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To illustrate, a bond that is convertible into a fixed number of ordinary shares of the issuer is a compound instrument. From the perspective of the issuer, a<br />

convertible bond has two components:<br />

1. An obligation to pay interest and principal payments on the bond as long as it is not converted. This component meets the definition of a financial<br />

liability, because the issuer has an obligation to pay cash.<br />

2. A sold (written) call option that grants the holder the right to convert the bond into a fixed number of ordinary shares of the entity. This component<br />

meets the definition of an equity instrument.<br />

PRACTICAL INSIGHT<br />

Instruments that from the issuer’s perspective have both liability and equity elements are from the holder’s perspective often financial assets that contain<br />

embedded derivatives under IAS 39. However, split accounting under IAS 32 is different from embedded derivatives accounting under IAS 39 because,<br />

under IAS 39, an embedded derivative is separated and accounted for as a financial asset or financial liability at fair value, while under IAS 32, an<br />

embedded derivative that meets the definition of an equity instrument is classified and presented as own equity.<br />

By requiring split accounting for the components of compound instruments, IAS 32 ensures that financial liabilities and equity instruments are accounted for in a<br />

consistent manner irrespective of whether they are transacted together in a single, compound instrument (e.g., a convertible bond) or transacted separately as two<br />

freestanding contracts (i.e., a bond and an issued share warrant).<br />

To determine the initial carrying amounts of the liability and equity components, entities apply the so-called with-and-without method. The fair value of the<br />

instrument is determined first including the equity component. The fair value of the instrument as a whole generally equals the proceeds (consideration) received in<br />

issuing the instrument. The liability component is then measured separately without the equity component. The equity component is assigned the residual amount after<br />

deducting from the fair value of the compound instrument as a whole the amount separately determined for the liability component. That is<br />

Fair value of compound instrument<br />

– Fair value of liability component (= its initial carrying amount)<br />

= Initial carrying amount of equity component<br />

The opposite is not permitted; that is, it is not appropriate to determine the fair value of the equity component first and then allocate the residual to the liability<br />

component.<br />

The sum of the initially recognized carrying amounts of the liability and equity components always equals the amount that would have been assigned to the<br />

instrument as a whole.<br />

Example<br />

Entity A issues a bond with a principal amount of $100,000. The holder of the bond has the right to convert the bond into ordinary shares of Entity A. On<br />

issuance, Entity A receives proceeds of $100,000. By discounting the principal and interest cash flows of the bond using interest rates for similar bonds without<br />

an equity component, Entity A determines that the fair value of a similar bond without any equity component would have been $91,000. Therefore, the initial<br />

carrying amount of the liability component is $91,000. The initial carrying amount of the equity component is computed as the difference between the total<br />

proceeds (fair value) of $100,000 and the initial carrying amount of the liability component of $91,000. Thus, the initial carrying amount of the equity<br />

component is $9,000. Entity A makes this journal entry:<br />

Cash 100,000<br />

Financial liability 91,000<br />

Equity 9,000<br />

The subsequent accounting for the liability component is governed by IAS 39. For instance, if the liability component is measured at amortized cost, the difference<br />

between the initial carrying amount of the liability component ($91,000 in the example) and the principal amount at maturity ($100,000 in the example) is amortized to<br />

profit or loss as an adjustment of interest expense in accordance with the effective interest method. This has the effect of increasing interest expense as compared with<br />

the stated interest rate on the bond.<br />

The accounting for the equity component is outside the scope of IAS 39. Equity is not remeasured subsequent to initial recognition.<br />

Classification of the liability and equity components of a convertible debt instrument is not revised as a result of a change in the likelihood that the equity conversion<br />

option will be exercised.<br />

This case illustrates the accounting for issued convertible debt instruments.<br />

Facts<br />

CASE STUDY 3<br />

On October 31, 20X5, Entity A issues convertible bonds with a maturity of five years. The issue is for a total of 1,000 convertible bonds. Each bond has a<br />

par value of $100,000, a stated interest rate is 5% per year, and is convertible into 5,000 ordinary shares of Entity A. The convertible bonds are issued at<br />

par. The per-share price for an Entity A share is $15. Quotes for similar bonds issued by Entity A without a conversion option (i.e., bonds with similar

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