CFA Level 1 · Module 04 Financial Statement Analysis · Chapter 3
The balance sheet answers a different question from the income statement. Where the income statement asks whether a company made money over a period, the balance sheet asks what the company owns and owes at a single moment: its assets, its liabilities, and the equity left over for its owners. It is a snapshot, not a film, and reading it well means knowing how each line was measured, because the same economic item can appear at cost, at amortized cost, or at fair value depending on the rules that govern it.
This reading works through the parts of the balance sheet where measurement choices matter most: intangible assets and goodwill, financial instruments held as investments, and non-current liabilities. It then turns the balance sheet into an analytical tool through common-size analysis and the liquidity and solvency ratios. Every company and every number in this lesson is invented by MidhaFin to illustrate the ideas; none is taken from the source curriculum or any prep provider. Formulas and standard terminology are used freely, because they belong to everyone.
The balance sheet (also called the statement of financial position) reports a company’s assets, liabilities, and owners’ equity at a specific date. It rests on the accounting equation, which must always hold: assets equal liabilities plus equity. Assets are the resources the company controls and expects to produce future economic benefit; liabilities are the present obligations it must settle; and equity is the residual, the owners’ claim on what is left once every liability is met.
Two organizing ideas make the balance sheet readable. The first is the split between current and non-current items. Current assets are expected to be used or converted to cash within one year or one operating cycle, whichever is longer (cash, marketable securities, receivables, inventory, prepaid expenses). Current liabilities fall due within the same window (payables, short-term debt, accrued expenses, the current portion of long-term debt). Everything else is non-current. This ordering is what lets an analyst judge, at a glance, whether short-term resources cover short-term obligations.
The second idea is measurement. Not every line is stated the same way. Some items sit at historical cost (what was paid, adjusted for depreciation), some at amortized cost (cost adjusted for the systematic unwinding of a premium or discount), and some at fair value (an estimate of what the item would fetch in an orderly transaction today). A single balance sheet is therefore a mixed-measurement document, and knowing which basis applies to which line is the difference between reading it and misreading it.
The balance sheet does not show what a company is worth. It shows the accounting value of recorded items on a mix of measurement bases, and it omits things that have real value but fail the recognition rules, such as a strong internally built brand or a skilled workforce. So the equity figure on the balance sheet (book value) is almost never equal to the market value of the company. Much of balance-sheet analysis is about understanding the gap between the two.
An intangible asset is an identifiable non-monetary asset without physical substance, such as a patent, a license, a trademark, or a customer list. The reporting question is always the same: should the outlay that created or acquired it sit on the balance sheet as an asset, or hit the income statement as an expense? The answer turns on two distinctions: whether the intangible is identifiable, and whether it was purchased or internally generated.
An intangible is identifiable if it can be separated from the company and sold, transferred, or licensed on its own, or if it arises from contractual or legal rights (a patent, a franchise agreement, a broadcast license). An unidentifiable intangible cannot be separated and sold on its own; the leading example is goodwill, which is treated as its own category and covered in the next section.
The second distinction drives recognition. A purchased intangible, bought from another party, is recognized as an asset at its cost, because an arm’s length price gives a reliable measure of its value. An internally generated intangible is, as a general rule, expensed as incurred, because the cost of building it internally is a poor measure of the value it might one day have. This is why a company that spends heavily to build a brand from scratch reports little or no intangible asset for it, while a company that buys the same brand records it in full. The economics can be similar; the accounting is very different.
The general rule that internally generated intangibles are expensed has an important exception for development activity. Under IFRS, expenditure in the research phase (the search for new knowledge, with no certainty of a product) is expensed, but expenditure in the development phase is capitalized once the company can demonstrate technical and commercial feasibility, the intention and ability to complete the asset, and the ability to generate future benefits from it. Under US GAAP, both research and development are generally expensed as incurred, with narrow exceptions (notably certain software development costs, which are capitalized once technological feasibility is established). The practical consequence is that, for the same spending, an IFRS reporter can show an asset and higher current profit where a US GAAP reporter shows only an expense.
Setup. Larkspur Diagnostics spends 1,000,000 during the year on a new testing platform. Of this, 400,000 is spent in the research phase and 600,000 in the development phase, and the development spending is incurred entirely after the company has demonstrated feasibility. Compare the current-year expense and the asset recognized under IFRS and under US GAAP, assuming the platform is not yet available for use, so no amortization has begun.
