Bond Valuation

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Bond Valuation

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Title: Bond Valuation


1
Bond Valuation
  • Bond futures
  • Bond pricing
  • Bond rating
  • Bond types
  • Inflation and interest rates
  • Term structure and determinants of interest rates

2
Bond Features
  • If a bond has five years to maturity, an 80
    annual coupon, and a 1000 face value, its cash
    flows would look like this
  • Time 0 1 2 3 4 5
  • Coupons
  • Face Value

3
Bond features
  • Par value (face value) the amount that will be
    repaid at the end of the loan.
  • Coupon stated interest payment made on a bond
  • Maturity date when the principle is paid
  • Coupon rate the annual coupon divided by the
    face value of a bond
  • Yield to maturity (or YTM) is the rate that
    makes the market price of the bond equal to the
    present value of its future cash flows
  • Current yield the coupon payment divided by the
    bonds closing price

4
The Bond Pricing Equation
  • Bond Value Present Value of the Coupons
  • Present Value of the Face Value
  • C ? 1 - 1/(1 r )t/r F ? 1/(1 r )t
  • where C Coupon paid each period
  • r Rate per period
  • t Number of periods
  • F Bonds face value

5
Valuing a Bond
  • Barnhart, Inc. bonds have a 1,000 face value,
    the promised annual coupon is 100, the bonds
    mature in 20 years. If the market required return
    on similar bonds is 10, 12, or 8,
    respectively, what is the bonds value under
    respective required returns?

6
Bond Rates and Yields
  • Consider again our example bond. It sells for
    924.18, pays an annual coupon of 80, and it
    matures in 5 years. It has a face value of 1000.
    What are its coupon rate, current yield, and
    yield to maturity (YTM)?
  • Coupon rate
  • current yield
  • Yield to maturity

7
Bond Price Sensitivity to YTM
Bond price
1,800
Coupon 10020 years to maturity1,000 face
value
1,600
Key Insight Bond prices and YTMs are inversely
related.
1,400
1,200
1,000
800
600
Yield to maturity, YTM
12
4
6
8
10
14
16
8
Example
  • A Microgates Industry bond has a 10 percent
    coupon rate and a 1,000 face value. Interest is
    paid seminannually, and the bond has 20 years to
    maturity. If investors require a 12 percent
    yield, what is the bonds value? What is the
    effective annual yield on the bond?

9
Bond Pricing Theorems
  • The following statements about bond pricing are
    always true.
  • 1. Bond prices and market interest rates move in
    opposite directions.
  • 2. When a bonds coupon rate is (greater than /
    equal to / less than) the markets required
    return, the bonds market value will be (greater
    than / equal to / less than) its par value.
  • 3. All other things being equal, the longer the
    time to maturity, the greater the interest rate
    risk
  • 4. All other things being equal, the lower the
    coupon rate, the greater the interest rate risk

10
Interest Rate Risk and Time to Maturity (Figure
7.2)
11
More Bond Features
  • Term Explanation
  • Amount of issue 200 million The company issued
    200 million worth of bonds.
  • Date of issue 8/4/94 The bonds were sold on
    8/4/94.
  • Maturity 8/1/24 The principal will be paid 30
    years after the issue date.
  • Face Value 1,000 The denomination of the bonds
    is 1,000.
  • Annual coupon 8.375 Each bondholder will receive
    83.75 per bond per year
  • Offer price 100 The offer price will be 100 of
    the 1,000 face value per bond.

12
More Bond Features
  • Term Explanation
  • Coupon payment dates 2/1, 8/1 Coupons of _____
    will be paid on these dates.
  • Security None The bonds are debentures.
  • Sinking fund Annual The firm will make annual
    payments beginning 8/1/05 toward the sinking
    fund.
  • Call provision Not callable The bonds have a
    deferred call feature. before 8/1/04
  • Call price 104.188 initially After 8/1/04, the
    company can buy declining to 100 back the bonds
    for 1,041.88 per bond, declining to 1,000 on
    8/1/14.
  • Rating Moodys A2 This is one of Moodys higher
    ratings. The bonds have a low probability of
  • default.

13
The Bond Indenture
  • The bond indenture is a three-party contract
    between the bond issuer, the bondholders, and the
    trustee. The trustee is hired by the issuer to
    protect the bondholders interests.
  • The indenture includes
  • The basic terms of the bond issue
  • The total amount of bonds issued
  • A description of the security
  • The repayment arrangements
  • The call provisions
  • Details of the protective covenants

14
Bond Ratings

  • Low
    Quality, speculative,
    Investment-Quality Bond Ratings
    and/or Junk
  • High Grade Medium Grade Low Grade Very Low
    Grade
  • Standard Poors AAA AA A BBB BB B CCC CC C DMoo
    dys Aaa Aa A Baa Ba B Caa Ca C C

15
Different Types of Bonds
  • Government bonds
  • Treasure bonds have no default risk
  • Treasure bonds are exempt from state income taxes
    (not federal income tax)
  • Municipal bonds are exempt from federal income
    tax (not state income tax)
  • Zero coupon bonds no coupon payment
  • Floating-rate bonds the coupon payment are
    adjustable
  • Disaster bonds
  • Income bonds
  • Convertible bonds
  • Put bond

16
How to Buy or Sell Bonds
  • Most trading in bonds takes place over the
    counter (OTC)
  • There is no particular place where buying and
    selling occur
  • Transactions are privately negotiated between
    parties, and there is little or no centralized
    reporting of transactions

17
Bond Quotations
  • Corporate bonds
  • ATT 7 ½ 06 7.7 554 97.63 -0.38
  • Treasure quotation
  • 9.000 Nov 18 13327 133.28 24 5.78

18
Inflation and Returns
  • Real versus nominal returns
  • Your nominal return is the percentage change in
    the amount of money you have.
  • Your real return is the percentage change in
    the amount of stuff you can actually buy.

19
Inflation and Returns
  • The relationship between real and nominal returns
    is described by the Fisher Effect. Let
  • R the nominal return
  • r the real return
  • h the inflation rate
  • According to the Fisher Effect
  • 1 R (1 r) ? (1 h)

20
The Term Structure of Interest Rates
  • It represents the relationship between nominal
    interest rates on default-free, pure discount
    securities and time to maturity that is, the
    pure time value of money.
  • Yield curve graphical representation of the
    term structure
  • Normal upward-sloping, long-term yields are
    higher than short-term yields
  • Inverted downward-sloping, long-term yields are
    lower than short-term yields

21
Upward-sloping Term Structure
22
Downward-sloping Term Structure
23
U.S. Interest Rates 1800-1997 (Fig. 7.5)
24
Factors Affecting Bond Yields
  • The real rate of interest
  • Expected future inflation
  • Interest rate risk
  • Default risk premium
  • Taxability premium
  • Liquidity premium
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