Question

In: Finance

On December 31, 2012, a company issued a 3-year, 10% annual coupon bond with a face...

On December 31, 2012, a company issued a 3-year, 10% annual coupon bond with a face value of $100,000. Calculate the book value of the bond at year-end 2012, 2013, and 2014, and the interest expense for 2013, 2014, and 2015, assuming the bond was issued at a market rate of interest of (A) 10%, (B) 9%, and (C) 11%.

Solutions

Expert Solution

A) Face value = $100000, Annual coupon rate = 10%, Period of bond = 3 years, interest rate = 10%

Coupon = annual coupon rate x face value = 10% x 100000 = 10000

First we will find the selling price of bond on December 31, 2012 using pv function in excel

Formula to be used in excel: =pv(rate,nper,-pmt,-fv)

Using pv function in excel, we get price of bond at end of 2012 = 100000

Hence Book value at end of 2012 = 100000

Since the bond has been issued at par and interest rate = coupon rate, therefore there will not be any amortization of discount or premium. Therefore book value bond will be equal to par value of bond at all coupon dates

Hence book value of bond at end of 2013 = book value of bond at end of 2014 = 100000

Year Ending Book value
2012 100000
2013 100000
2014 100000

Interest expense for a year = Interest rate x book value at beginning of year

Interest expense for 2013 = 10% x book value at beginning of 2013 or end of 2012 = 10% x 100000 = 10000

Interest expense for 2014 = 10% x book value at beginning of 2014 or end of 2013 = 10% x 100000 = 10000

Interest expense for 2015 = 10% x book value at beginning of 2015 or end of 2014 = 10% x 100000 = 10000

Year Interest Expense
2013 10000
2014 10000
2015 10000

B) Face value = $100000, Annual coupon rate = 10%, Period of bond = 3 years, interest rate = 9%

Coupon = annual coupon rate x face value = 10% x 100000 = 10000

First we will find the selling price of bond on December 31, 2012 using pv function in excel

Formula to be used in excel: =pv(rate,nper,-pmt,-fv)

Using pv function in excel, we get price of bond at end 2012 = 102531.29

Book value of bond at end of 2012 = 102531.29

Since the bond has been issued at premium, therefore there will be amortization of bond premium

We know that Interest expense for a year = Book value at beginning of year x interest rate

Amortization of bond premium for a year = Coupon - interest expense for year

Ending book value for a year = Beginning book value - Amortization of bond premium

Beginning book value for a year = Ending book value for previous year

For year 2013

Interest expense for 2013 = Beginning book value of 2013 or ending book value of 2012 x interest rate = 102531.29 x 9% = 9227.82

Bond premium amortization for 2013 = 10000 - 9227.82 = 772.18

Ending book value for 2013 = 102531.29 - 772.18 = 101759.11

Now beginning book value of 2014 = Ending book value of 2013 = 101759.11

Similarly values can be found out for other years,we get the following table

Year Beginning Book value Interest Expense Coupon Bond Premium Amortization Ending Book Value
2013 102531.29 9227.82 10000.00 772.18 101759.11
2014 101759.11 9158.32 10000.00 841.68 100917.43
2015 100917.43 9082.57 10000.00 917.43 100000.00

Hence we get following book value

Year Ending Book value
2012 102531.29
2013 101759.11
2014 100917.43

We get following interest expense

Year Interest Expense
2013 9227.82
2014 9158.32
2015 9082.57

C) Face value = $100000, Annual coupon rate = 10%, Period of bond = 3 years, interest rate = 11%

Coupon = annual coupon rate x face value = 10% x 100000 = 10000

First we will find the selling price of bond on December 31, 2012 using pv function in excel

Formula to be used in excel: =pv(rate,nper,-pmt,-fv)

Using pv function in excel, we get price of bond at end 2012 = 97556.29

Book value of bond at end of 2012 = 97556.29

Since the bond has been issued at discount, therefore there will be amortization of bond discount

We know that Interest expense for a year = Book value at beginning of year x interest rate

Amortization of bond discount for a year = interest expense for year - coupon

Ending book value for a year = Beginning book value + Amortization of bond discount

Beginning book value for a year = Ending book value for previous year

For year 2013

Interest for 2013 = Beginning book value of 2013 or ending book value of 2012 x interest rate = 97556.29 x 11% = 10731.19

Bond discount amortization for 2013 = 10731.19 - 10000 = 731.19

Ending book value for 2013 = 97556.29 + 731.19= 98287.48

Now beginning book value of 2014 = Ending book value of 2013 = 98287.48

Similarly values can be found out for other years,we get the following table

Year Beginning Book value Interest Expense Coupon Bond discount Amortization Ending Book Value
2013 97556.29 10731.19 10000.00 731.19 98287.48
2014 98287.48 10811.62 10000.00 811.62 99099.10
2015 99099.10 10900.90 10000.00 900.90 100000.00

