AFM 182: Introduction to Financial Reporting and Managerial Decision Making 2

Cody Buchenauer

Estimated study time: 59 minutes

Table of contents

Sources and References

Primary textbookIntroductory Accounting for Private and Public Companies (Top Hat interactive e-text, ISBN 978-1-77412-900-5; Top Hat Pro ISBN 978-0-9866151-0-8). This text covers both AFM 191 (private company focus) and AFM 182 (public company focus).

Supplementary — Robert Libby, Patricia Libby, and Frank Hodge, Financial Accounting, 10th Edition (McGraw-Hill, 2020); Donald E. Kieso, Jerry J. Weygandt, and Terry D. Warfield, Intermediate Accounting, IFRS Edition, 3rd Edition (Wiley, 2018).

Standards — IFRS Foundation full standards suite: IAS 16 (Property, Plant and Equipment), IAS 36 (Impairment of Assets), IAS 37 (Provisions), IAS 38 (Intangible Assets), IFRS 9 (Financial Instruments), IFRS 15 (Revenue from Contracts with Customers), IFRS 16 (Leases), IAS 33 (Earnings per Share), IAS 7 (Statement of Cash Flows).


Chapter 1: Accounting for Public Companies — Conceptual Framework

From Private to Public Company Accounting

AFM 191 introduced financial reporting in the context of private companies operating under Accounting Standards for Private Enterprises (ASPE). AFM 182 extends this foundation to public companies, which must comply with International Financial Reporting Standards (IFRS) in Canada. Understanding why the standards differ requires understanding the stakeholder landscape.

Private companies have a limited, identifiable set of stakeholders — owners and their banks. Information asymmetry is manageable; the owner often manages the firm. ASPE is therefore less onerous and permits more cost-benefit trade-offs in disclosure.

Public companies have diffuse, anonymous shareholders who cannot individually monitor management. This separation of ownership and control (the principal-agent problem) creates demand for rigorous, standardized financial reporting that allows shareholders to assess stewardship and make informed investment decisions.

IFRS (International Financial Reporting Standards): A set of accounting standards developed by the International Accounting Standards Board (IASB) and adopted in over 140 countries. Public companies in Canada have been required to use IFRS since 2011.

The Conceptual Framework Under IFRS

The IASB’s Conceptual Framework for Financial Reporting provides the foundation for developing and evaluating accounting standards. It establishes:

Objective: Financial statements should provide information about a reporting entity’s financial position, financial performance, and cash flows that is useful to a wide range of users in making economic decisions.

Qualitative Characteristics: The framework distinguishes fundamental from enhancing characteristics.

TypeCharacteristicMeaning
FundamentalRelevanceInformation that makes a difference to users’ decisions (materiality is an aspect of relevance)
FundamentalFaithful representationInformation that is complete, neutral, and free from error
EnhancingComparabilityUsers can compare across firms and across time
EnhancingVerifiabilityIndependent observers can reach the same conclusion
EnhancingTimelinessInformation is available to decision-makers before it loses capacity to influence decisions
EnhancingUnderstandabilityInformation is comprehensible to users with a reasonable knowledge of business

The pervasive constraint is cost-benefit: the benefits of providing information must justify the costs.

Underlying Assumption: The going concern assumption presumes the entity will continue operating for the foreseeable future, which justifies deferring expense recognition and valuing assets above liquidation value.

Recognition, Measurement, and Disclosure

Recognition is the process of including an item in financial statements when it meets the definition of an asset, liability, income, or expense and can be measured reliably. Under the revised 2018 Conceptual Framework, recognition is appropriate when it provides relevant information that faithfully represents the asset, liability, income, or expense, and when the benefits of the information justify the cost.

Measurement bases under IFRS include:

  • Historical cost: the amount paid at the time of acquisition. Simple and verifiable.
  • Fair value: the price that would be received to sell an asset (or paid to transfer a liability) in an orderly transaction between market participants at the measurement date.
  • Net realisable value: estimated selling price less estimated costs of completion and selling.
  • Amortised cost: historical cost adjusted for amortisation and impairment.
  • Value in use: the present value of future cash flows expected from an asset or cash-generating unit.

IFRS uses fair value more extensively than ASPE, reflecting the information needs of capital market investors. The choice of measurement basis involves trade-offs between relevance (fair value is more current) and faithful representation (historical cost is more verifiable).

ASPE vs. IFRS — Key Differences: ASPE permits pooling of costs across an asset class; IFRS requires component depreciation. ASPE uses a recoverable amount based on net recoverable amount for impairment; IFRS uses the higher of fair value less costs of disposal and value in use. ASPE allows the cost or equity method for investments in associates; IFRS requires the equity method. These differences reflect the broader disclosure and measurement obligations of public company reporting.

Chapter 2: Property, Plant and Equipment — IAS 16

Initial Recognition and Cost

Property, plant and equipment (PP&E) are tangible assets held for use in producing or supplying goods or services, for rental to others, or for administrative purposes, and are expected to be used for more than one period. IAS 16 governs their recognition, measurement, and derecognition.

PP&E Recognition Criteria (IAS 16.7): An item of PP&E is recognized as an asset if and only if (a) it is probable that future economic benefits associated with the item will flow to the entity, and (b) the cost of the item can be measured reliably.

Cost at initial recognition includes all amounts directly attributable to bringing the asset to the location and condition necessary for its intended use:

  • Purchase price, net of trade discounts and rebates
  • Import duties and non-refundable purchase taxes
  • Costs of site preparation, initial delivery and handling
  • Installation and assembly costs
  • Professional fees (e.g., architects, engineers)
  • Initial estimate of dismantling, removal, and site restoration costs (IAS 37 provision)
Cost Accumulation Example: Horizon Manufacturing Ltd. purchases a new production machine. The invoice price is \$500,000 with a 2% trade discount. Shipping costs are \$8,000. Site preparation (pouring a concrete pad) costs \$15,000. Installation by the vendor costs \$12,000. A government goods-and-services tax of \$25,000 is fully refundable. The company estimates it will cost \$20,000 (present value) to dismantle the machine at end of life.

Capitalized cost calculation:
Invoice price net of discount: $500,000 × 0.98 = $490,000
Shipping: $8,000
Site preparation: $15,000
Installation: $12,000
Dismantling provision (PV): $20,000
GST excluded (refundable)
Total capitalized cost: $545,000

Journal entry:
Dr. Machinery 545,000
  Cr. Accounts Payable 525,000
  Cr. Provision for Decommissioning 20,000

Subsequent costs (repairs, maintenance, overhauls): Routine maintenance is expensed as incurred. Costs that extend useful life, increase capacity, or improve quality beyond the originally assessed standard are capitalized. Under IAS 16’s component approach, major inspections or overhaul costs are capitalized and the carrying amount of any replaced component is derecognized.

Depreciation Methods

Depreciation: The systematic allocation of the depreciable amount of an asset over its useful life. It is not a valuation process but an allocation process — it does not purport to measure market value changes.

Key terms:

  • Depreciable amount = Cost − Residual value
  • Residual value: the estimated amount the entity would receive from disposal at end of useful life, net of disposal costs, if the asset were already of the age and condition expected at end of its useful life
  • Useful life: either the period over which the asset is expected to be available for use, or the number of production units expected to be obtained

Straight-Line Method (SL)

\[ \text{Annual Depreciation} = \frac{\text{Cost} - \text{Residual Value}}{\text{Useful Life (years)}} \]
Straight-Line Example: Apex Corp. acquires equipment on January 1, Year 1: cost = \$120,000; residual value = \$10,000; useful life = 5 years.


