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Cash 1,500<br />

Forward asset 1,500<br />

Entity A purchases the machine for $10,000 (€9,500) and makes this journal entry:<br />

Machine 9,500<br />

Accounts Payable 9,500<br />

Depending on Entity A’s accounting policy, the deferred gain or loss recognized in other comprehensive income of €1,500 should either (1) remain there and<br />

be released as the machine is depreciated or otherwise affects profit or loss or (2) be deducted from the initial carrying amount of the machine. Assuming the<br />

latter treatment, Entity A would make this journal entry:<br />

Other comprehensive income 1,500<br />

Machine 1,500<br />

The net effect of the cash flow hedge is to lock in a price of €8,000 for the machine.<br />

Example<br />

At the beginning of 20X0, Entity B issues a 10-year liability with a principal amount of $100,000 for $100,000 (i.e., at par). The bond pays floating interest<br />

that resets each year as market interest rates change. Entity B measures the liability at amortized cost ($100,000). Because the interest rate regularly resets to<br />

market interest rates, the fair value of the liability remains approximately constant irrespective of how market interest rates change. However, Entity B wishes<br />

to convert the floating rate payments to fixed rate payments in order to hedge its exposure to changes in cash flows due to changes in market interest rates over<br />

the life of the liability.<br />

To hedge the exposure, Entity B enters into a five-year interest rate swap under which the entity pays fixed rate payments (5%) and in return receives floating<br />

rate payments that exactly offset the floating rate payments it makes on the liability. Entity B designates and <strong>document</strong>s the swap as a cash flow hedge of its<br />

exposure to variable interest payments on the bond. On entering into the interest rate swap, it has a fair value of zero. The effect of that interest rate swap is to<br />

offset the exposure to changes in interest cash flows to be paid on the liability. In effect, the interest rate swap converts the liability’s floating rate payments into<br />

fixed rate payments, thereby eliminating the entity’s exposure to changes in cash flows attributable to changes in interest rates resulting from the liability.<br />

At the end of 20X5, the bond has accrued interest of $6,000. Entity B makes this journal entry:<br />

Interest expense 6,000<br />

Bond interest payable 6,000<br />

At the same time, a net interest payment of $1,000 has accrued under the swap for the year. Therefore, Entity A makes this journal entry:<br />

Swap interest receivable 1,000<br />

Interest expense 1,000<br />

The net effect on profit or loss is fixed net interest expense of $5,000 (= 6,000 – 1,000).<br />

Because the swap is a derivative, it is measured at fair value. Entity B determines that the fair value of the swap (excluding accrued interest) has increased by<br />

$5,200. As the swap is designated as a hedging instrument in a cash flow hedge, the change in fair value is not recognized in profit or loss but in other<br />

comprehensive income to the extent that the swap is effective. In this case, Entity B determines that the swap is 100% effective. Therefore, Entity B makes this<br />

journal entry:<br />

Swap asset 5,200<br />

Equity (hedging reserve) 5,200<br />

Because the fair value of the swap will converge to zero by its maturity, the hedging reserve for the swap will also converge to zero by its maturity to the extent<br />

the hedge remains in place and is effective.

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