Chapter 5: The Analysis of Financial Statements – Study Notes

Financial Statement Analysis

Introduction

Financial statement analysis is a critical process in financial accounting, enabling users to evaluate a company's financial health, performance, and future prospects. This chapter focuses on the objectives, sources of information, tools, and key ratios used in the analysis of financial statements.

Objectives of Financial Statement Analysis

Overview

• Objectives vary depending on the perspective of the user (creditors, investors, management).

• Analysis addresses specific questions relevant to each user group.

Creditors

• Concerned with the ability of a borrower to make interest and principal payments.

• Key questions:

  • What is the purpose for borrowing?

  • What do financial statements reveal about the reason for a loan or credit purchase?

  • What is the firm's capital structure?

  • How much debt is currently outstanding?

  • How well has debt been serviced in the past?

  • What will be the source of debt repayment?

  • How well does the company manage working capital?

  • Is the firm generating cash from operations?

Investors

• Attempt to attach a value to securities for purchase or liquidation.

• Key questions:

  • What is the company’s performance record and future expectations?

  • What is its record regarding growth and stability of earnings and cash flow?

  • How much risk is inherent in the firm’s capital structure?

  • What are the expected returns, given current conditions and future outlook?

  • How successfully does the firm compete in its industry?

  • How well positioned is the company to hold or improve its competitive position?

Management

• Must consider questions from all stakeholders.

• Key questions:

  • How well has the firm performed and why?

  • Which operating areas have contributed to success or failure?

  • What are the strengths and weaknesses of the firm’s financial position?

  • What changes should be implemented to improve future performance?

Financial Statements

• Prepared by management (potential for bias).

• Provide insight into current status.

• Inform development of future policies and strategies.

Sources of Information for Analysis

Primary and Supplementary Sources

• Analysis should begin with the financial statements and include careful reading of the notes.

• Other resources:

  • Proxy statement: Board of directors, executive compensation, option grants, audit matters, related party transactions, shareholder proposals.

  • Auditor’s report: Opinion on fairness of presentation (unqualified, qualified, or unqualified with explanatory language).

  • Management discussion and analysis (MD&A): SEC-required, covers liquidity, capital resources, operations, trends, and significant events.

  • Supplementary schedules: Required in annual reports, helpful for analysis.

  • Form 10-K: Annual SEC filing, detailed information.

  • Form 10-Q: Quarterly SEC filing, less extensive.

  • Other sources: Financial analysis software, comparative statistical ratios, competitor reports, finance websites, periodicals.

Tools and Techniques of Financial Statement Analysis

Overview

• Common-size financial statements

• Key financial ratios

• Trend analysis

• Structural analysis

• Industry comparisons

• Common sense and judgment

Common-Size Financial Statements

• Express each account on the balance sheet as a percentage of total assets.

• Express each account on the income statement as a percentage of net sales.

Example: Sage Inc. Common-Size Balance Sheet

• Inventories have become more dominant.

• Holdings of cash and cash equivalents have decreased.

• Increase in buildings, equipment, and accumulated depreciation as a percentage of assets.

• Proportion of debt required to finance assets has risen, mainly from long-term borrowings.

Example: Sage Inc. Common-Size Income Statement

• Cost of goods sold percentage increased, causing a slight decline in gross profit percentage.

• Depreciation and amortization increased relative to sales.

• Selling and administrative expenses rose in 2022 but were controlled in 2023 and 2024.

• Profit percentages deteriorated through 2023 but rebounded in 2024.

Key Financial Ratios

• Standardize financial data using mathematical relationships.

• Serve as screening devices for strengths and weaknesses.

• Reveal matters needing further investigation.

• Not predictive; have limitations.

• Should be used with caution, common sense, and in context.

Types of Key Financial Ratios

• Liquidity ratios

• Activity ratios

• Leverage ratios

• Profitability ratios

• Market ratios

Liquidity Ratios: Short-Term Solvency

Purpose and Examples

• Measure ability to meet cash needs as they arise.