Annual depreciation = ($120,000 − $10,000) / 5 = $22,000/year

YearDepreciation ExpenseAccumulated DepreciationCarrying Amount
1$22,000$22,000$98,000
2$22,000$44,000$76,000
3$22,000$66,000$54,000
4$22,000$88,000$32,000
5$22,000$110,000$10,000

Annual journal entry:
Dr. Depreciation Expense 22,000
  Cr. Accumulated Depreciation — Equipment 22,000

Declining Balance Method (DB)

The declining balance method applies a fixed percentage rate to the carrying amount at the beginning of each period, producing a higher depreciation charge in early years.

\[ \text{Annual Depreciation} = \text{Carrying Amount (beginning of year)} \times \text{DB Rate} \]

The double-declining balance (DDB) rate = 2 × (1 / Useful Life). In the final year, the asset is depreciated to the residual value.

Double-Declining Balance Example: Same asset as above: cost = \$120,000; residual value = \$10,000; useful life = 5 years.

DDB Rate = 2 × (1/5) = 40%

YearBeginning CADepreciation (40%)Accumulated Dep.Ending CA
1$120,000$48,000$48,000$72,000
2$72,000$28,800$76,800$43,200
3$43,200$17,280$94,080$25,920
4$25,920$10,368$104,448$15,552
5$15,552$5,552*$110,000$10,000

*Year 5: depreciate only to residual value; $15,552 − $10,000 = $5,552.

Units-of-Production Method (UoP)

This method is appropriate when the pattern of consumption is better correlated with output than with time — for example, mines, oil wells, or heavy machinery with variable usage.

\[ \text{Dep. per unit} = \frac{\text{Cost} - \text{Residual Value}}{\text{Total Estimated Production Units}} \]\[ \text{Annual Depreciation} = \text{Dep. per unit} \times \text{Units produced in the year} \]
Units-of-Production Example: A logging company acquires a harvester for \$350,000 with a residual value of \$50,000. The machine is estimated to harvest 600,000 cubic metres over its life.

Dep. per m³ = ($350,000 − $50,000) / 600,000 = $0.50/m³

Year 1: 120,000 m³ harvested → Dep. = 120,000 × $0.50 = $60,000 Year 2: 90,000 m³ → Dep. = $45,000 Year 3: 150,000 m³ → Dep. = $75,000

Component Depreciation

IAS 16 requires that when a tangible asset has components with significantly different useful lives, each component must be depreciated separately. This is the component approach and is mandatory under IFRS (not required under ASPE).

Component Depreciation Example: An aircraft costs \$80,000,000 and consists of: - Airframe: \$55,000,000; useful life 25 years; residual \$5,000,000 - Engines: \$18,000,000; useful life 10 years; residual \$2,000,000 - Interior: \$7,000,000; useful life 5 years; residual \$0

Annual depreciation:

  • Airframe: ($55M − $5M) / 25 = $2,000,000/year
  • Engines: ($18M − $2M) / 10 = $1,600,000/year
  • Interior: $7M / 5 = $1,400,000/year
  • Total: $5,000,000/year

When the interior is replaced after Year 5, the old interior’s carrying amount ($0) is derecognized and the new interior ($8,000,000) is capitalized.

Subsequent Measurement Models

After initial recognition, IAS 16 permits two models:

Cost Model

The asset is carried at cost less accumulated depreciation and accumulated impairment losses.

\[ \text{Carrying Amount} = \text{Cost} - \text{Accumulated Depreciation} - \text{Accumulated Impairment Losses} \]

Revaluation Model

The asset is carried at its revalued amount, which is fair value at the date of revaluation less subsequent accumulated depreciation and impairment. Revaluations must be made with sufficient regularity to ensure the carrying amount does not differ materially from fair value.

Revaluation Surplus: When an asset's carrying amount is increased as a result of a revaluation, the increase is recognized in Other Comprehensive Income (OCI) and accumulated in equity in a revaluation surplus (sometimes called a revaluation reserve). The surplus is reduced as the asset is depreciated (excess depreciation transferred to retained earnings) or when the asset is derecognized.

Revaluation decrease: If the carrying amount is reduced, the decrease is recognized in profit or loss, except to the extent that it reverses a previous revaluation surplus for the same asset, in which case it reduces OCI.

Revaluation Example: On January 1, Year 1, equipment is acquired for \$200,000 (SL, 10 years, nil residual). At December 31, Year 2, carrying amount = \$200,000 − (2 × \$20,000) = \$160,000. Fair value is determined to be \$180,000.

Revaluation increase:
Dr. Accumulated Depreciation 40,000
Dr. Property, Plant and Equipment 20,000
  Cr. OCI — Revaluation Surplus 20,000

After revaluation: gross = $220,000; accumulated dep. = $0; CA = $220,000 (gross restated approach). New annual depreciation = $220,000 / 8 remaining years = $27,500.

At December 31, Year 3, carrying amount = $192,500. Fair value = $150,000.

Revaluation decrease: The decrease is $192,500 − $150,000 = $42,500. First, offset against existing surplus of $20,000:
Dr. OCI — Revaluation Surplus 20,000
Dr. Impairment Loss (P&L) 22,500
  Cr. Accumulated Depreciation / PPE 42,500

Impairment of PP&E — IAS 36

Impairment (IAS 36): An asset is impaired when its carrying amount exceeds its recoverable amount. Recoverable amount is the higher of (a) Fair Value Less Costs of Disposal (FVLCD) and (b) Value in Use (VIU).

IAS 36 requires that at each reporting date, management assess whether there is any indication that an asset may be impaired. Indicators include:

External indicators: decline in market value; adverse changes in technology, markets, economy, or laws; increase in market interest rates affecting the discount rate used in VIU. Internal indicators: physical damage; obsolescence; plans to discontinue or restructure; evidence that economic performance is or will be worse than expected.

Cash-Generating Units (CGUs)

When it is not possible to estimate the recoverable amount of an individual asset, the entity identifies the cash-generating unit (CGU) to which the asset belongs — the smallest identifiable group of assets that generates cash inflows that are largely independent of cash inflows from other assets.

Impairment Test Example: Nova Resources Ltd. operates a mine. On December 31, Year 3, the carrying amounts of the CGU's assets total \$4,200,000. Management estimates:
  • FVLCD = $3,400,000 (based on recent offer from a third party, less $100,000 disposal costs)
  • VIU: projected cash flows of $600,000/year for 8 years, discounted at 10%
    VIU = $600,000 × PVIFA(10%, 8) = $600,000 × 5.3349 = $3,200,940

Recoverable amount = max($3,400,000, $3,200,940) = $3,400,000 Carrying amount = $4,200,000

Impairment loss = $4,200,000 − $3,400,000 = $800,000

Journal entry:
Dr. Impairment Loss 800,000
  Cr. Accumulated Impairment Losses — Mine Assets 800,000

The loss is allocated pro rata to the assets of the CGU (goodwill first, then other assets).

Impairment reversal: An impairment loss recognized for an asset (other than goodwill) is reversed if there has been a change in the estimates used to determine the recoverable amount. The reversal is recognized in profit or loss and increases the carrying amount, but not above what the carrying amount would have been had the original impairment not been recognized (i.e., the depreciated historical cost ceiling). Goodwill impairment losses are never reversed.

Derecognition of PP&E

An item of PP&E is derecognized on disposal or when no future economic benefits are expected from its use or disposal.

\[ \text{Gain/Loss on Disposal} = \text{Net Proceeds} - \text{Carrying Amount at Disposal Date} \]
Derecognition Example: Equipment was purchased for \$90,000. At disposal, accumulated depreciation = \$62,000 (CA = \$28,000). The equipment is sold for \$35,000 cash.

