B. Cash conversion cycle

C. Interest coverage ratio

D. Price-to-book ratio

Correct Answer: B. Cash conversion cycle

Question 5

If receivables turnover is 10 times per year, approximate DSO using a 365-day year.

A. 10.0 days

B. 36.5 days

C. 100 days

D. 365 days

Correct Answer: B. 36.5 days

Question 6

Which item is subtracted from operating cash flow to obtain the chapter’s basic approximation of free cash flow?

A. Revenue

B. Capital expenditure

C. Total equity

D. Gross profit

Correct Answer: B. Capital expenditure

Question 7

Under the perpetual-growth terminal-value model, which condition is required?

A. Growth must exceed WACC

B. WACC must exceed perpetual growth

C. Net income must equal cash flow

D. Debt must equal equity

Correct Answer: B. WACC must exceed perpetual growth

Question 8

Which pattern is a warning sign requiring investigation of reporting quality?

A. Operating cash flow consistently exceeding net income

B. Stable receivables relative to revenue

C. Rapid receivables growth while reported sales rise modestly

D. Transparent reconciliation of adjusted earnings

Correct Answer: C. Rapid receivables growth while reported sales rise modestly

Question 9

What does a declining interest-coverage ratio generally indicate?

A. Improved ability to pay interest

B. Greater vulnerability to lower earnings or higher interest rates

C. Higher inventory turnover

D. Lower operating leverage in every case

Correct Answer: B. Greater vulnerability to lower earnings or higher interest rates

Question 10

Why should a high ROE not automatically be interpreted as superior economic performance?

A. ROE never includes net income

B. ROE can be increased by excessive leverage or a small equity base

C. ROE is calculated only from market price

D. ROE measures liquidity rather than returns

Correct Answer: B. ROE can be increased by excessive leverage or a small equity base

Financial & Management Accounting
Chapter 7 of 15