Hence we get following end of year book values

Year Ending Book value
2012 97556.29
2013 98287.48
2014 99099.10

We get following interest expense

Year Interest Expense
2013 10731.19
2014 10811.62
2015 10900.90

Related Solutions

Last year, a company issued a 10-year annual coupon bond at par value with a yield...
Last year, a company issued a 10-year annual coupon bond at par value with a yield to maturity of 10.20%. The current yield to maturity has increased to 10.50%. Investors anticipate another increase in yield to maturity over the next 12 months to 10.80%. If the investors forecast accurately, what will be the rate of return on an investment in this bond over the next year? (Do not round intermediate calculations. Enter your final answer as a percent rounded to...
2 years ago, a company issued a 10-year, 9% coupon bond with a face value of...
2 years ago, a company issued a 10-year, 9% coupon bond with a face value of $1000. The bond makes quarterly coupon payments. Today, the bond yields APR of 10% compounded semi-annually. What is the price of the bond today? I asked this question earlier but the answer I got is wrong. I am trying to figure out how to do this question correctly. Thank you!
Consider a 10-year bond with a face value of $100 that pays an annual coupon of...
Consider a 10-year bond with a face value of $100 that pays an annual coupon of 8%. Assume spot rates are flat at 5%. a.Find the bond’s price and modified duration. b.Suppose that its yields increase by 10bps. Calculate the change in the bond’s price using your bond pricing formula and then using the duration approximation. How big is the difference? c.Suppose now that its yields increase by 200bps. Repeat your calculations for part b.
Consider a one-year, 10 percent coupon bond with a face value of $1,000 issued by a...
Consider a one-year, 10 percent coupon bond with a face value of $1,000 issued by a private corporation. The one-year risk-free rate is 10 percent. The corporation has hit on hard times, and the consensus is that there is a 20 percent probability that it will default on its bonds. If an investor were willing to pay at most $775 for the bond, is that investor risk neutral or risk averse?
Consider a 4-year, 5% annual coupon bond with a face value of $10,000, which was issued...
Consider a 4-year, 5% annual coupon bond with a face value of $10,000, which was issued three years ago. The bond just paid the coupon. Therefore, this bond has one year to maturity, and the next payment of the face and coupon will be made in exactly one year, after which the bond will cease to exist. If the bond defaults before next year, it will pay total of $8,000 in one year. The effective 1-year risk-free rate is 3.55%....
A newly issued 10-year maturity, 6% coupon bond making annual coupon payments is sold to the...
A newly issued 10-year maturity, 6% coupon bond making annual coupon payments is sold to the public at a price of $920. What will be an investor’s taxable income from the bond over the coming year? The bond will not be sold at the end of the year. The bond is treated as an original issue discount bond. (Round your answer to 2 decimal places.) Taxable Income:
Last year company X issued a 10-year, 12% semi-annual coupon bond at its par value of...
Last year company X issued a 10-year, 12% semi-annual coupon bond at its par value of $1000. Currently, the bond can be called in 4 years at a price of $ 1,060 and it sells for $ 1,100. What are the bond’s nominal YTM and nominal YTC ? Would the investor more likely be earning YTM or YTC ? (b) Three bonds were issues at par value of $1000 and YTM of 8 %. Evaluate the price of below: •...
Consider a 3 year bond with a face value is $1,000 and a 10% coupon rate...
Consider a 3 year bond with a face value is $1,000 and a 10% coupon rate a) If the current interest rate is 2%, what should be the price of the bond? b) If you could purchase the bond for $1,100, is the yield you are getting higher or lower than 2%? How can you tell? c) Assume you purchase the bond for $1,100 and hold if for one year. You collect one coupon payment and then sell the bond...
3. A 20-year maturity coupon bond with face value of $1,000 makes annual coupon payments and...
3. A 20-year maturity coupon bond with face value of $1,000 makes annual coupon payments and has a coupon rate of 20%. When the bond sells at 1500, the YTM is____; When the bond sells at 1000, the YTM is _____; When the bond sells at 800, the YTM is _____.
1.You own a 10-year, 3% semi-annual coupon bond with $100 face value. If its yield to...
1.You own a 10-year, 3% semi-annual coupon bond with $100 face value. If its yield to maturity is 5.3%, what percentage of its value comes from coupon payments?
ADVERTISEMENT
ADVERTISEMENT
ADVERTISEMENT