Gain = $35,000 − $28,000 = $7,000 (recognized in P&L)

Journal entry:
Dr. Cash 35,000
Dr. Accumulated Depreciation 62,000
  Cr. Equipment 90,000
  Cr. Gain on Disposal of Equipment 7,000


Chapter 3: Intangible Assets — IAS 38

Definition and Recognition

Intangible Asset (IAS 38.8): An identifiable non-monetary asset without physical substance. The identifiability criterion is met if the asset is separable (can be sold, transferred, licensed, or rented separately) or if it arises from contractual or other legal rights.

An intangible asset is recognized only when:

  1. It is probable that future economic benefits attributable to the asset will flow to the entity; and
  2. The cost of the asset can be measured reliably.

Intangibles acquired separately or in a business combination are typically recognized. Internally generated goodwill, brands, mastheads, publishing titles, customer lists, and similar items are never recognized as assets.

Research and Development — The Phase Distinction

IAS 38 draws a critical distinction between the research phase and the development phase of an internal project.

Research Phase: Original and planned investigation undertaken with the prospect of gaining new scientific or technical knowledge and understanding. Research expenditures are always expensed when incurred — the entity cannot demonstrate that a future economic benefit will flow.
Development Phase: The application of research findings to a plan or design for producing new or substantially improved products or processes. Development costs are capitalized if, and only if, all six criteria (the PIRATE mnemonic) are met:

(P) Probable that the intangible asset will generate future economic benefits (I) Intention to complete, use, or sell the asset (R) Resources adequate and available to complete development (A) Ability to use or sell the intangible asset (T) Technical feasibility of completing the asset (E) Expenditure attributable to the asset during development can be reliably measured

R&D Accounting Example: BioNova Corp. incurs the following costs in Year 1: - Research into new drug compounds: \$500,000 → expense immediately - Development of a compound that meets all six IAS 38 criteria: \$800,000 → capitalize - Marketing study for a potential new product: \$150,000 → expense (not R&D)

Journal entries:
Dr. Research Expense 500,000
Dr. Marketing Expense 150,000
Dr. Development Costs (Intangible Asset) 800,000
  Cr. Cash / Accounts Payable 1,450,000

Goodwill

Goodwill: An asset representing the future economic benefits arising from other assets acquired in a business combination that are not individually identified and separately recognized. Goodwill = Purchase Price − Fair Value of Net Identifiable Assets Acquired.

Goodwill is not amortized under IFRS. Instead, it is tested for impairment annually or more frequently if indicators exist. Impairment losses on goodwill are never reversed (IAS 36.124).

Goodwill Calculation: Acquirer pays \$5,000,000 for Target Corp. Fair value of Target's identifiable assets = \$6,800,000; fair value of identifiable liabilities = \$2,300,000.

Net identifiable assets = $6,800,000 − $2,300,000 = $4,500,000 Goodwill = $5,000,000 − $4,500,000 = $500,000

Journal entry (acquisition):
Dr. Net Assets (various) 4,500,000
Dr. Goodwill 500,000
  Cr. Cash 5,000,000

Finite vs. Indefinite Life Intangibles

Finite useful life: Amortized over the useful life using a method that reflects the pattern of economic benefits (usually straight-line). Residual value is assumed to be zero unless a third party has committed to purchase the asset or an active market exists.

Indefinite useful life: No foreseeable limit to the period over which the asset is expected to generate net cash inflows. These are not amortized but are tested for impairment annually.

Finite Intangible Amortization: A patent is acquired for \$3,600,000. The legal life is 20 years, but the economic useful life is estimated at 12 years (competitor products expected to emerge). Residual value = \$0.

Annual amortization = $3,600,000 / 12 = $300,000/year

Dr. Amortization Expense — Patent 300,000
  Cr. Accumulated Amortization — Patent 300,000

TypeAmortizationImpairment Test
Finite-life intangibleYes — systematic, over useful lifeWhen indicators exist
Indefinite-life intangibleNoAnnually (mandatory)
GoodwillNoAnnually at CGU level

Chapter 4: Leases — IFRS 16

The IFRS 16 Model

IFRS 16 (effective January 1, 2019) replaced IAS 17 and introduced a fundamentally different lessee accounting model: virtually all leases are recognized on the balance sheet. The old distinction between operating and finance leases for lessees was eliminated.

Lease (IFRS 16): A contract, or part of a contract, that conveys the right to control the use of an identified asset for a period of time in exchange for consideration.

Lessee Accounting

Initial Recognition

At the commencement date, a lessee recognizes:

  1. A right-of-use (ROU) asset — measured at the present value of lease payments plus initial direct costs plus prepaid lease payments plus estimated dismantling costs.
  2. A lease liability — measured at the present value of lease payments not yet paid, discounted at the rate implicit in the lease (or if that cannot be readily determined, the lessee’s incremental borrowing rate).
Lease Payments include fixed payments (less any lease incentives receivable), variable payments based on an index or rate (using the index/rate at commencement), exercise price of a purchase option (if reasonably certain), payments for optional periods (if reasonably certain to exercise), and penalties for early termination (if lease term reflects exercise of termination option).
Full Lessee Example: On January 1, Year 1, SkyTech Corp. enters a 4-year lease for office equipment. Annual payments: \$50,000 due at end of each year. Incremental borrowing rate: 8%. No purchase option; no initial direct costs.

Step 1: Calculate PV of lease liability
PV = $50,000 × PVIFA(8%, 4) = $50,000 × 3.3121 = $165,605

Commencement journal entry:
Dr. Right-of-Use Asset 165,605
  Cr. Lease Liability 165,605

Lease Liability Amortization Table (Effective Interest):

YearOpening BalanceInterest (8%)PaymentClosing Balance
1$165,605$13,248$50,000$128,853
2$128,853$10,308$50,000$89,161
3$89,161$7,133$50,000$46,294
4$46,294$3,703*$50,000$0

*Rounded for final year.

Year 1 journal entries:
Interest expense:
Dr. Interest Expense 13,248
  Cr. Lease Liability 13,248


Lease payment:
Dr. Lease Liability 50,000
  Cr. Cash 50,000


ROU Asset depreciation (SL over 4 years):
Dr. Depreciation Expense — ROU Asset 41,401
  Cr. Accumulated Depreciation — ROU Asset 41,401 (= $165,605 / 4 = $41,401/year)

Short-Term and Low-Value Exemptions

IFRS 16 provides two practical expedients that permit lease payments to be recognized as an expense on a straight-line basis instead of recognizing an ROU asset and lease liability:

  1. Short-term leases: Lease term is 12 months or less at commencement (including any renewal options). The election is made by class of underlying asset.
  2. Low-value assets: Individual underlying asset is of low value when new (typically under US $5,000). The election is made on a lease-by-lease basis.
Impact of IFRS 16 on Financial Statements: Recognizing ROU assets and lease liabilities increases total assets and total liabilities. EBITDA increases because lease expense (formerly above EBIT) is replaced by depreciation (EBITDA add-back) and interest expense. Net income in early years decreases because of the front-loading of total charges under IFRS 16 (high interest in early periods). Debt-to-equity ratios increase.

Lessor Accounting

Lessors continue to classify leases as either finance leases or operating leases under IFRS 16 (same as IAS 17).

Finance Lease (lessor): A lease that transfers substantially all the risks and rewards of ownership to the lessee. The lessor derecognizes the underlying asset and recognizes a net investment in the lease (the present value of lease receivables). Revenue is recognized as interest income using the effective interest method.

Operating Lease (lessor): The lessor retains the underlying asset on its balance sheet and continues to depreciate it. Lease income is recognized on a straight-line basis or another systematic basis over the lease term.

