Question

In: Finance

You own a bond with the following features: 10 years to maturity, face value of $1000,...

You own a bond with the following features: 10 years to maturity, face value of $1000, coupon rate of 4% (annual coupons) and yield to maturity of 4.8%. If you expect the yield to maturity to remain at 4.8%, what do you expect the price of the bond to be in two years?

Solutions

Expert Solution

Price of the Bond in two years

The Price of the Bond is the Present Value of the Coupon Payments plus the Present Value of the Face Value/Par Value. The Price of the Bond is normally calculated either by using EXCEL Functions or by using Financial Calculator.

Here, the calculation of the Bond Price using financial calculator is as follows

Variables

Financial Calculator Keys

Figures

Face Value [-$1,000]

FV

-1,000

Coupon Amount [$1,000 x 4.00%]

PMT

40

Market Interest Rate or Required Rate of Return [4.80%]

1/Y

4.80

Time to Maturity [10 Years – 2 Years]

N

8

Bond Price

PV

?

Here, we need to set the above key variables into the financial calculator to find out the Price of the Bond. After entering the above keys in the financial calculator, we get the Price of the Bond = $947.87.

“Therefore, the Price of the Bond will be $947.87”


Related Solutions

You buy a bond with the following features: 9 years to maturity, face value of $1000,...
You buy a bond with the following features: 9 years to maturity, face value of $1000, coupon rate of 2% (annual coupons) and yield to maturity of 2.5%. Just after you purchase the bond, the yield to maturity rises to 4.9%. What is the capital gain or loss on your bond? If the answer is a capital gain just enter the number. For example 581.65 If the answer is a capital loss enter a negative number. For example -841.47 Do...
You own a bond with the following features:               Face value of $1000,               Coupon rate...
You own a bond with the following features:               Face value of $1000,               Coupon rate of 5% (annual)               13 years to maturity. The bond is callable after 7 years with the call price of $1,071. If the market interest rate is 3.51% in 7 years when the bond can be called, if the firm calls the bond, how much will it save or lose by calling the bond? State your answer to the nearest penny (e.g., 84.25) If...
18- You own a bond with the following features:               Face value of $1000,               Coupon...
18- You own a bond with the following features:               Face value of $1000,               Coupon rate of 3% (annual)               9 years to maturity. The bond is callable after 4 years with the call price of $1,069. If the market interest rate is 4.68% in 4 years when the bond can be called, if the firm calls the bond, how much will it save or lose by calling the bond? State your answer to the nearest penny (e.g., 84.25)...
6- You own a bond with the following features:               Face value of $1000,               Coupon...
6- You own a bond with the following features:               Face value of $1000,               Coupon rate of 5% (annual)               8 years to maturity. The bond is callable after 4 years with the call price of $1,073. If the market interest rate is 3.59% in 4 years when the bond can be called, if the firm calls the bond, how much will it save or lose by calling the bond? State your answer to the nearest penny (e.g., 84.25)...
You own a bond with the following features:               Face value of $1000,               Coupon rate...
You own a bond with the following features:               Face value of $1000,               Coupon rate of 4% (annual)               11 years to maturity. The bond is callable after 7 years with the call price of $1,069. If the market interest rate is 4.23% in 7 years when the bond can be called, if the firm calls the bond, how much will it save or lose by calling the bond? State your answer to the nearest penny (e.g., 84.25) If...
You own a bond with the following features: Face value of $1000, Coupon rate of 6%...
You own a bond with the following features: Face value of $1000, Coupon rate of 6% (annual) 12 years to maturity. The bond is callable after 6 years with the call price of $1,070. If the market interest rate is 4.32% in 6 years when the bond can be called, if the firm calls the bond, how much will it save or lose by calling the bond? State your answer to the nearest penny (e.g., 84.25) If there would be...
You own a bond with the following features: Face value of $1000, Coupon rate of 7%...
You own a bond with the following features: Face value of $1000, Coupon rate of 7% (annual) 10 years to maturity. The bond is callable after 6 years with the call price of $1,054. If the market interest rate is 3.59% in 6 years when the bond can be called, if the firm calls the bond, how much will it save or lose by calling the bond? State your answer to the nearest penny (e.g., 84.25) If there would be...
A bond with a face value of $1000 and maturity of exactly 20 years pays 10%...
A bond with a face value of $1000 and maturity of exactly 20 years pays 10% annual coupon. This bond is currently selling at an annual yield-to-maturity (YTM) of 12%. Answer the following questions for this bond. a. Calculate the current price of the bond by discounting all the cash flows of the bond using the timeline method. b. Calculate the modified duration of the bond without using any Excel built-in function. (calculate PV of each cash flow, find the...
2. Consider a bond with the following features: Maturity = 7 years Face value = $1,000...
2. Consider a bond with the following features: Maturity = 7 years Face value = $1,000 Coupon rate = 4% Semiannual coupons Price = $993 What is this bond's YTM stated as an annual rate? A 3.2500% B 4.1161% C 2.0581% D 6.500% 3. Maturity (years) = 5 Face Value = $1,000 Coupon Rate = 3.00% Price = $900 Coupon (Annual) What is the YTM (annual) of the above bond? A 5.38% B 5.30% C 5.33% D 4.80% E 5.36%...
Suppose that a bond has the following terms: •10-years-to-maturity •$1000 face value •Semi-annual coupons, with an...
Suppose that a bond has the following terms: •10-years-to-maturity •$1000 face value •Semi-annual coupons, with an annual coupon rate of 5% Suppose that all discount rates are 7%. 1. Calculate the price of the bond. 2. Calculate the bond’s modified duration. 3. Calculate the bond’s convexity. 4. If discount rates increase to 10%, what is the new price of the bond. Do (i) the actual calculation and (ii) approximate the new bond price using the duration and convexity. How well...
ADVERTISEMENT
ADVERTISEMENT
ADVERTISEMENT