Bus 315 Week 2 Ch' 11 Fixed Income Instruments Ch'12 Term Structure of Interest Rates - PowerPoint PPT Presentation

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Bus 315 Week 2 Ch' 11 Fixed Income Instruments Ch'12 Term Structure of Interest Rates

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Accrued Interest and 'dirty price' Example: find the price plus ... Convertible provision. Retractable and extendible (putable) bonds. Floating rate bond ... – PowerPoint PPT presentation

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Title: Bus 315 Week 2 Ch' 11 Fixed Income Instruments Ch'12 Term Structure of Interest Rates


1
Bus 315 Week 2Ch. 11 Fixed Income Instruments
Ch.12 Term Structure of Interest Rates
2
Bond Characteristics
  • Face or par value
  • Coupon rate
  • Zero coupon bond
  • Compounding and payments
  • Accrued Interest and dirty price
  • Example find the price plus accrued interest for
    a 10 bond paying coupon 01.01 annually if the
    todays (03.01) price for this bond is 115 CAD.
  • Answer

3
Provisions of Bonds
  • Secured or unsecured
  • Registered or bearer bonds (Canada)
  • Call provision
  • Convertible provision
  • Retractable and extendible (putable) bonds
  • Floating rate bond
  • Sinking funds

4
Bond Pricing
  • PB price of the bond
  • Ct interest or coupon payments
  • T number of periods to maturity
  • r the appropriate discount rate

5
Bond pricing (example)
  • A 7 coupon bond that pays interest annually has
    a par value of CAD 1,000, matures in 5 years, and
    has a yield to maturity of 10. Calculate the
    bond price.
  • Answer 886.28
  • What if bond pays coupon semiannually?
  • Answer

6
Bond Prices and Interest Rates
  • Prices and yields (required rates of return) have
    an inverse relationship
  • When yields get very high the value of the bond
    will be very low
  • When yields approach zero, the value of the bond
    approaches the sum of the cash flows

7
Prices and Interest Rates
8
Yield to Maturity
  • Interest rate that makes the present value of the
    bonds payments equal to its price
  • Solve the bond price formula for r
  • Calculate YTM of a 7 coupon bond that pays
    interest annually has a par value of CAD 1,000,
    matures in 5 years and sells at CAD 886.28
  • Answer

9
Bond Pricing (2)
10
Bond pricing (2) example
  • A 7 coupon bond that pays interest annually has
    a par value of CAD 1,000, matures in 5 years, and
    has a yield to maturity of 10. Calculate the
    bond price.
  • Answer 886.28

11
Yield Measures
  • Current Yield (Annual Interest/Market Price)
  • Yield to Maturity
  • Effective Annual Yield
  • Yield to Call
  • Realized Compound Yield
  • Holding Period Return

12
Effective Annual Yield
  • Used to compare bonds of different maturities
  • Calculated as
  • Example find and compare EAY for
  • A) 3-month T-bill sold at 980
  • B) 6-month T-bill sold at 920

13
Holding-Period Return
  • where
  • C coupon payment
  • P1 price at the end of the period
  • P0 beginning of the period price

14
HPR example
  • Suppose you buy today a 10 bond paying coupon
    annually with 5 years to maturity, YTM5. You
    sell it in one year when the YTM increases to
    10. Find HPR?
  • Solution

15
Realized Compound Yield vs. YTM
  • Requires actual calculation of reinvestment
    income
  • Solve for the Internal Rate of Return using the
    following
  • Future Value sale price future value of
    coupons
  • Investment purchase price

16
Realized Compound Yield (Example)
  • Two-year bond selling at par, 10 coupon paid
    once a year. First coupon is reinvested at 8.
    Find RCY

17
Price Paths of Coupon Bonds
18
Default Risk and Ratings
  • Rating companies
  • Moodys Investor Service
  • Standard Poors
  • Fitch IBCA
  • Dominion BRS (Canada)
  • Rating Categories
  • Investment grade (BBB or above)
  • Speculative grade (junk bonds)
  • fallen angels
  • original-issue junk

19
Credit ratings by agencies
  • SP (and Fitch) AAA, AA, AA, AA-, A, A, A-D
  • Moodys Aaa, Aa1, Aa2, Aa3, A1, A2,
    A3Baa1Ba1.. B1C

20
Factors Used by Rating Companies
  • Coverage ratios
  • Leverage ratio
  • Liquidity ratios
  • Profitability ratios
  • Cash flow to debt

21
Financial Ratios by Rating Class
22
Protection Against Default
  • Sinking funds
  • Subordination of future debt
  • Dividend restrictions
  • Collateral

23
Default Risk and Yield
  • Risk structure of interest rates
  • Default premiums
  • Yields compared to ratings
  • Yield spreads over business cycles
  • Flight to quality

24
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25
Bond Pricing with Non-Constant Rates
26
Zeros Prices and Yields
27
Yield Curve
28
Short rates VS Spot rates
  • Short rates are rates prevalent in some future
    period (e.g. year 2)
  • Spot interest rates are rates over period (e.g.
    2-year spot rate is an average rate for a 2-year
    period)
  • Spot rates are equivalent to YTM for zero bonds
    of corresponding maturities

29
Pricing of coupon bonds
  • Coupon bond is similar to combination of zero
    bonds (some with the face value and maturities
    equal to those of coupons)
  • Given interest rates structure mentioned, what is
    the price of an 8 bond with 3 years to maturity?
  • Answer

30
Holding Period Returns
  • Should be similar to the rate over the period
  • Verify with the previous example with zero bonds

31
Forward Rates
  • In real life investors dont know future short
    rates
  • Only know bond prices and yields
  • Still, we can predict the rates (forward rates)
  • Example

32
Forward Rates Calculation
33
Liquidity Premium
  • If investors have preference for short-term
    investments -gt positive liquidity premium
  • Liquidity Premiumfn-E(rn)
  • Suppose, there are two bonds. 1-year and 2-year
    zeros
  • r18, E(r2)10
  • Invest either in 1-year bond or in 2-year bond
    for 1 year

34
Theories of term structure
  • Yield curve may be
  • Upward sloping (normal)
  • Downward sloping
  • Hump-shaped
  • How we can explain that?

35
Expectation Theory
  • Yield curve is upward sloping if the short rates
    are expected to be higher in future
  • fnE(rn)
  • Forward rate give expected short rates

36
Liquidity Preference Theory
  • Short-term investors dominate the market
  • To induce them invest in longer term instruments
    there should be a positive liquidity premium
  • Suppose r110, E(r2)10, E(r3)10
  • LP is positive, therefore y2gt10
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