Finance Lease — Lessor: Lessor sells equipment with a carrying amount of \$100,000 on a 5-year finance lease. Annual payments: \$25,000 at end of year. Implicit rate in the lease: 7%.

PV of lease receivable = $25,000 × PVIFA(7%, 5) = $25,000 × 4.1002 = $102,505

Commencement entry (lessor):
Dr. Net Investment in Lease (Lease Receivable) 102,505
  Cr. Equipment (at carrying amount) 100,000
  Cr. Gain on Finance Lease 2,505

Year 1 interest income recognized = $102,505 × 7% = $7,175
Dr. Lease Receivable 17,825 (payment − interest = $25,000 − $7,175)
Dr. (included in interest income accrual)
Dr. Cash 25,000
  Cr. Interest Income 7,175
  Cr. Lease Receivable 17,825


Chapter 5: Financial Instruments — IFRS 9

Classification of Financial Assets

IFRS 9 classifies financial assets based on two criteria: (1) the entity’s business model for managing the assets, and (2) the cash flow characteristics of the instrument (whether cash flows represent solely payments of principal and interest — the SPPI test).

CategoryBusiness ModelSPPI?Measurement
Amortized Cost (AC)Hold to collectYesEffective interest; no fair value changes in P&L
Fair Value through OCI (FVOCI)Hold to collect and sellYesFV changes in OCI; reclassified to P&L on disposal
Fair Value through P&L (FVTPL)OtherNo (or elected)All fair value changes in P&L

Financial liabilities are generally measured at amortized cost using the effective interest method.

Effective Interest Method on Bonds

Effective Interest Method: Interest expense (or income) is calculated by applying the effective interest rate to the carrying amount of the financial asset or liability at the beginning of each period. This method produces a constant periodic rate of interest.
Bond Investment at Amortized Cost: On January 1, Year 1, Sunrise Corp. acquires a \$200,000 face value bond for \$189,640. The bond pays 5% coupon annually on December 31. The effective (market) rate is 6%. Maturity: 3 years. The bond is classified at amortized cost.

Effective Interest Amortization Table:

YearOpening CAInterest Income (6%)Coupon Received (5%)Discount AmortizedClosing CA
1$189,640$11,378$10,000$1,378$191,018
2$191,018$11,461$10,000$1,461$192,479
3$192,479$11,549*$10,000$1,549*$200,000*

*Adjusted for rounding.

Year 1 journal entry:
Dr. Bond Investment 1,378
Dr. Cash 10,000
  Cr. Interest Income 11,378

IFRS 9 Simplified Expected Credit Loss (ECL) for Trade Receivables

Under IFRS 9, entities apply an expected credit loss (ECL) model for impairment — a forward-looking approach that requires recognition of expected losses rather than incurred losses. For trade receivables without a significant financing component, IFRS 9 permits (and most entities use) the simplified approach: a lifetime ECL provision matrix based on historical loss rates, adjusted for forward-looking information.

ECL Provision Matrix: Retail Corp. has the following trade receivables at December 31:
Aging BucketBalanceHistorical Loss RateECL
Current (0–30 days)$500,0000.5%$2,500
31–60 days past due$120,0002.0%$2,400
61–90 days past due$60,0005.0%$3,000
91–120 days past due$25,00015.0%$3,750
Over 120 days past due$10,00040.0%$4,000
Total$715,000$15,650

If the existing allowance for doubtful accounts is $10,000, the adjustment needed is $5,650.

Journal entry:
Dr. Bad Debt Expense 5,650
  Cr. Allowance for Doubtful Accounts 5,650


Chapter 6: Provisions and Contingencies — IAS 37

Provisions — Recognition Criteria

Provision (IAS 37): A liability of uncertain timing or amount. A provision is recognized when: (a) an entity has a present obligation (legal or constructive) as a result of a past event; (b) it is probable (more likely than not) that an outflow of resources embodying economic benefits will be required; and (c) a reliable estimate of the amount of the obligation can be made.

Best estimate: The amount recognized as a provision is the best estimate of the expenditure required to settle the present obligation. Where there is a large population of items (warranties, returns), the expected value approach is used. Where a single obligation, the most likely outcome is typically used.

Discounting: Provisions are discounted to present value where the time value of money is material.

Contingent Liabilities vs. Provisions

TreatmentCondition
Recognize as provisionProbable outflow + reliable estimate
Disclose as contingent liabilityPossible (not remote) outflow, OR probable but cannot reliably measure
No recognition or disclosureRemote possibility of outflow
Constructive Obligation: An obligation arising from an entity's past practice, published policies, or specific statements that create a valid expectation by third parties. For example, if a company has always offered full refunds even when not legally required, a constructive obligation exists for future refunds.

Warranty Provision — Full Example

Warranty Provision Example: DuraTech Ltd. sells industrial equipment with a two-year warranty. In Year 1, total sales = \$8,000,000. Based on historical data: - 70% of units: no warranty claims - 20% of units: minor repairs averaging \$300 per unit - 10% of units: major repairs averaging \$1,200 per unit - Units sold = 5,000

Expected warranty cost per unit = (0.70 × $0) + (0.20 × $300) + (0.10 × $1,200) = $60 + $120 = $180 per unit Total provision = 5,000 × $180 = $900,000

Journal entry — Year 1 (provision recognized):
Dr. Warranty Expense 900,000
  Cr. Warranty Provision 900,000

Year 2 — actual warranty claims paid ($620,000):
Dr. Warranty Provision 620,000
  Cr. Cash / Inventory / Labour Payable 620,000

Year 2 — year-end review: remaining provision $280,000. New sales create additional $950,000 provision. Revised estimate for prior-year obligation: $260,000 (previously $280,000):
Dr. Warranty Provision 20,000
  Cr. Warranty Expense (reversal) 20,000


Dr. Warranty Expense 950,000
  Cr. Warranty Provision 950,000

Environmental Obligations and Decommissioning

When an entity has an obligation to dismantle an asset or restore a site (e.g., an oil company’s platform removal), IAS 16 and IAS 37 require:

  1. A provision is recognized at the present value of the decommissioning cost.
  2. The same amount is added to the cost of the related PP&E asset.
  3. The provision grows each year (unwinding of discount) as interest expense (using the same rate as used in discounting).
  4. The PP&E component is depreciated over the asset’s useful life.

Chapter 7: Long-Term Debt — Bonds Payable

Bond Terminology and Pricing

A bond is a formal debt instrument in which the issuer (borrower) promises to pay the holder (lender) periodic interest (coupon) payments plus the face (par) value at maturity.

Key terms:

  • Face/Par Value: the principal amount repaid at maturity
  • Coupon Rate: stated annual interest rate × face value = periodic coupon payment
  • Market (Effective) Rate: rate that equates present value of cash flows to issue price (yield to maturity)
  • Issue Price: present value of coupon annuity + present value of face value, discounted at market rate
\[ \text{Issue Price} = \text{Coupon} \times \text{PVIFA}(r, n) + \text{Face} \times \text{PVF}(r, n) \]
RelationshipResult
Coupon rate = Market rateBond issued at par
Coupon rate < Market rateBond issued at discount (below par)
Coupon rate > Market rateBond issued at premium (above par)

Full Bond Amortization — Discount Example

Bond Issued at Discount: Meridian Corp. issues \$1,000,000 face value bonds on January 1, Year 1. Coupon rate: 6% annually (paid December 31). Market rate: 8%. Maturity: 3 years.