Answer: IFRS expenses 400,000 and capitalizes 600,000; US GAAP expenses the full 1,000,000. So what does this mean? The two companies are doing identical work, yet the IFRS reporter looks more profitable now and more asset-rich, while the US GAAP reporter looks more conservative. Before comparing the two, an analyst often removes the capitalized development asset (and its later amortization) so both are on the same expensed basis.
Once an intangible is on the balance sheet, its useful life determines how it is carried forward. A finite-life intangible (a patent with a legal term, a customer list expected to erode over several years) is amortized over its useful life, usually on a straight-line basis, and is tested for impairment when events suggest its carrying amount may not be recoverable. An indefinite-life intangible (certain renewable licenses or acquired brands expected to generate cash indefinitely) is not amortized; instead it is tested for impairment at least annually. In both cases, impairment writes the asset down to its recoverable amount and records a loss when the carrying value can no longer be justified.
Setup. Meadowbrook Retail purchases a customer list from a competitor for 900,000. The list is expected to generate benefits for 6 years, with no residual value, and is amortized on a straight-line basis. Separately, Meadowbrook has spent years building its own in-house brand, on which it has spent about 500,000 in marketing this year alone. What annual amortization does the customer list carry, what is its carrying value after 3 years, and how is the in-house brand reported?
Answer: the purchased list is amortized at 150,000 a year and carries 450,000 after 3 years, while the internally generated brand appears nowhere on the balance sheet. So what does this mean? Two intangibles of possibly similar value, one bought and one built, are treated in opposite ways, which is exactly why an analyst reads the intangibles note before comparing two companies’ asset bases.
| Type of intangible | Recognized as an asset? | Subsequent treatment |
|---|---|---|
| Purchased, finite life (patent, customer list) | Yes, at cost | Amortized over useful life; tested for impairment on indicators |
| Purchased, indefinite life (some licenses, brands) | Yes, at cost | Not amortized; tested for impairment at least annually |
| Internally generated (general) | No | Expensed as incurred |
| Internally generated development (IFRS, feasibility met) | Yes | Capitalized, then amortized once available for use |
| Internally generated research (IFRS and US GAAP) | No | Expensed as incurred |
Do not treat all research and development the same way. The word development is not a free pass to capitalize. Under IFRS, development spending is capitalized only after feasibility criteria are met; spending before that point is still expensed. And under US GAAP, both research and development are generally expensed, so seeing a large research and development line as an expense is normal and correct, not a sign of conservatism to be reversed.
Goodwill is the one intangible that arises only in a very specific situation: a business acquisition. When one company buys another, it pays a purchase price; the accountant then measures the fair value of the identifiable net assets acquired (identifiable assets at fair value, minus liabilities assumed at fair value). If the purchase price exceeds that figure, the excess is recorded as goodwill. Goodwill captures the part of the price that cannot be attached to any specific identifiable asset: the target’s reputation, its assembled workforce, expected synergies, and its market position.
where fair value of identifiable net assets acquired = fair value of identifiable assets acquired − fair value of liabilities assumed. Only the excess of the price over identifiable net assets becomes goodwill. If the price is below fair value of identifiable net assets (a bargain purchase), the difference is recognized as a gain rather than as negative goodwill sitting on the balance sheet.
Two rules follow, and both are tested. First, only purchased goodwill is recognized. A company can never record goodwill for the reputation it has built itself; internally generated goodwill is never recognized, for the same reason internally built intangibles are expensed. Goodwill appears only because a transaction fixed a price. Second, goodwill is not amortized. Instead it is tested for impairment, at least annually. Under US GAAP the test is generally performed at the reporting-unit level; under IFRS it is performed at the level of the cash-generating unit (or group of units) to which goodwill has been allocated. When the carrying amount can no longer be supported, goodwill is written down and an impairment loss is recognized.
Setup. Ironwood Holdings acquires all of Cedarpoint Labs for a cash purchase price of 5,000,000. On the acquisition date, the fair value of Cedarpoint’s identifiable assets is 6,200,000 and the fair value of its liabilities is 1,900,000. How much goodwill does Ironwood record?
