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(Bond valuation) You are examining three bonds with a par value of $1,000 (you r

ID: 2790989 • Letter: #

Question

(Bond valuation) You are examining three bonds with a par value of $1,000 (you receive $1,000 at maturity) and are concerned with what would happen to their market value if interest rates (or the market discount rate) changed. The three bonds are Bond A-a bond with 5 years left to maturity that has an annual coupon interest rate of 12 percent, but the interest is paid semiannually. Bond B-a bond with 8 years left to maturity that has an annual coupon interest rate of 12 percent, but the interest is paid semiannually. Bond C-a bond with 16 years left to maturity that has an annual coupon interest rate of 12 percent, but the interest is paid semiannually.

What would be the value of these bonds if the market discount rate were

a. 12 percent per year compounded semiannually?

b. 7 percent per year compounded semiannually?

c. 16 percent per year compounded semiannually?

d. What observations can you make about these results?

a. If the market discount rate were 12 percent per year compounded semiannually, the value of Bond A is $ . (Roundtothenearestcent.)

If the market discount rate were 12 percent per year compounded semiannually, the value of Bond B is $ . (Roundtothenearestcent.)

If the market discount rate were 12 percent per year compounded semiannually, the value of Bond C is $ . (Roundtothenearestcent.)

b. If the market discount rate were 7 percent per year compounded semiannually, the value of Bond A is $ . (Round to the nearest cent.)

If the market discount rate were 7 percent per year compounded semiannually, the value of Bond B is $ . (Round to the nearest cent.)

If the market discount rate were 7 percent per year compounded semiannually, the value of Bond C is $ . (Round to the nearest cent.)

c. If the market discount rate were 16 percent per year compounded semiannually, the value of Bond A is $ . (Roundtothenearestcent.)

If the market discount rate were 16 percent per year compounded semiannually, the value of Bond B is $ . (Roundtothenearestcent.)

If the market discount rate were 16 percent per year compounded semiannually, the value of Bond C is $ . (Roundtothenearestcent.)

Explanation / Answer

When market interest rate is 12%

A-

PVAF at 6% semiannually for the period of 10 semiannual

1-(1+r)^-n / r

1-(1.06)^-10 / .06

7.3608

PVAF at 6% semiannually for the period of 16 semiannual

1-(1+r)^-n / r

1-(1.06)^-16 / .06

10.1059

PVAF at 6% semiannually for the period of 32 semiannual

1-(1+r)^-n / r

1-(1.06)^-32 / .06

14.08404

PVF at 6% semiannually at 10 semiannual period

1/(1+r)^n

1/1.06^10

0.558395

PVF at 6% semiannually at 16 semiannual period

1/(1+r)^n

1/1.06^16

0.393646

PVAF at 6% semiannually for the period of 32 semiannual

1/(1+r)^n

1/1.06^32

0.154957

value of bonds when market interest rate is 12% i.e 6% per semiannual

value of bond A

interest*PVAF + face value*PVF)

60*7.3608 +1000*.558395

1000.043

value of bond B

interest*PVAF + face value*PVF)

60*10.1059 +1000*.393646

1000

value of bond C

interest*PVAF + face value*PVF)

60*14.08404 +1000*.154957

999.9994

When market interest rate is 7%

B-

PVAF at 3.5% semiannually for the period of 10 semiannual

1-(1+r)^-n / r

1-(1.035)^-10 / .035

8.316605

PVAF at 3.5% semiannually for the period of 16 semiannual

1-(1+r)^-n / r

1-(1.035)^-16 / .06

12.09412

PVAF at 3.5% semiannually for the period of 32 semiannual

1-(1+r)^-n / r

1-(1.035)^-32 / .035

19.06887

PVF at 3.5% semiannually at 10 semiannual period

1/(1+r)^n

1/1.035^10

0.708919

PVF at 3.5% semiannually at 16 semiannual period

1/(1+r)^n

1/1.035^16

0.576706

PVAF at 3.5% semiannually for the period of 32 semiannual

1/(1+r)^n

1/1.035^32

0.33259

value of bonds when market interest rate is 7% i.e 3.5% per semiannual

value of bond A

interest*PVAF + face value*PVF)

60*8.3166+1000*.708919

1207.915

value of bond B

interest*PVAF + face value*PVF)

60*12.09412+1000*.576706

1302.353

value of bond C

interest*PVAF + face value*PVF)