Issue Price:
PV of coupons = $60,000 × PVIFA(8%, 3) = $60,000 × 2.5771 = $154,626
PV of face = $1,000,000 × PVF(8%, 3) = $1,000,000 × 0.7938 = $793,800
Issue Price = $948,426
Discount on issue = $1,000,000 − $948,426 = $51,574

Issuance entry:
Dr. Cash 948,426
Dr. Discount on Bonds Payable 51,574
  Cr. Bonds Payable 1,000,000

Effective Interest Amortization Table:

YearOpening CAInterest Expense (8%)Coupon Paid (6%)Discount AmortizedClosing CA
1$948,426$75,874$60,000$15,874$964,300
2$964,300$77,144$60,000$17,144$981,444
3$981,444$78,556*$60,000$18,556*$1,000,000*

*Adjusted for rounding.

Year 1 entry:
Dr. Interest Expense 75,874
  Cr. Cash 60,000
  Cr. Discount on Bonds Payable 15,874

Maturity entry:
Dr. Bonds Payable 1,000,000
  Cr. Cash 1,000,000

Bond Issued at Premium — Amortization Table

Bond Issued at Premium: Crestwood Inc. issues \$500,000, 10% coupon bonds when the market rate is 8%. Maturity: 3 years. Annual coupons.

Issue Price = $50,000 × PVIFA(8%, 3) + $500,000 × PVF(8%, 3) = $50,000 × 2.5771 + $500,000 × 0.7938 = $128,855 + $396,900 = $525,755 Premium = $525,755 − $500,000 = $25,755

YearOpening CAInterest Expense (8%)Coupon Paid (10%)Premium AmortizedClosing CA
1$525,755$42,060$50,000$7,940$517,815
2$517,815$41,425$50,000$8,575$509,240
3$509,240$40,760*$50,000$9,240*$500,000*

Year 1 entry:
Dr. Interest Expense 42,060
Dr. Premium on Bonds Payable 7,940
  Cr. Cash 50,000

Convertible Bonds

A convertible bond gives the holder the right to convert the bond into a specified number of common shares. Under IFRS, a convertible bond is a compound financial instrument (IAS 32): the liability component and equity component (the conversion option) must be presented separately.

Bifurcation method:

  1. Calculate the fair value of the liability component: PV of cash flows discounted at the market rate for equivalent non-convertible debt.
  2. The equity component = Issue price − Liability component.
Convertible Bond: Vertex Corp. issues \$1,000,000, 5% convertible bonds at par. Each \$1,000 bond converts into 40 common shares. Market rate for equivalent non-convertible debt: 8%. Maturity: 3 years.

Liability component = $50,000 × PVIFA(8%,3) + $1,000,000 × PVF(8%,3) = $50,000 × 2.5771 + $1,000,000 × 0.7938 = $128,855 + $793,800 = $922,655

Equity component (conversion option) = $1,000,000 − $922,655 = $77,345

Issuance entry:
Dr. Cash 1,000,000
  Cr. Bonds Payable (Liability component) 922,655
  Cr. Equity — Conversion Option 77,345

Interest expense in Year 1 = $922,655 × 8% = $73,812 (Coupon paid = $50,000; discount amortized = $23,812)

If bonds are converted at end of Year 2: Carrying amount of liability at that point is transferred to share capital along with the equity component.


Chapter 8: Shareholders’ Equity

Components of Shareholders’ Equity

Under IFRS, shareholders’ equity comprises:

  1. Share capital — contributed amounts from issuance of shares
  2. Retained earnings — cumulative net income less dividends declared
  3. Accumulated Other Comprehensive Income (AOCI) — cumulative OCI items (revaluation surplus, FVOCI unrealized gains/losses, pension remeasurements)
  4. Other reserves — equity component of convertible bonds, share-based payments

Share Issuance

Share Issuance Journal Entries:

Issuance of 50,000 common shares at $12/share:
Dr. Cash 600,000
  Cr. Common Share Capital 600,000

Issuance of 10,000 preferred shares at $25/share with $3,000 in issue costs:
Dr. Cash 250,000
  Cr. Preferred Share Capital 247,000
  Cr. Cash (issue costs) 3,000 (Issue costs reduce the carrying amount of the shares.)

Actually, the correct entry:
Dr. Cash (net of issue costs): 247,000
  Cr. Preferred Share Capital 247,000

Treasury Shares

Under IFRS, a company’s repurchase of its own shares (treasury shares) results in a reduction of equity. Treasury shares are measured at cost and presented as a deduction from equity. No gain or loss is recognized in profit or loss on treasury share transactions.

Treasury Share Transactions:

Company repurchases 5,000 common shares at $18/share:
Dr. Treasury Shares 90,000
  Cr. Cash 90,000

Company reissues 2,000 treasury shares at $20/share (cost was $18/share):
Dr. Cash 40,000
  Cr. Treasury Shares 36,000
  Cr. Share Premium (Contributed Surplus) 4,000

Company reissues remaining 3,000 treasury shares at $15/share: Cost = 3,000 × $18 = $54,000; Proceeds = $45,000; Shortfall = $9,000 (First debit Contributed Surplus $4,000; remaining $5,000 to Retained Earnings)
Dr. Cash 45,000
Dr. Share Premium 4,000
Dr. Retained Earnings 5,000
  Cr. Treasury Shares 54,000

Dividends

Cash dividends: Recognized as a liability (reduction of retained earnings) when declared.

Cash Dividend: The board declares a cash dividend of \$0.50 per share on 2,000,000 outstanding shares.

Declaration date:
Dr. Retained Earnings 1,000,000
  Cr. Dividends Payable 1,000,000

Payment date:
Dr. Dividends Payable 1,000,000
  Cr. Cash 1,000,000

Stock dividends (bonus issues): An entity issues additional shares to existing shareholders pro rata. The debit is to retained earnings (at fair value per share under IFRS where the dividend is discretionary), and the credit is to share capital.

Stock Dividend: 10% stock dividend declared when 500,000 shares are outstanding at a market price of \$25/share.

New shares issued = 50,000 shares; Total value = 50,000 × $25 = $1,250,000

Dr. Retained Earnings 1,250,000
  Cr. Common Share Capital 1,250,000

Accumulated Other Comprehensive Income (AOCI)

OCI (Other Comprehensive Income) comprises items of income and expense that IFRS excludes from profit or loss. Common items include:

  • Gains/losses on financial assets classified at FVOCI
  • Revaluation surpluses under the IAS 16 revaluation model
  • Remeasurements of defined benefit pension plans
  • Foreign currency translation differences on foreign operations
  • Effective portion of gains/losses on hedging instruments in cash flow hedges

AOCI is the cumulative amount of OCI recognized in prior periods. It is presented as a separate component of equity.


Chapter 9: Earnings Per Share — IAS 33

Basic EPS

Basic EPS (IAS 33): Net profit or loss for the period attributable to ordinary (common) shareholders, divided by the weighted average number of ordinary shares outstanding during the period.
\[ \text{Basic EPS} = \frac{\text{Net Income} - \text{Preferred Dividends}}{\text{Weighted Average Common Shares Outstanding}} \]

Weighted average shares: Shares are weighted by the fraction of the period they are outstanding. Bonus issues (stock dividends, stock splits) are treated as if they occurred at the beginning of the earliest period presented.

Weighted Average Share Calculation: Crestwood Inc. had the following activity during Year 1 (calendar year):
DateEventShares
Jan 1Opening balance400,000
Apr 1New share issuance+100,000
Sep 1Share buyback−50,000

Weighted average = (400,000 × 3/12) + (500,000 × 5/12) + (450,000 × 4/12) = 100,000 + 208,333 + 150,000 = 458,333 shares

Net income = $3,000,000; Preferred dividends = $200,000 Basic EPS = ($3,000,000 − $200,000) / 458,333 = $6.11 per share

Diluted EPS

Diluted EPS reflects the effect of all dilutive potential ordinary shares — those that, if converted or exercised, would decrease EPS. Dilutive instruments include convertible debt, stock options, and warrants.