Answer: goodwill is 700,000. So what does this number mean? Ironwood paid 700,000 more than the sum of Cedarpoint’s identifiable net assets, presumably for reputation, staff, and expected synergies. That premium is not amortized away year by year; it stays at 700,000 until an impairment test says it is no longer supported, at which point it is written down.
Because goodwill is a residual that depends on how much an acquirer chose to pay, analysts treat it with caution. A company that has grown by expensive acquisitions can carry very large goodwill, which inflates total assets and equity relative to a company that grew organically. For that reason, analysts often strip goodwill out of assets and equity before computing and comparing ratios, so that an acquisitive company and an organic one can be judged on a like-for-like basis. It also helps to separate accounting goodwill (the recorded number) from economic goodwill (the real competitive advantages a business enjoys), which may be large even where accounting goodwill is zero.
Fix three facts about goodwill. It arises only in an acquisition and equals purchase price minus the fair value of identifiable net assets acquired. It is never internally generated, so a company cannot book goodwill for its own reputation. And it is not amortized; it is tested for impairment (reporting-unit level under US GAAP, cash-generating-unit level under IFRS). A question that asks for annual goodwill amortization is testing whether you know there is none.
Companies often hold financial instruments as investments: debt securities such as bonds, and equity securities such as shares in other companies. How these are carried on the balance sheet, and where their gains and losses are reported, depends on the measurement category. There are three bases to know.
Amortized cost. A debt security the company intends to hold to collect the contractual cash flows is generally carried at amortized cost: its cost adjusted for the systematic unwinding of any premium or discount toward its maturity value. It is not revalued to market each period, so short-term price swings do not touch the balance sheet or income.
Fair value through profit or loss (FVPL). The security is carried at fair value, and each period the unrealized gain or loss (the change in fair value) flows through net income. This is the most volatile treatment, because market movements hit reported earnings directly.
Fair value through other comprehensive income (FVOCI). The security is again carried at fair value, but the unrealized gain or loss is reported in other comprehensive income and accumulates in equity, bypassing net income until (for eligible debt securities) it is realized. This keeps market noise out of earnings while still showing the current value on the balance sheet.
The key analytical point is that the carrying value is the same under FVPL and FVOCI (both use fair value); what differs is where the unrealized gain or loss lands: in net income under FVPL, in equity under FVOCI. Under amortized cost, the carrying value itself differs, because the security is not marked to market at all. Securities that are readily tradable and carried at fair value are often described on the balance sheet as marketable securities, and they usually sit within current assets when management intends to hold them only briefly.
Setup. Halcyon Capital buys a security for 500,000 at the start of the year. By year end its fair value has risen to 560,000, an unrealized gain of 60,000, and Halcyon has not sold it. Show the balance-sheet carrying value and the effect on net income and on equity under each of the three measurement bases.
Answer: carrying value is 500,000 under amortized cost and 560,000 under both fair value methods; the 60,000 gain hits net income under FVPL but only equity (through OCI) under FVOCI, and is not recognized at all under amortized cost. So what does this mean? Two companies holding the identical security can report different earnings purely because of the category they chose, so an analyst who compares their net income without checking the classification is comparing accounting choices, not performance.
| Measurement basis | Carrying value | Where unrealized gains and losses go |
|---|---|---|
| Amortized cost | Cost, adjusted for premium or discount | Not recognized until realized |
| Fair value through profit or loss (FVPL) | Fair value | Net income |
| Fair value through OCI (FVOCI) | Fair value | Other comprehensive income (equity) |
The choice between FVPL and FVOCI does not change what the balance sheet says the security is worth; both show fair value. It changes the reported earnings path. A company that wants steadier net income may prefer FVOCI, parking market swings in equity, while FVPL runs those swings straight through the income statement. When you compare two investors’ earnings, look first at how each classifies its holdings, because that alone can explain a difference in reported profit.
Non-current (long-term) liabilities are obligations that do not fall due within one year or one operating cycle. The two categories most relevant on the balance sheet are long-term financial liabilities and deferred tax liabilities.
