spot-rates

  1. A

    P1.T4 "Valuation & Risk Model" EOC 13.14

    question: Suppose that the 12-month and 30-month spot rates are chosen as key rates. Plot the key rate 01 shifts. why is the 12-month shift plotted so that the shift starts from maturity 0 and then starts the decline from maturity 1 (12 months) onwards whereas the plotting the 30.month spot...
  2. Nicole Seaman

    YouTube T3-11: Forward rates are implied by zero rates

    Forward rates link two zero (aka, spot) rates by ensuring your expected return is the same between two choices: (1) invest at the longer-term spot rate versus (2) invest at the shorter-term spot rate and "roll over" into the implied forward rate. This is an implied forward rate that ignores...
  3. Nicole Seaman

    YouTube T3-10: Yield to Maturity Interpretations

    Superficially, the yield to maturity (YTM, aka yield) simply inverts the usual time value of money (TVM) inputs by solving for the yield as a function of four inputs: face (future) value, coupon (payment), maturity (time), and current price (present value). But in terms of interpretation, I...
  4. Nicole Seaman

    YouTube T3-09: Theoretical price of a bond using spot rates

    The theoretical bond price is the present value if the future cash flows are discounted at the spot (aka, zero rates); in other words, it is the price given by discounted cash flow (DCF). We don't expect the traded (observed) price to exactly match because the DCF price is fundamental, yet...
  5. P

    How to derive forward interest rates from spot rates (Hull vs Tuckman)

    Hi! I'm confused about forward interest rate calculation, Hull (ch 4) uses RF=(R2T2-R1T1)/(T2-T1), Tuckman (ch 2) instead computes from formula (1+r(0,2)/2)^4=(1+r(0,1.5)/2)^3+(1+f(1.5,2.0)/2)^1. I'm sure the answer is just here but I can't see... Is it about compounding? Should I memorize both...
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