Options/warrants: Treated using the treasury stock method (IFRS: the buyback method). Proceeds from assumed exercise are assumed to be used to repurchase shares at average market price.

\[ \text{Incremental Shares (options)} = \text{Options outstanding} - \frac{\text{Options} \times \text{Exercise Price}}{\text{Average Market Price}} \]

Convertible debt: The “if-converted” method assumes conversion at the beginning of the period. Net income is adjusted to add back after-tax interest saved; shares are increased by shares issuable on conversion.

Diluted EPS Example: Using the data above (Basic EPS = \$6.11), Crestwood also has: - 100,000 stock options with exercise price \$20; average market price = \$25 - \$500,000 convertible bonds (from Chapter 7 example); if converted, 20,000 shares would be issued; after-tax interest saved = \$50,000 × (1 − 30%) = \$35,000

Options — incremental shares: Proceeds = 100,000 × $20 = $2,000,000 Shares repurchased = $2,000,000 / $25 = 80,000 Incremental shares = 100,000 − 80,000 = 20,000

Convertible bonds — if-converted: Incremental shares = 20,000 Adjusted net income addition = $35,000

Diluted EPS numerator: ($3,000,000 − $200,000) + $35,000 = $2,835,000

Diluted EPS denominator: 458,333 + 20,000 (options) + 20,000 (convertible) = 498,333

Diluted EPS = $2,835,000 / 498,333 = $5.69 per share

(Verify: Diluted EPS < Basic EPS = dilutive ✓)


Chapter 10: Statement of Cash Flows — IAS 7

Purpose and Structure

The statement of cash flows shows the historical changes in cash and cash equivalents, classified into three activities:

  1. Operating: Cash flows from the primary revenue-producing activities (and other activities not classified as investing or financing). The indirect method begins with profit and adjusts for non-cash items and working capital changes.
  2. Investing: Cash flows from acquisition and disposal of long-term assets and investments.
  3. Financing: Cash flows from changes in equity and borrowings.
Cash Equivalents: Short-term, highly liquid investments that are readily convertible to known amounts of cash and subject to an insignificant risk of changes in value (typically, original maturity ≤ 3 months). Examples: treasury bills, commercial paper, money market funds.

Indirect Method — Step-by-Step

Under the indirect method, operating cash flows are derived by adjusting net income for:

  • Non-cash expenses: add back depreciation, amortization, impairment
  • Non-cash income: subtract gains on disposal of assets; add back losses
  • Working capital changes: increases in current assets are deducted; decreases are added; increases in current liabilities are added; decreases are deducted

Comprehensive Cash Flow Example

Full Statement of Cash Flows — Indirect Method:

Stellar Manufacturing Ltd. reports the following for Year 1:

Condensed Income Statement:

  • Net income: $450,000
  • Depreciation expense: $85,000
  • Amortization of intangibles: $20,000
  • Impairment loss on equipment: $30,000
  • Gain on disposal of equipment: $(15,000)
  • Interest expense: $40,000

Balance Sheet Changes (Year 1 vs. Year 0):

AccountChange
Accounts receivable+$60,000 (increase)
Inventory−$25,000 (decrease)
Prepaid expenses+$8,000 (increase)
Accounts payable+$35,000 (increase)
Wages payable−$12,000 (decrease)
Income taxes payable+$18,000 (increase)

Investing Activities:

  • Purchased new machinery for $200,000 (cash)
  • Sold old equipment: proceeds $45,000 (CA was $30,000 → gain $15,000)
  • Purchased patent: $60,000

Financing Activities:

  • Issued long-term bonds for $300,000
  • Repaid $100,000 of long-term debt
  • Paid cash dividends of $80,000

Stellar Manufacturing Ltd. Statement of Cash Flows (Indirect Method) For the Year Ended December 31, Year 1

Operating Activities: Net income: $450,000 Adjustments for non-cash items:   Add: Depreciation expense: $85,000   Add: Amortization of intangibles: $20,000   Add: Impairment loss: $30,000   Less: Gain on disposal of equipment: ($15,000)   Add: Interest expense (if reclassified): $40,000* Changes in working capital:   Less: Increase in accounts receivable: ($60,000)   Add: Decrease in inventory: $25,000   Less: Increase in prepaid expenses: ($8,000)   Add: Increase in accounts payable: $35,000   Less: Decrease in wages payable: ($12,000)   Add: Increase in income taxes payable: $18,000 Net cash from operating activities: $608,000

*Under IAS 7, interest paid may be classified as operating or financing; interest received may be operating or investing. This example classifies interest as operating.

Investing Activities: Purchase of machinery: ($200,000) Proceeds from disposal of equipment: $45,000 Purchase of patent: ($60,000) Net cash used in investing activities: ($215,000)

Financing Activities: Proceeds from bond issuance: $300,000 Repayment of long-term debt: ($100,000) Dividends paid: ($80,000) Interest paid (if classified as financing): — (classified as operating above) Net cash from financing activities: $120,000

Net increase in cash and cash equivalents: $513,000 Opening cash balance: $125,000 Closing cash balance: $638,000

Key Adjustments — Summary Table

ItemTreatment in Indirect Method
Depreciation / AmortizationAdd back (non-cash expense)
Impairment lossAdd back (non-cash expense)
Gain on disposal of assetSubtract (investing cash flow captures proceeds)
Loss on disposal of assetAdd back
Increase in current assetSubtract
Decrease in current assetAdd
Increase in current liabilityAdd
Decrease in current liabilitySubtract
ROU asset depreciationAdd back (non-cash)
Lease liability reductionSubtract from financing (principal)

Chapter 11: Financial Statement Analysis and Ratio Analysis

Framework for Analysis

Financial statement analysis uses quantitative ratios and qualitative assessment to evaluate an entity’s liquidity, solvency, profitability, efficiency, and market performance. Ratios are meaningful only in the context of: (1) industry benchmarks, (2) the entity’s own historical trend, and (3) the entity’s business model.

Liquidity Ratios

Current Ratio: Measures the entity's ability to meet short-term obligations with current assets. \[ \text{Current Ratio} = \frac{\text{Current Assets}}{\text{Current Liabilities}} \]

A ratio above 1.0 indicates current assets exceed current liabilities. Context matters — a supermarket may operate comfortably below 1.0 because of rapid inventory turnover and predictable cash flows.

Quick (Acid-Test) Ratio: A more stringent liquidity measure that excludes inventory and prepaid expenses. \[ \text{Quick Ratio} = \frac{\text{Cash + Short\text{-}term Investments + Net Receivables}}{\text{Current Liabilities}} \]
Cash Ratio: The most conservative liquidity measure. \[ \text{Cash Ratio} = \frac{\text{Cash + Cash Equivalents}}{\text{Current Liabilities}} \]

Solvency (Leverage) Ratios

Debt-to-Equity Ratio: \[ \text{D/E} = \frac{\text{Total Liabilities}}{\text{Total Shareholders' Equity}} \]
Debt-to-Assets Ratio: \[ \text{D/A} = \frac{\text{Total Liabilities}}{\text{Total Assets}} \]
Times Interest Earned (Interest Coverage): \[ \text{TIE} = \frac{\text{EBIT}}{\text{Interest Expense}} \]

Higher values indicate greater capacity to service debt. A TIE below 1.5 raises solvency concerns.

Profitability Ratios

Gross Profit Margin: \[ \text{GPM} = \frac{\text{Gross Profit}}{\text{Net Sales}} \times 100\% \]

Reflects pricing power and production efficiency.