Long-term financial liabilities, such as bonds payable and long-term notes, are most commonly reported at amortized cost. When a bond is issued, the amount recorded is the proceeds received; over the life of the bond, any difference between the proceeds and the face value (a discount or premium) is amortized, so the carrying value moves toward the face amount as maturity approaches. In some cases a liability is reported at fair value instead, in which case changes in its fair value are recognized in a manner similar to fair value assets. The bond amortization mechanics themselves belong to the long-term liabilities reading; here the point is simply that a long-term borrowing usually sits at amortized cost, not at the amount that must eventually be repaid.
Deferred tax liabilities arise when the tax a company will pay in future periods exceeds what its financial statements currently recognize, most often because an item (such as depreciation) is treated differently for tax purposes than for financial reporting. A deferred tax liability is the tax expected to become payable in the future as those timing differences reverse. The full mechanics, including how deferred tax assets and liabilities are created and measured, are developed in the income-tax reading; on the balance sheet, the analyst simply needs to recognize a deferred tax liability as a non-current obligation that reflects timing differences between accounting and tax, not a debt owed to a lender.
Do not read the carrying value of long-term debt as the amount the company will repay. A bond issued at a discount is recorded below its face value and rises toward face over time through amortization, so early in its life the balance-sheet figure is smaller than the maturity payment. And do not lump deferred tax liabilities in with interest-bearing debt when computing leverage ratios; a deferred tax liability is a timing difference with the tax authority, not borrowed money.
A common-size balance sheet restates every line as a percentage of total assets. Just as the common-size income statement scales each line to revenue, the common-size balance sheet scales each line to total assets, which removes the effect of company size and lets very different companies be laid side by side. This vertical view supports both cross-sectional analysis (a company against its peers) and time-series analysis (a company against its own past).
What does the common-size picture reveal? It exposes the structure of the business. A company that holds a large share of its assets in inventory looks different from one whose assets are mostly property and equipment, and a company financed largely by current liabilities looks different from one funded by long-term debt or equity. None of this is visible in the raw money amounts when the companies differ greatly in size; it becomes obvious once every line is a percentage.
Setup. Two grocery companies report the balances below. Northgate Foods has total assets of 10,000,000; Riverbend Foods has total assets of 4,000,000. Convert each balance sheet to common-size form (each line as a percentage of total assets) and describe the structural difference.
| Line item | Northgate ($) | Northgate (%) | Riverbend ($) | Riverbend (%) |
|---|---|---|---|---|
| Cash and equivalents | 800,000 | 8% | 200,000 | 5% |
| Receivables | 1,200,000 | 12% | 600,000 | 15% |
| Inventory | 2,000,000 | 20% | 1,200,000 | 30% |
| Total current assets | 4,000,000 | 40% | 2,000,000 | 50% |
| Property and equipment | 5,000,000 | 50% | 1,800,000 | 45% |
| Intangible assets | 1,000,000 | 10% | 200,000 | 5% |
| Total assets | 10,000,000 | 100% | 4,000,000 | 100% |
Answer: in common-size terms, Riverbend holds a much larger share of its assets in inventory (30% versus 20%) and current assets overall (50% versus 40%), while Northgate is heavier in property and intangibles. So what does this mean? Riverbend is smaller in dollars yet more inventory-intensive, which may reflect a different product mix or slower-moving stock, and it is the common-size view, not the raw figures, that makes the contrast visible. That difference then guides which ratios to examine next.
Liquidity is the ability to meet short-term obligations as they come due. Liquidity ratios compare current assets, in decreasing order of how quickly they turn into cash, against current liabilities. Three are standard, and they differ only in how strict they are about which assets count.
The broadest liquidity measure. It counts every current asset, including inventory and prepaid items, against current liabilities. A ratio above 1 means current assets exceed current liabilities.
Also called the acid-test ratio. It excludes inventory and prepaid expenses, the current assets that are slowest or least certain to convert to cash, and so is a stricter test than the current ratio.
The strictest measure. It counts only cash and near-cash marketable investments, ignoring receivables entirely, and shows the ability to pay current liabilities from cash on hand.
Setup. Solara Devices reports the following current items: cash and equivalents 600,000, short-term investments 400,000, receivables 1,000,000, inventory 1,500,000, prepaid expenses 100,000, and total current liabilities 1,800,000. Compute the current, quick, and cash ratios.