• Include:

  • Current Ratio

  • Quick Ratio (Acid-Test Ratio)

  • Cash Flow Liquidity Ratio

  • Average Collection Period

  • Days Inventory Held

  • Days Payable Outstanding

• Evaluate trends over time and compare with industry competitors.

Current Ratio

Measures short-term solvency by comparing current assets to current liabilities.

• Formula: $\text{Current Ratio} = \frac{\text{Current Assets}}{\text{Current Liabilities}}$

• Example (Sage Inc.):

  Year	Current Assets	Current Liabilities	Current Ratio
  2024	65,846	27,461	2.40
  2023	56,264	20,432	2.75

Quick Ratio (Acid-Test Ratio)

More rigorous than the current ratio; excludes inventory from the numerator.

• Formula: $\text{Quick Ratio} = \frac{\text{Current Assets} - \text{Inventory}}{\text{Current Liabilities}}$

• Example (Sage Inc.):

  Year	Quick Assets	Current Liabilities	Quick Ratio
  2024	65,846 - 47,041	27,461	0.68
  2023	56,264 - 36,769	20,432	0.95

Cash Flow Liquidity Ratio

Considers cash flow from operating activities and uses cash and marketable securities as an approximation of cash resources.

• Formula: $\text{Cash Flow Liquidity Ratio} = \frac{\text{Cash} + \text{Marketable Securities} + \text{CFO}}{\text{Current Liabilities}}$

• Example (Sage Inc.):

  Year	Numerator	Current Liabilities	Ratio
  2024	9,333 + 10,024	27,461	0.70
  2023	10,386 + (-3,767)	20,432	0.32

Average Collection Period

Average number of days required to convert receivables into cash.

• Formula: $\text{Average Collection Period} = \frac{\text{Net Accounts Receivable}}{\text{Average Daily Sales}}$

• Example (Sage Inc.):

  Year	Net Accounts Receivable	Average Daily Sales	Days
  2024	8,960	215,600/365	15
  2023	8,350	153,000/365	20

Days Inventory Held

Average number of days required to sell inventory; measures inventory management efficiency.

• Formula: $\text{Days Inventory Held} = \frac{\text{Inventory}}{\text{Average Daily Cost of Sales}}$

• Example (Sage Inc.):

  Year	Inventory	Average Daily Cost of Sales	Days
  2024	47,041	129,364/365	133
  2023	36,769	91,879/365	146

Days Payable Outstanding

Average number of days it takes to pay payables in cash.

• Formula: $\text{Days Payable Outstanding} = \frac{\text{Accounts Payable}}{\text{Average Daily Cost of Sales}}$

• Example (Sage Inc.):

  Year	Accounts Payable	Average Daily Cost of Sales	Days
  2024	14,294	129,364/365	41
  2023	7,591	91,879/365	31

Cash Conversion Cycle (Net Trade Cycle)

Represents the normal operating cycle: buying/manufacturing inventory, selling inventory, collecting cash. Explains changes in cash flow generation.

• Formula: $\text{Cash Conversion Cycle} = \text{Average Collection Period} + \text{Days Inventory Held} - \text{Days Payable Outstanding}$

• Example (Sage Inc.):

  Year	Collection Period	Inventory Held	Payable Outstanding	Cycle
  2024	15	133	41	107
  2023	20	146	31	135

Activity Ratios

Purpose and Examples

• Measure liquidity and efficiency in managing assets.

• Include:

  • Accounts Receivable Turnover

  • Inventory Turnover

  • Accounts Payable Turnover

  • Fixed Asset Turnover

  • Total Asset Turnover

Accounts Receivable Turnover

Number of times on average accounts receivable are collected in cash during the year.

• Formula: $\text{Accounts Receivable Turnover} = \frac{\text{Net Sales}}{\text{Net Accounts Receivable}}$

• Example (Sage Inc.):

  Year	Net Sales	Net Accounts Receivable	Turnover
  2024	215,600	8,960	24.06
  2023	153,000	8,350	18.32

Inventory Turnover

Number of times on average inventory is sold during the year.