Net Profit Margin: \[ \text{NPM} = \frac{\text{Net Income}}{\text{Net Sales}} \times 100\% \]
Return on Assets (ROA): \[ \text{ROA} = \frac{\text{Net Income}}{\text{Average Total Assets}} \times 100\% \]

Measures how efficiently management uses assets to generate profits.

Return on Equity (ROE): \[ \text{ROE} = \frac{\text{Net Income} - \text{Preferred Dividends}}{\text{Average Common Shareholders' Equity}} \times 100\% \]

Efficiency (Activity) Ratios

Receivables Turnover: \[ \text{RT} = \frac{\text{Net Credit Sales}}{\text{Average Net Accounts Receivable}} \]

Days Sales Outstanding (DSO):

\[ \text{DSO} = \frac{365}{\text{Receivables Turnover}} \]

DSO indicates how many days, on average, the entity takes to collect receivables. Compare to credit terms offered.

Inventory Turnover: \[ \text{IT} = \frac{\text{Cost of Goods Sold}}{\text{Average Inventory}} \]

Days Inventory Outstanding (DIO):

\[ \text{DIO} = \frac{365}{\text{Inventory Turnover}} \]
Asset Turnover: \[ \text{AT} = \frac{\text{Net Sales}}{\text{Average Total Assets}} \]

Reflects how efficiently assets generate sales revenue.

Market Ratios

Price-to-Earnings Ratio (P/E): \[ \text{P/E} = \frac{\text{Market Price per Share}}{\text{EPS}} \]

Reflects market expectations of future earnings growth. A high P/E signals high growth expectations or overvaluation.

Dividend Yield: \[ \text{Dividend Yield} = \frac{\text{Annual Dividends per Share}}{\text{Market Price per Share}} \times 100\% \]
Book Value per Share: \[ \text{BVPS} = \frac{\text{Total Common Shareholders' Equity}}{\text{Shares Outstanding}} \]

Comprehensive Ratio Analysis Example

Integrated Ratio Analysis — Stellar Manufacturing Ltd. (Year 1):

Selected financial data (from prior chapters):

  • Net sales: $5,200,000
  • COGS: $3,100,000
  • Gross profit: $2,100,000
  • EBIT: $720,000
  • Interest expense: $40,000
  • Net income: $450,000
  • Preferred dividends: $0
  • Average total assets: $4,800,000
  • Average common equity: $2,200,000
  • Average accounts receivable: $380,000
  • Average inventory: $420,000
  • Current assets: $1,050,000
  • Current liabilities: $600,000
  • Total liabilities: $2,400,000
  • Total equity: $2,400,000
  • Shares outstanding: 200,000
  • Market price per share: $28.00
  • Annual dividends per share: $0.40
  • Cash: $638,000

Liquidity: Current ratio = $1,050,000 / $600,000 = 1.75 Quick ratio = ($638,000 + $180,000) / $600,000 = 1.36 (assuming receivables = $180,000) Cash ratio = $638,000 / $600,000 = 1.06

Solvency: D/E = $2,400,000 / $2,400,000 = 1.0 D/A = $2,400,000 / $4,800,000 = 0.50 TIE = $720,000 / $40,000 = 18.0×

Profitability: GPM = $2,100,000 / $5,200,000 = 40.4% NPM = $450,000 / $5,200,000 = 8.7% ROA = $450,000 / $4,800,000 = 9.4% ROE = $450,000 / $2,200,000 = 20.5%

Efficiency: RT = $5,200,000 / $380,000 = 13.7×; DSO = 365/13.7 = 26.6 days IT = $3,100,000 / $420,000 = 7.4×; DIO = 365/7.4 = 49.3 days AT = $5,200,000 / $4,800,000 = 1.08×

Market: EPS = $450,000 / 200,000 = $2.25 P/E = $28.00 / $2.25 = 12.4× Dividend yield = $0.40 / $28.00 = 1.4% BVPS = $2,400,000 / 200,000 = $12.00 Price-to-book = $28.00 / $12.00 = 2.3×

Interpretation: Stellar Manufacturing exhibits solid liquidity (current ratio 1.75) and conservative leverage (D/A = 0.50, TIE = 18×). ROE of 20.5% is healthy. A DSO of 27 days relative to standard 30-day credit terms suggests effective collections. The P/E of 12.4× and price-to-book of 2.3× suggest the market ascribes a moderate growth premium to the firm’s asset base.


Chapter 12: Integrative Review and Journal Entry Reference

Consolidated Journal Entry Reference

This section consolidates the key journal entry patterns from all chapters for examination preparation.

PP&E (IAS 16)

TransactionDebitCredit
Asset acquisitionPP&E (cost)Cash / Payable + Decommissioning Provision
Annual depreciationDepreciation ExpenseAccumulated Depreciation
Revaluation increasePP&E / Acc. Dep.OCI — Revaluation Surplus
Revaluation decrease (no surplus)Impairment Loss (P&L)Accumulated Depreciation
Disposal at gainCash; Acc. Dep.PP&E; Gain on Disposal
Disposal at lossCash; Acc. Dep.; Loss on DisposalPP&E

Intangibles (IAS 38)

TransactionDebitCredit
Capitalized development costsDevelopment Costs (Intangible Asset)Cash / Payable
Annual amortizationAmortization ExpenseAccumulated Amortization
ImpairmentImpairment LossAccumulated Impairment — Intangibles
Purchase of patentPatent (Intangible Asset)Cash

Leases — Lessee (IFRS 16)

TransactionDebitCredit
CommencementROU AssetLease Liability
Annual lease payment (interest)Interest ExpenseLease Liability
Annual lease payment (principal)Lease LiabilityCash
Annual depreciation of ROUDepreciation Expense — ROUAccumulated Depreciation — ROU

Bonds Payable

TransactionDebitCredit
Issue at discountCash; Discount on BPBonds Payable (face)
Issue at premiumCashPremium on BP; Bonds Payable (face)
Annual interest (discount bond)Interest ExpenseCash; Discount on BP
Annual interest (premium bond)Interest Expense; Premium on BPCash
Maturity repaymentBonds PayableCash

Provisions (IAS 37)

TransactionDebitCredit
Initial recognitionExpense (Warranty/Legal etc.)Provision
SettlementProvisionCash / Payable
Unwinding of discountInterest ExpenseProvision
Reversal (excess provision)ProvisionExpense (reversal)

Shareholders’ Equity

TransactionDebitCredit
Share issuanceCashShare Capital
Treasury share repurchaseTreasury SharesCash
Treasury share reissuance (above cost)CashTreasury Shares; Contributed Surplus
Cash dividend declarationRetained EarningsDividends Payable
Cash dividend paymentDividends PayableCash
Stock dividendRetained EarningsShare Capital
OCI — revaluation surplusPP&E or FV of AssetOCI — Revaluation Surplus

Key IFRS Standards Summary

StandardTopicKey Requirements
IAS 7Cash FlowsIndirect/direct method; classify O/I/F
IAS 16PP&ECost or revaluation model; component depreciation
IAS 33EPSBasic and diluted; weighted average shares
IAS 36ImpairmentRecoverable amount = max(FVLCD, VIU); CGU
IAS 37ProvisionsProbable + reliable; no recognition of contingent liabilities
IAS 38IntangiblesResearch = expense; development = capitalize (if criteria met)
IFRS 9Financial InstrumentsAC / FVOCI / FVTPL; ECL model
IFRS 15Revenue5-step model; satisfaction of performance obligations
IFRS 16LeasesLessee: ROU + lease liability; lessor: finance vs. operating

