Question

In: Accounting

On June 30, 2016, Gaston Corporation sold $800,000 of 11% face value bonds for $761,150.96. On...

On June 30, 2016, Gaston Corporation sold $800,000 of 11% face value bonds for $761,150.96. On December 31, 2016, Gaston sold $700,000 of this same bond issue for $734,645.28. The bonds were dated January 1, 2016, pay interest semiannually on each December 31 and June 30, and are due December 31, 2023.

Required:

Compute the effective yield rate on each issuance of Gaston's 11% bonds. Click here to access the tables to use with this problem. Round your answers to the nearest whole percentage.

June 30, 2016 issuance: %
December 31, 2016 issuance: %

Solutions

Expert Solution

No. of interest periods from June 30,2016 to December 31, 2023 is 15 periods

Lets assume an yield rate which is higher that the interest rate per period(11%/2) since the issue price is less than the face value.

Say 6%(per period)

Effective rate for June 30, 2016 issuance:

Present Value of Bonds issued on June 30, 2016= $7,61,150.96

This includes both the principal amount as well as the interest part($8,00,000*11%*2/12 = $44,000)

Lets assume effective yield rate be "i" and it be 6%(assumption)

Therefore,

$7,61,150.96 = ($8,00,000 * pv factor for the last period ) + ($44,000 * pv factor for 15 periods )

$7,61,150.96 = ($8,00,000 *0.4172) + ($44,000 * 9.7122)

                   = $3,33,760 + $4,27,337

                   = $7,61,097

Therefore, the effective yield rate on issuance for June 30, 2016 is 12%( since 6% is semi-annual rate)

No. of interest periods from Dec 31,2016 to December 31, 2023 is 14 periods

Lets assume an yield rate which is lower that the interest rate(11%/2) per period since the issue price is more than the face value.

Say 5%(per period)

Effective rate for December 31, 2016 issuance:

Present Value of Bonds issued on December 31, 2016= $7,34,645.28

This includes both the principal amount as well as the interest part($7,00,000*11%*2/12 = $38,500)

Lets assume effective yield rate be "i" and it be 5%(assumption)

Therefore,

$7,34,645.28 = ($7,00,000 * pv factor for the last period ) + ($38,500 * pv factor for 14 periods )

$7,34,645.28 = ($7,00,000 *0.505067) + ($38,500 * 9.89864)

                   = $3,53,547 + $3,81,098

                   = $7,34,645

Therefore, the effective yield rate on issuance for December 31, 2016 is 10%( since 5% is semi-annual rate)


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