• Formula: $\text{Inventory Turnover} = \frac{\text{Cost of Goods Sold}}{\text{Inventory}}$

• Example (Sage Inc.):

  Year	Cost of Goods Sold	Inventory	Turnover
  2024	129,364	47,041	2.75
  2023	91,879	36,769	2.50

Accounts Payable Turnover

Number of times on average payables are paid during the year.

• Formula: $\text{Accounts Payable Turnover} = \frac{\text{Cost of Goods Sold}}{\text{Accounts Payable}}$

• Example (Sage Inc.):

  Year	Cost of Goods Sold	Accounts Payable	Turnover
  2024	129,364	14,294	9.05
  2023	91,879	7,591	12.10

Fixed Asset Turnover

Assesses management’s effectiveness in generating sales from investments in fixed assets.

• Formula: $\text{Fixed Asset Turnover} = \frac{\text{Net Sales}}{\text{Net Property, Plant, Equipment}}$

• Example (Sage Inc.):

  Year	Net Sales	Net PPE	Turnover
  2024	215,600	29,079	7.41
  2023	153,000	18,977	8.06

Total Asset Turnover

Assesses effectiveness in generating sales from investments in all assets.

• Formula: $\text{Total Asset Turnover} = \frac{\text{Net Sales}}{\text{Total Assets}}$

• Example (Sage Inc.):

  Year	Net Sales	Total Assets	Turnover
  2024	215,600	95,298	2.26
  2023	153,000	75,909	2.02

Leverage Ratios

Purpose and Examples

• Measure the extent of a firm's financing with debt and ability to cover interest and other fixed charges from operating earnings.

• Include:

  • Debt Ratio

  • Long-Term Debt to Total Capitalization

  • Debt to Equity

  • Times Interest Earned

  • Cash Interest Coverage

  • Cash Flow Adequacy

Debt Ratio

Measures the proportion of assets financed with debt.

• Formula: $\text{Debt Ratio} = \frac{\text{Total Liabilities}}{\text{Total Assets}}$

• Example (Sage Inc.):

  Year	Total Liabilities	Total Assets	Debt Ratio
  2024	49,363	95,298	51.8%
  2023	38,042	75,909	50.1%

Long-Term Debt to Total Capitalization

Reveals the extent to which long-term debt is used for permanent financing.

• Formula: $\text{Long-Term Debt to Total Capitalization} = \frac{\text{Long-Term Debt}}{\text{Long-Term Debt} + \text{Stockholders' Equity}}$

• Example (Sage Inc.):

  Year	Long-Term Debt	Stockholders' Equity	Ratio
  2024	21,059	45,935	31.4%
  2023	16,975	37,867	31.0%

Debt to Equity

Measures the riskiness of capital structure.

• Formula: $\text{Debt to Equity} = \frac{\text{Total Liabilities}}{\text{Stockholders' Equity}}$

• Example (Sage Inc.):

  Year	Total Liabilities	Stockholders' Equity	Ratio
  2024	49,363	45,935	1.07
  2023	38,042	37,867	1.00

Times Interest Earned

Indicates how well operating earnings cover fixed interest expenses.

• Formula: $\text{Times Interest Earned} = \frac{\text{Operating Profit}}{\text{Interest Expense}}$

• Example (Sage Inc.):

  Year	Operating Profit	Interest Expense	Times
  2024	19,243	2,585	7.4
  2023	11,806	2,277	5.2

Summary Table: Key Financial Ratios

Ratio Type	Main Purpose	Key Formula
Liquidity	Short-term solvency, ability to meet obligations	$\frac{\text{Current Assets}}{\text{Current Liabilities}}$
Activity	Efficiency in asset management	$\frac{\text{Net Sales}}{\text{Net Accounts Receivable}}$
Leverage	Extent of debt financing and risk	$\frac{\text{Total Liabilities}}{\text{Total Assets}}$
Profitability	Overall performance and efficiency	$\frac{\text{Net Income}}{\text{Net Sales}}$
Market	Market value and investor returns	$\frac{\text{Market Price per Share}}{\text{Earnings per Share}}$

Conclusion

Financial statement analysis is essential for understanding a company's financial position and performance. By utilizing various sources of information and applying key analytical tools and ratios, users can make informed decisions regarding credit, investment, and management strategies.