Conceptual Connections Across Topics

The Matching Principle and Asset-Expense Boundary: A recurring theme across PP&E, intangibles, and leases is the distinction between capitalizing expenditures (recognizing them as assets to be matched against future revenues) versus expensing them immediately. The decision hinges on whether probable future economic benefits flow to the entity and whether the cost can be measured reliably. Misapplication — capitalizing items that should be expensed, or vice versa — distorts both the statement of financial position (asset values) and the income statement (timing of expenses).
Effective Interest Rate Consistency: The effective interest method appears in multiple contexts in AFM 182: bond amortization (Chapter 7), lease liability amortization (Chapter 4), bond investment at amortized cost (Chapter 5), and the unwinding of discount on provisions (Chapter 6). In each case, the method applies a constant periodic interest rate to the opening carrying amount, ensuring that the liability or asset is carried at amortized cost reflecting the time value of money.
Impact of Accounting Choices on Ratios: The choice of depreciation method (SL vs. DB), the decision to apply the revaluation model versus the cost model, and the classification of leases all affect reported ratios. A company using the revaluation model will tend to report higher assets (if asset values rise), lower depreciation (relative to cost model, depending on timing), and a larger equity base — thereby reducing ROA and ROE in the short term but potentially increasing them if the asset generates higher revenue. Analysts must understand and adjust for these differences when comparing across firms.
IFRS vs. ASPE — Decision Relevance for AFM Students: Canadian public companies must use IFRS. Canadian private companies choose between ASPE and IFRS. A company planning an IPO must transition to IFRS (IFRS 1). Understanding the differences — particularly around component depreciation, the revaluation model, leases (IFRS 16 vs. IAS 17-style ASPE), and financial instruments — is essential for advising clients on the accounting implications of going public.

Practice Problem Set

Problem 1 — PP&E and Impairment

Granite Corp. acquires a building on January 1, Year 1, for $2,400,000 (useful life 40 years, residual $400,000). On December 31, Year 5, indicators of impairment exist. Management estimates FVLCD = $1,600,000 and VIU = $1,750,000. Determine: (a) carrying amount at December 31, Year 5; (b) whether an impairment loss exists and its amount; (c) the journal entry.

Solution:

Annual SL depreciation = ($2,400,000 − $400,000) / 40 = $50,000/year

Carrying amount after 5 years = $2,400,000 − (5 × $50,000) = $2,400,000 − $250,000 = $2,150,000

Recoverable amount = max($1,600,000, $1,750,000) = $1,750,000

Impairment loss = $2,150,000 − $1,750,000 = $400,000

Journal entry:
Dr. Impairment Loss 400,000
  Cr. Accumulated Impairment — Building 400,000

New carrying amount = $1,750,000. Remaining life = 35 years; new residual assumed = $400,000. New annual depreciation = ($1,750,000 − $400,000) / 35 = $38,571/year.

Problem 2 — Lessee Accounting

On January 1, Year 1, Metro Logistics leases a warehouse under a 5-year lease. Annual payments: $80,000 due December 31 each year. Incremental borrowing rate: 6%. Required: (a) PV of lease liability; (b) Year 1 interest expense; (c) Year 1 depreciation on ROU asset; (d) journal entries for Year 1.

Solution:

(a) PV = $80,000 × PVIFA(6%, 5) = $80,000 × 4.2124 = $336,992

(b) Year 1 interest = $336,992 × 6% = $20,220

(c) ROU depreciation = $336,992 / 5 = $67,398/year

(d) Journal entries:
Commencement (Jan 1, Year 1):
Dr. ROU Asset 336,992
  Cr. Lease Liability 336,992


Year 1 interest (Dec 31, Year 1):
Dr. Interest Expense 20,220
  Cr. Lease Liability 20,220


Year 1 payment (Dec 31, Year 1):
Dr. Lease Liability 80,000
  Cr. Cash 80,000

Closing lease liability = $336,992 + $20,220 − $80,000 = $277,212


Year 1 depreciation:
Dr. Depreciation Expense — ROU Asset 67,398
  Cr. Accumulated Depreciation — ROU Asset 67,398

Problem 3 — Basic and Diluted EPS

For Year 1, Apex Ltd. reports net income of $1,200,000. Preferred dividends = $100,000. Weighted average shares = 500,000. In addition, there are 60,000 outstanding options with exercise price $10; average market price = $15. There are also $400,000 of 6% convertible bonds outstanding; if converted, 40,000 shares would be issued. Tax rate = 25%.

Solution:

Basic EPS = ($1,200,000 − $100,000) / 500,000 = $1,100,000 / 500,000 = $2.20

Options — incremental shares (treasury stock/buyback method): Proceeds = 60,000 × $10 = $600,000 Shares repurchased = $600,000 / $15 = 40,000 Incremental shares = 60,000 − 40,000 = 20,000

Convertible bonds — if-converted: Interest saved = $400,000 × 6% = $24,000 pre-tax; after-tax = $24,000 × (1 − 0.25) = $18,000 Incremental shares = 40,000

Check dilution: Options: incremental EPS effect = $0 / 20,000 = $0 < $2.20 ✓ dilutive Bonds: incremental EPS effect = $18,000 / 40,000 = $0.45 < $2.20 ✓ dilutive

Diluted numerator = $1,100,000 + $18,000 = $1,118,000 Diluted denominator = 500,000 + 20,000 + 40,000 = 560,000

Diluted EPS = $1,118,000 / 560,000 = $2.00


Common Exam Pitfalls and Tips

Pitfall 1 — Depreciation Starts When Asset is Available for Use: IAS 16 requires depreciation to commence when the asset is available for use (in the location and condition intended by management), not when it is first used. Similarly, depreciation ceases when the asset is derecognized or classified as held for sale.
Pitfall 2 — Research vs. Development Costs: Students often incorrectly capitalize all R&D. Remember: all research expenditure is expensed always. Only development costs meeting all six criteria are capitalized. Once capitalized, development costs are amortized from when the asset is available for use, not from when capitalizing began.
Pitfall 3 — Lease Liability vs. ROU Depreciation Period: The ROU asset is depreciated over the shorter of the lease term and the asset's useful life (unless a purchase option is reasonably certain, in which case use the full economic life). The lease liability is amortized using the effective interest method over the lease term, regardless of asset life.
Pitfall 4 — Goodwill Impairment is Never Reversed: IAS 36 explicitly prohibits reversal of impairment losses recognized for goodwill (IAS 36.124). This is because any subsequent increase in recoverable amount is considered to reflect internally generated goodwill, which is not recognized under IAS 38.
Pitfall 5 — Treasury Shares Do Not Affect P&L: Gains and losses on treasury share transactions (repurchase and reissuance) are never recognized in profit or loss under IFRS. All differences are recorded within equity (contributed surplus or retained earnings).
Pitfall 6 — Indirect Method Cash Flow Adjustments: Increases in current assets are cash outflows (subtract from net income); increases in current liabilities are cash inflows (add to net income). A common error is reversing these signs. The logic: if accounts receivable increased, the company collected less cash than it recognized as revenue — so subtract the increase.
Pitfall 7 — Weighted Average Shares and Bonus Issues: Stock splits and stock dividends are applied retroactively to all periods presented. If a 2-for-1 split occurs after year end but before the financial statements are authorized for issue, the weighted average share count for all prior periods presented must be restated.
Pitfall 8 — Bond Issue Costs: Under IFRS 9, transaction costs that are directly attributable to the issuance of a financial liability measured at amortized cost are deducted from the initial carrying amount of the liability. They are then amortized as part of the effective interest calculation — they increase the effective interest rate above the stated coupon rate.
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