In: Accounting
James Corporation is planning to issue bonds with a face value of $508,500 and a coupon rate of 6 percent. The bonds mature in 7 years and pay interest semiannually every June 30 and December 31. All of the bonds will be sold on January 1 of this year. (FV of $1, PV of $1, FVA of $1, and PVA of $1) (Use the appropriate factor(s) from the tables provided. Round your final answer to whole dollars.)
Required:
Compute the issue (sale) price on January 1 of this year for each of the following independent cases:
a. Case A: Market interest rate (annual): 4 percent.
Issue Price:
b. Case B: Market interest rate (annual): 6 percent.
Issue price:
c. Case C: Market interest rate (annual): 8.5 percent.
Issue price
The issue price of bond is equal to present value of coupon payment plus present value of par value of bond | ||||
Formula to calculate issue price of bond | ||||
Price of bond = Coupon amount*PVA(n,i) + Par value*PV(n,i) | ||||
Case A | ||||
Face value | $508,500 | |||
Number of payments (n) | 14 | 7*2 | ||
Coupon rate semi annual | 3% | 6%/2 | ||
Coupon amount | $15,255 | 508500*3% | ||
Market interest rate semi annual (i) | 2% | 4%/2 | ||
Price of bond | 15255*PVA(i=2%,n=14) + 508500*PV(i=2%,n=14) | |||
Price of bond | (15255*12.10625) + (508500*0.75788) | |||
Price of bond | $570,060 | |||
PVA(i=2%, n=14) | (1-(1+r)^-n))/r | |||
PVA(i=2%, n=14) | (1-(1.02^-14))/0.02 | |||
PVA(i=2%, n=14) | 12.10625 | |||
PV(i=2%,n=14) | 1/(1+r)^n | |||
PV(i=2%,n=14) | 1/(1.02^14) | |||
PV(i=2%,n=14) | 0.75788 | |||
The present value calculated based on above formula would be same as that of present value table. | ||||
The issue price of bond is $570,060 | ||||
Case B | ||||
Price of bond | 15255*PVA(i=3%,n=14) + 508500*PV(i=3%,n=14) | |||
Price of bond | (15255*12.10625) + (508500*0.75788) | |||
Price of bond | $508,500 | |||
PVA(i=2%, n=14) | (1-(1+r)^-n))/r | |||
PVA(i=2%, n=14) | (1-(1.03^-14))/0.03 | |||
PVA(i=2%, n=14) | 11.29607 | |||
PV(i=2%,n=14) | 1/(1+r)^n | |||
PV(i=2%,n=14) | 1/(1.03^14) | |||
PV(i=2%,n=14) | 0.66112 | |||
The present value calculated based on above formula would be same as that of present value table. | ||||
The issue price of bond is $508,500 | ||||
Case C | ||||
Price of bond | 15255*PVA(i=4.25%,n=14) + 508500*PV(i=4.25%,n=14) | |||
Price of bond | (15255*12.10625) + (508500*0.75788) | |||
Price of bond | $442,453 | |||
PVA(i=2%, n=14) | (1-(1+r)^-n))/r | |||
PVA(i=2%, n=14) | (1-(1.0425^-14))/0.0425 | |||
PVA(i=2%, n=14) | 10.3909 | |||
PV(i=2%,n=14) | 1/(1+r)^n | |||
PV(i=2%,n=14) | 1/(1.0425^14) | |||
PV(i=2%,n=14) | 0.55839 | |||
The present value calculated based on above formula would be same as that of present value table. | ||||
The issue price of bond is $442,453 |