1. CHAPTER SIX Bond and Common Share Valuation J.D. Han

2. Learning Objectives 1.Name the five variables of a debt contract. 2.Describe how to estimate bond prices and bond yields. 3.Discuss the three leading theories on the term structure of interest rates, and explain how they differ. 4.Explain the dividend discount model (DDM) and how financial officers use it to value shares.

3. 6. 1 Introduction n Topics explored and discussed include: Valuation of bonds and common share without risk premium Valuation of bonds and common share without risk premium Rates of Returns Rates of Returns Risk premiums Risk premiums

4. 6.2 Valuation of Bonds Bond – a debt instrument that entitles the owner to specified periodic interest payments and eventually to the repayment of principle(face value) at the stated date of maturity; sold at a market price(= face value +- premium or discount) Bond – a debt instrument that entitles the owner to specified periodic interest payments and eventually to the repayment of principle(face value) at the stated date of maturity; sold at a market price(= face value +- premium or discount) “What you see is not what you get” Coupon rate – the rate specified on the original contract with the face value Coupon rate – the rate specified on the original contract with the face value Effective yield or yield to maturity – the yield investors realize by holding to maturity a debt contract bought at a particular market price Effective yield or yield to maturity – the yield investors realize by holding to maturity a debt contract bought at a particular market price

5. Valuation of Bonds Debt contracts are characterized by Debt contracts are characterized by The face valueThe face value Stated interest rateStated interest rate Time pattern of repayment under the debt contractTime pattern of repayment under the debt contract Current market price of the debt contractCurrent market price of the debt contract Effective yield of the debt contract, based on its current priceEffective yield of the debt contract, based on its current price

6. Calculating Market Price Where: B = current market price of the bond F = face value of the bond I = interest or coupon payments r = yield to maturity

7. Example: Calculating Market Price Where: B = current market price of the bond= ? 1000= face value of the bond I = 80 I = 0.1 n= 20

8. Different Payment Intervals: n In calculating the bond price for semi- annual(x times a year) coupons the following changes must be recognized: Divide the annual coupon by two(x) to determine the amount of semi-annual (x-ual) coupon Divide the annual coupon by two(x) to determine the amount of semi-annual (x-ual) coupon Divide the market yield by two(x) to obtain the six-month (12/x month) market yield Divide the market yield by two(x) to obtain the six-month (12/x month) market yield Multiply the number of years(n) to maturity by two(x) to obtain the number of semi- annual periods to maturity Multiply the number of years(n) to maturity by two(x) to obtain the number of semi- annual periods to maturity

9. Different Payment Intervals:

10. Variations of Bonds n Perpetual Bond n Zero-coupon bond (or strip bond) do not pay any interest during its life s Zeros are created when financial intermediaries buy traditional bonds and strip the cash flow from them and sell the coupon and cash flow separately Zeros are created when financial intermediaries buy traditional bonds and strip the cash flow from them and sell the coupon and cash flow separately n Purchaser pays less for zeros and receives face value at maturity

11. Bond Yields Yield to Maturity - the ROR that investors realize by holding to maturity a debt contract that they bought at a particular market price. Yield to Maturity - the ROR that investors realize by holding to maturity a debt contract that they bought at a particular market price. coupon income + capital gain or loss coupon income + capital gain or loss

12. Two methods in calculating YTM 1. Linear interpolation 2. Approximation formula

13. Example: n FV = 100; B = 98.25; Semi-annual I = 6.3; n =7

14. Current Yield Current yield – the ratio of annual coupon interest to the current market price Current yield – the ratio of annual coupon interest to the current market price

15. 6.3 Determinants of Interest Rates n The effective yield of a debt contract is established by the general economic factors that effect the overall level of interest rates and by such features of the debt contract as its maturity, currency denomination, and risk of default.

16. Determinants of Interest Rates n Interest - the price paid for borrowing money Changes in interest is measured in basis points.Changes in interest is measured in basis points. One basis point = 1/100 th of one percentOne basis point = 1/100 th of one percent

17. Determinants of Interest Rates Loanable fund theory –the relationship between the supply and demand for funds where the supply of capital  with  interest rates and the demand for funds  as the costs . At equilibrium interest rates are such that demand equals supply. Loanable fund theory –the relationship between the supply and demand for funds where the supply of capital  with  interest rates and the demand for funds  as the costs . At equilibrium interest rates are such that demand equals supply.

18. Determinants of Interest Rates Real risk-free rate interest – the basic interest rate that must be offered to individuals to persuade them to save rather than consume and is not affected by price changes or risk factors Real risk-free rate interest – the basic interest rate that must be offered to individuals to persuade them to save rather than consume and is not affected by price changes or risk factors Nominal interest rates – represent the real rate (RR) plus the expected inflation Nominal interest rates – represent the real rate (RR) plus the expected inflation

19. Determinants of Interest Rates RF = RR + EI where: where: RF = short-term treasury bill rate RR = the real risk-free rate of interest EI = the expected rate of inflation over the term of the instrument

20. Term Structure of Interest Rates Term Structure of Interest Rates – the relationship between time to maturity and yields for a particular category of bonds at a particular time Term Structure of Interest Rates – the relationship between time to maturity and yields for a particular category of bonds at a particular time Yield curve – the graphical depiction of the relationship between yields and time to maturity Yield curve – the graphical depiction of the relationship between yields and time to maturity

21. Term Structure of Interest Rates n The three most common term structure of interest rate theories include: 1.Expectations theory 2.Liquidity preference theory 3.Market segmentation theory

22. 6.4 Common Share Valuation n Two basic approaches are used in fundamental security analysis: 1.Present Value using the DDM 2.Relative valuation methods which values shares relative to some company characteristics based on a multiple that is deemed appropriate

23. Common Share Valuation Dividend discount model (DDM) – uses the expected future cash flows as the basis for valuing common shares Dividend discount model (DDM) – uses the expected future cash flows as the basis for valuing common sharesWhere: P o = estimated price of a common share today D = the dividends expected to be received for each future period r cs = the required rate of return

24. No-Growth-Rate Version of the DDM n The fixed dollar dividend reduces to a perpetual annuity Where: D 0 = the constant-dollar dividend r cs = the required rate of return

25. The Constant-Growth-Rate Version of the DDM n Dividends are expected to grow at a constant rate over time Where: D 1 = the dividend expected to be received at the end of year 1

26. Estimating the Growth Rate in Future Dividends n Three estimates are required in order to implement the constant-growth-rate of the DDM: 1. The expected dividend at the end of the year 2.The required rate of return by shareholders 3.The expected growth rate in dividends

27. Estimating Growth Rates Internal growth rate of earnings or dividends: Internal growth rate of earnings or dividends: g = ROE X (1- Payout ratio) Used where g can be estimated using data for a particular year using long-term averages or “normalized” figures for ROE and payout ratio Used where g can be estimated using data for a particular year using long-term averages or “normalized” figures for ROE and payout ratio