In: Finance
You buy a(n) eight-year bond that has a 6.75% current yield and a 6.75% coupon (paid annually). In one year, promised yields to maturity have risen to 7.75%. What is your holding-period return? (Do not round intermediate calculations. Round your answer to 2 decimal places.) Holding-period return %
Purchase price = $1000
| 
 Using financial calculator BA II Plus - Input details:  | 
 #  | 
| 
 I/Y = Rate or yield / frequency of coupon in a year =  | 
 6.750000  | 
| 
 PMT = Coupon rate x FV / frequency =  | 
 -$67.50  | 
| 
 N = Number of years remaining x frequency =  | 
 8.00  | 
| 
 FV = Future Value =  | 
 -$1,000.00  | 
| 
 CPT > PV = Present value of bond =  | 
 $1,000.00  | 
Value of bond one year later = $947.49
| 
 Using financial calculator BA II Plus - Input details:  | 
 #  | 
| 
 I/Y = Rate or yield / frequency of coupon in a year =  | 
 7.750000  | 
| 
 PMT = Coupon rate x FV / frequency =  | 
 -$67.50  | 
| 
 N = Number of years remaining x frequency =  | 
 7.00  | 
| 
 FV = Future Value =  | 
 -$1,000.00  | 
| 
 CPT > PV = Present value of bond =  | 
 $947.49  | 
Holding period return = (Coupon + Value of bond one year later - Purchase price)/Purchase price
Holding period return = (67.5 + 947.49 - 1000)/1000
Holding period return = 1.50%