In: Accounting
Issue Price
The following terms relate to independent bond issues:
Use the appropriate present value table:
PV of $1 and PV of Annuity of $1
Required:
Assuming the market rate of interest is 10%, calculate the selling price for each bond issue. If required, round your intermediate calculations and final answers to the nearest dollar.
Situation | Selling Price of the Bond Issue |
a. | $fill in the blank 1 |
b. | $fill in the blank 2 |
c. | $fill in the blank 3 |
d. | $fill in the blank 4 |
a.
Particulars | Cash Flow ($) | Calculation | Amount ($) | |
I. | Face Value of Bond |
$420000 [$1000 * 420 bonds] |
= Cash Flow * PVIF of $1 (i%, n) = $420000 * $1(10%,5 years) = $420000 * 0.62092 = $2,60,786 |
2,60,786 |
II. | Interest Payments of Bond |
$33600 [($1000 * 8%) * 420 bonds] |
= Cash Flow * PVAF of $1 (i%, n) = $33600 * $1(10%,5 years) = $33600 * 3.79079 = $127371 |
1,27,371 |
Selling Price of the Bond Issue | I + II | 3,88,157 |
b.
Particulars | Cash Flow ($) | Calculation | Amount ($) | |
I. | Face Value of Bond |
$420000 [$1000 * 420 bonds] |
= Cash Flow * PVIF of $1 (i%, n) = $420000 * $1(5%,10 years) = $420000 * 0.61391 = $2,57,842 |
2,57,842 |
II. | Interest Payments of Bond |
$16800 [($1000 * 8%) / 2] * 420 bonds] |
= Cash Flow * PVAF of $1 (i%, n) = $16800 * $1(5%,10 years) = $16800 * 7.72173 = $1,29,725 |
1,29,725 |
Selling Price of the Bond Issue | I + II | 3,87,567 |
c.
Particulars | Cash Flow ($) | Calculation | Amount ($) | |
I. | Face Value of Bond |
$820000 [$1000 * 820 bonds] |
= Cash Flow * PVIF of $1 (i%, n) = $820000 * $1(5%,20 years) = $820000 * 0.37689 = $3,09,050 |
3,09,050 |
II. | Interest Payments of Bond |
$32800 [($1000 * 8%) / 2] * 820 bonds] |
= Cash Flow * PVAF of $1 (i%, n) = $32800 * $1(5%,20 years) = $32800 * 12.46221 = $4,08,760 |
4,08,760 |
Selling Price of the Bond Issue | I + II | 7,17,810 |
d.
Particulars | Cash Flow ($) | Calculation | Amount ($) | |
I. | Face Value of Bond |
$1095000 [$500 * 2190 bonds] |
= Cash Flow * PVIF of $1 (i%, n) = $1095000 * $1(5%,30 years) = $1095000 * 0.23138 = $2,53,361 |
2,53,361 |
II. | Interest Payments of Bond |
$65700 [($500 * 12%) / 2] * 2190 bonds] |
= Cash Flow * PVAF of $1 (i%, n) = $65700 * $1(5%,30 years) = $65700 * 15.37245 = $10,09,970 |
10,09,970 |
Selling Price of the Bond Issue | I + II | 12,63,331 |