In: Finance
Use financial calculator
Bond A has the following terms:
Bond B has the following terms:
What should be the price of each bond if interest rate is 8
percent? Round your answers to the nearest dollar.
Price of bond A: $
Price of bond B: $
What will be the price of each bond if, after five years have
elapsed, interest rate is 8 percent? Round your answers to the
nearest dollar.
Price of bond A: $
Price of bond B: $
What will be the price of each bond if, after ten years have
elapsed, interest rate is 7 percent? . Round your answers to the
nearest dollar.
Price of bond A: $
Price of bond B: $
a]
Bond A
I/Y = 8 (market interest rate)
N = 10 (years remaining until maturity)
PMT = -80 (annual coupon payment = face value * coupon rate = $1,000 * 8% = $80)
FV = -1000
CPT ---> PV
PV is calculated to be $1,000
Bond B
I/Y = 8 (market interest rate)
N = 10 (years remaining until maturity)
PMT = -40 (annual coupon payment = face value * coupon rate = $1,000 * 4% = $40)
FV = -1000
CPT ---> PV
PV is calculated to be $732
b]
Bond A
I/Y = 8 (market interest rate)
N = 5 (years remaining until maturity)
PMT = -80 (annual coupon payment = face value * coupon rate = $1,000 * 8% = $80)
FV = -1000
CPT ---> PV
PV is calculated to be $1,000
Bond B
I/Y = 8 (market interest rate)
N = 5 (years remaining until maturity)
PMT = -40 (annual coupon payment = face value * coupon rate = $1,000 * 4% = $40)
FV = -1000
CPT ---> PV
PV is calculated to be $840
c]
Bond A
I/Y = 7 (market interest rate)
N = 0 (years remaining until maturity)
PMT = -80 (annual coupon payment = face value * coupon rate = $1,000 * 8% = $80)
FV = -1000
CPT ---> PV
PV is calculated to be $1,000
Bond B
I/Y = 7 (market interest rate)
N = 0 (years remaining until maturity)
PMT = -40 (annual coupon payment = face value * coupon rate = $1,000 * 4% = $40)
FV = -1000
CPT ---> PV
PV is calculated to be $1,000