Answer: current ratio 2.00, quick ratio 1.11, cash ratio 0.56. So what do these numbers mean? Solara has twice its current liabilities in current assets, but a good deal of that cushion is inventory: once inventory and prepaids are stripped out, the coverage falls to 1.11, and on cash alone it can cover only 56 percent of what is due within the year. The gap between the current ratio and the quick ratio is a direct measure of how much of the liquidity depends on selling inventory.
Read the three liquidity ratios as a sequence, not in isolation. A comfortable current ratio paired with a weak quick ratio tells you the company’s short-term safety depends heavily on turning inventory into cash, which is fine for a fast-moving retailer but worrying for a business with slow or obsolete stock. The ratios do not have a universally correct level; they are judged against the industry and the company’s own trend.
Solvency is the ability to meet long-term obligations, and solvency ratios measure how much a company relies on debt rather than equity to finance its assets. Higher ratios mean more leverage, which magnifies returns to owners when times are good and magnifies losses when they are not. Four are standard.
where total debt is interest-bearing debt (short-term and long-term borrowings). Debt-to-assets shows the share of assets financed by debt; debt-to-capital shows debt as a share of total invested capital (debt plus equity).
Debt-to-equity compares borrowed funds directly with owners’ funds. The financial leverage ratio (sometimes called the equity multiplier) uses average balances and shows how many dollars of assets the company carries for each dollar of equity; a higher figure means more of the asset base is funded by liabilities.
Setup. Thornfield Industries reports short-term debt of 500,000 and long-term debt of 3,500,000, total assets of 10,000,000, and total equity of 5,000,000. Average total assets for the year are 10,000,000 and average total equity is 5,000,000. Compute debt-to-assets, debt-to-capital, debt-to-equity, and the financial leverage ratio.
Answer: debt-to-assets 0.40, debt-to-capital 0.44, debt-to-equity 0.80, financial leverage 2.00. So what do these numbers mean? Debt funds 40 percent of Thornfield’s assets and 44 percent of its invested capital, it borrows 80 cents for every dollar of equity, and it carries two dollars of assets for each dollar of equity. That level of leverage lifts returns on equity in good years, but it also means a downturn in asset values falls twice as hard on the owners, which is the trade-off solvency ratios are built to expose.
| Ratio | Formula | What it measures |
|---|---|---|
| Current ratio | Current assets / Current liabilities | Broad short-term liquidity |
| Quick (acid-test) ratio | (Cash + short-term investments + receivables) / Current liabilities | Liquidity excluding inventory |
| Cash ratio | (Cash + short-term investments) / Current liabilities | Liquidity from cash alone |
| Debt-to-assets | Total debt / Total assets | Share of assets funded by debt |
| Debt-to-capital | Total debt / (Total debt + Total equity) | Debt as a share of invested capital |
| Debt-to-equity | Total debt / Total equity | Borrowed funds versus owners’ funds |
| Financial leverage | Average total assets / Average total equity | Assets carried per dollar of equity |
Keep the ratio families straight. Liquidity ratios (current, quick, cash) use current assets over current liabilities and get stricter as you strip out inventory, then receivables. Solvency ratios (debt-to-assets, debt-to-capital, debt-to-equity, financial leverage) compare debt or total assets against equity. A frequent trap is including a deferred tax liability or accounts payable in total debt for a leverage ratio; total debt means interest-bearing borrowings, so leave operating and timing liabilities out unless the question defines debt more broadly.
A company spends heavily over many years to build a well-known brand entirely in-house. How much of that brand appears as an intangible asset on its balance sheet?
Essentially none. An internally generated brand is not recognized as an asset; the spending is expensed as incurred. The same brand, if purchased from another company, would be recognized at its cost. This asymmetry between built and bought intangibles is a core point of the reading.
Under IFRS, a company spends 300,000 on research and 500,000 on development, all of the development spending coming after feasibility is demonstrated. How much is expensed and how much is capitalized?
The 300,000 of research is expensed, and the 500,000 of development is capitalized as an intangible asset (because the feasibility criteria are met). Under US GAAP, by contrast, both amounts would generally be expensed, so the whole 800,000 would hit the income statement.
Is goodwill amortized each year, and can a company recognize goodwill for its own reputation?
No on both counts. Goodwill is not amortized; it is tested for impairment at least annually and written down only when its carrying amount can no longer be supported. And goodwill is never internally generated: it arises only in a business acquisition, as the excess of the purchase price over the fair value of the identifiable net assets acquired.
