# Bond Calculations

Complete problems: 1, 2, 3, 5, 6, 8, & 11 on text pp. 274-276 of Ch. 8.

1. Determine the value of a $1,000 denomination Bell South bond with a 7

percent coupon rate maturing in 20 years for an investor whose required rate

of return is:

a. 8 percent

b. 7 percent

c. 5 percent

2. Consider Allied Signal Corporation's percent bonds that mature on June 1,

2010. Assume that the interest on these bonds is paid and compounded

annually. Determine the value of a $1,000 denomination Allied Signal

Corporation bond as of June 1, 2004, to an investor who holds the bond until

maturity and whose required rate of return is:

a. 7 percent

b. 9 percent

c. 11 percent

d. What would be the value of the Allied Signal Corporation bonds at an 8

percent required rate of return if the interest were paid and compounded

semiannually?

3. Southern Bell has issued percent bonds that mature on August 1, 2011.

Assume that interest is paid and compounded annually. Determine the yield

to maturity if an investor purchases a $1,000 denomination bond for $853.75

on August 1, 2004.

5. Consider the Allied Signal Corporation zero coupon money multiplier notes

of 2008. The bonds were issued on July 1, 1990, for $100. Interest is paid every

July 1 and the bond matures on July 1, 2008. Determine the yield to maturity if

the bonds are purchased at the:

a. Issue price in 1990

b. Market price as of July 1, 2004, of $750

c. Explain why the returns calculated in (a) and (b) are different.

6. If you purchase a zero coupon bond today for $225 and it matures at $1,000 in

11 years, what rate of return will you earn on that bond (to the nearest 10th of

1 percent)?

8. AT&T Corporation has several issues of bonds outstanding. One of the

outstanding bonds has a 5 percent coupon and matures in 2004. The bonds

mature on April 1 in the maturity year. Suppose an investor bought this bond

on April 1, 1999, and assume interest is paid annually on April 1. Calculate the

yield to maturity assuming the investor buys the bond at the following price, as

quoted in the financial press:

a. 100

b. 90

c. 105

11. The following bond quotations are taken from the Wall Street Journal dated

Friday, September 5, 2003:

Company Coupon Maturity Last Price Yield

International Paper (IP) 6.750 Sep 01, 2011 108.198 5.468

Sara Lee (SLE) 3.875 Jun 15, 2013 89.700 5.235

Wells Fargo (WFC) 7.250 Aug 24, 2005 109.645 2.191

General Motors (GM) 7.125 Jul 15, 2013 101.201 6.952

Lincoln National (LNC) 6.200 Dec 15, 2011 105.903 5.307

a. Explain why the International Paper bond is selling at a premium but the

Sara Lee is selling at a discount.

b. Why is the yield (yield to maturity) on the General Motors bond so much

higher than the yield on the Sara Lee bond?

c. Why is the yield (yield to maturity) on the Wells Fargo Bank bond so much

less than the yield on the Lincoln National Corp. bond?

https://brainmass.com/business/bond-valuation/bond-calculations-207778

#### Solution Preview

Please see the attached file

1.

The value is the present value of interest and principal discounted at the required return.

The value can be calculated using the PV function

Part A

Par Value 1,000

Required Return 8%

Annual Interest 70

Maturity 20 years

Value $901.82

Part B

Par Value 1,000

Required Return 7%

Annual Interest 70

Maturity 20 years

Value $1,000.00

Part A

Par Value 1,000

Required Return 5%

Annual Interest 70

Maturity 20 years

Value $1,249.24

2.

The value is the present value of interest and principal discounted at the required return.

The value can be calculated using the PV function

Part A

Par Value 1,000

Required Return 7%

Annual Interest 98.75 Based on 9 7/8% interest rate

Maturity 6 years 2004 to 2010

Value $1,137.04

Part B

Par Value 1,000

Required Return 9%

Annual Interest 98.75

Maturity 6 years

Value $1,039.25

Part C

Par Value 1,000 ...

#### Solution Summary

The solution has various problems relating to bond calculations.

Lewis Formula and Molecular Bonding

Need answers to all highlighted questions in the file regarding Lewis structures, molecular structure, and molecular bonding.

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