60*19.06887 +1000*.33259

1476.722

When market interest rate is 16%

C-

PVAF at 8% semiannually for the period of 10 semiannual

1-(1+r)^-n / r

1-(1.08)^-10 / .08

6.710081

PVAF at 8% semiannually for the period of 16 semiannual

1-(1+r)^-n / r

1-(1.08)^-16 / .08

8.851369

PVAF at 8% semiannually for the period of 32 semiannual

1-(1+r)^-n / r

1-(1.08)^-32 / .08

11.435

PVF at 8% semiannually at 10 semiannual period

1/(1+r)^n

1/1.08^10

0.463193

PVF at 8% semiannually at 16 semiannual period

1/(1+r)^n

1/1.08^16

0.29189

PVAF at 8% semiannually for the period of 32 semiannual

1/(1+r)^n

1/1.08^32

0.0852

value of bonds when market interest rate is 16% i.e 8% per semiannual

value of bond A

interest*PVAF + face value*PVF)

60*8.3166+1000*.463193

962.189

value of bond B

interest*PVAF + face value*PVF)

60*8.851369+1000*.29189

822.9721

value of bond C

interest*PVAF + face value*PVF)

60*11.435 +1000*.0852

771.3

D-

When market interest rate is less than coupon rate bonds price would be higher than it face value and when market interest rate would be greater than coupon rate, value of the bond would be less than par value and when both the rates are same bonds would be issued at par

When market interest rate is 12%

A-

PVAF at 6% semiannually for the period of 10 semiannual

1-(1+r)^-n / r

1-(1.06)^-10 / .06

7.3608

PVAF at 6% semiannually for the period of 16 semiannual

1-(1+r)^-n / r

1-(1.06)^-16 / .06

10.1059

PVAF at 6% semiannually for the period of 32 semiannual

1-(1+r)^-n / r

1-(1.06)^-32 / .06

14.08404

PVF at 6% semiannually at 10 semiannual period

1/(1+r)^n

1/1.06^10

0.558395

PVF at 6% semiannually at 16 semiannual period

1/(1+r)^n

1/1.06^16

0.393646

PVAF at 6% semiannually for the period of 32 semiannual

1/(1+r)^n

1/1.06^32

0.154957

value of bonds when market interest rate is 12% i.e 6% per semiannual

value of bond A

interest*PVAF + face value*PVF)

60*7.3608 +1000*.558395

1000.043

value of bond B

interest*PVAF + face value*PVF)

60*10.1059 +1000*.393646

1000

value of bond C

interest*PVAF + face value*PVF)

60*14.08404 +1000*.154957

999.9994

When market interest rate is 7%

B-

PVAF at 3.5% semiannually for the period of 10 semiannual

1-(1+r)^-n / r

1-(1.035)^-10 / .035

8.316605

PVAF at 3.5% semiannually for the period of 16 semiannual

1-(1+r)^-n / r

1-(1.035)^-16 / .06

12.09412

PVAF at 3.5% semiannually for the period of 32 semiannual

1-(1+r)^-n / r

1-(1.035)^-32 / .035

19.06887

PVF at 3.5% semiannually at 10 semiannual period

1/(1+r)^n

1/1.035^10

0.708919

PVF at 3.5% semiannually at 16 semiannual period

1/(1+r)^n

1/1.035^16

0.576706

PVAF at 3.5% semiannually for the period of 32 semiannual

1/(1+r)^n

1/1.035^32

0.33259

value of bonds when market interest rate is 7% i.e 3.5% per semiannual

value of bond A

interest*PVAF + face value*PVF)

60*8.3166+1000*.708919

1207.915

value of bond B

interest*PVAF + face value*PVF)

60*12.09412+1000*.576706

1302.353

value of bond C

interest*PVAF + face value*PVF)

60*19.06887 +1000*.33259

1476.722

When market interest rate is 16%

C-

PVAF at 8% semiannually for the period of 10 semiannual

1-(1+r)^-n / r

1-(1.08)^-10 / .08

6.710081

PVAF at 8% semiannually for the period of 16 semiannual

1-(1+r)^-n / r

1-(1.08)^-16 / .08

8.851369

PVAF at 8% semiannually for the period of 32 semiannual

1-(1+r)^-n / r

1-(1.08)^-32 / .08

11.435

PVF at 8% semiannually at 10 semiannual period

1/(1+r)^n

1/1.08^10

0.463193

PVF at 8% semiannually at 16 semiannual period

1/(1+r)^n

1/1.08^16

0.29189

PVAF at 8% semiannually for the period of 32 semiannual

1/(1+r)^n

1/1.08^32

0.0852

value of bonds when market interest rate is 16% i.e 8% per semiannual

value of bond A

interest*PVAF + face value*PVF)

60*8.3166+1000*.463193

962.189

value of bond B

interest*PVAF + face value*PVF)

60*8.851369+1000*.29189

822.9721

value of bond C

interest*PVAF + face value*PVF)

60*11.435 +1000*.0852

771.3

D-

When market interest rate is less than coupon rate bonds price would be higher than it face value and when market interest rate would be greater than coupon rate, value of the bond would be less than par value and when both the rates are same bonds would be issued at par