A security carried at fair value through other comprehensive income (FVOCI) rises in value by 40,000 during the year and is not sold. Where is the 40,000 reported?
In other comprehensive income, where it accumulates in equity, bypassing net income. The security is carried at its new fair value on the balance sheet. Had it been classified as fair value through profit or loss (FVPL), the same 40,000 would have flowed through net income instead.
Why is the quick ratio a stricter test of liquidity than the current ratio?
Because the quick ratio excludes inventory and prepaid expenses, the current assets that are slowest or least certain to convert into cash. It counts only cash, short-term investments, and receivables against current liabilities, so a company that relies on selling inventory to meet its obligations will show a lower quick ratio than current ratio.
A company has a financial leverage ratio of 2.5. What does that tell you?
It carries 2.5 dollars of average total assets for every dollar of average total equity, which means roughly 60 percent of its asset base is funded by liabilities rather than equity. Higher leverage magnifies returns on equity in good years and magnifies losses in bad years, so the figure signals both potential and risk.
On a common-size balance sheet, each line is stated as a percentage of what figure?
Total assets. Scaling every line to total assets removes the effect of company size and lets an analyst compare the asset and financing structure of companies of very different sizes, and of one company over time. This mirrors the common-size income statement, which instead scales each line to revenue.
A purchased intangible is recognized as an asset at its cost, because an arm’s length price gives a reliable measure of value. An internally generated intangible is, as a general rule, expensed as incurred, because the cost of building it internally is a poor measure of what it might be worth. So a company that buys a brand records it in full, while a company that builds the same brand from scratch reports little or no intangible asset for it.
Under IFRS, research costs are expensed, but development costs are capitalized once the company can demonstrate technical and commercial feasibility, the intention and ability to complete the asset, and the ability to generate future benefits. Under US GAAP, both research and development are generally expensed as incurred, with a narrow exception for certain software development costs once technological feasibility is established. For the same spending, an IFRS reporter can therefore show an asset and higher current profit where a US GAAP reporter shows only an expense.
A finite-life intangible, such as a patent or a customer list, is amortized over its useful life (usually straight-line) and tested for impairment when events suggest its carrying amount may not be recoverable. An indefinite-life intangible, such as certain renewable licenses, is not amortized; instead it is tested for impairment at least annually. In both cases, an impairment writes the asset down to its recoverable amount and records a loss.
Goodwill equals the purchase price of an acquired business minus the fair value of its identifiable net assets acquired (identifiable assets at fair value minus liabilities assumed at fair value). It is never internally generated because it can only be measured when a transaction fixes a price; a company cannot record goodwill for its own reputation. Goodwill is not amortized but is tested for impairment at least annually, at the reporting-unit level under US GAAP and the cash-generating-unit level under IFRS.
It depends on the measurement basis. Under fair value through profit or loss (FVPL), unrealized gains and losses flow through net income each period. Under fair value through other comprehensive income (FVOCI), they are reported in other comprehensive income and accumulate in equity, bypassing net income. Under amortized cost, the security is not remeasured to market, so unrealized changes are not recognized until realized. FVPL and FVOCI produce the same carrying value but different earnings.
Most long-term financial liabilities, such as bonds payable and long-term notes, are reported at amortized cost. The amount first recorded is the proceeds received; any discount or premium is then amortized over the life of the liability, so the carrying value moves toward the face (maturity) value as the liability approaches maturity. The carrying figure therefore usually differs from the amount that must ultimately be repaid.
A common-size balance sheet states every line item as a percentage of total assets. Scaling to total assets removes the effect of company size, which supports both cross-sectional analysis (a company against its peers) and time-series analysis (a company against its own past). It exposes the structure of the business, such as how asset-heavy or inventory-intensive a company is, and how it is financed, which the raw money amounts hide when companies differ greatly in size.
Liquidity ratios measure the ability to meet short-term obligations and compare current assets against current liabilities: the current ratio uses all current assets, the quick ratio excludes inventory and prepaids, and the cash ratio counts only cash and near-cash investments. Solvency ratios measure the ability to meet long-term obligations and the reliance on debt: debt-to-assets, debt-to-capital, debt-to-equity, and financial leverage compare debt or total assets against equity, where total debt means interest-bearing borrowings.
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