Question
//You observe the following LIBOR rates, all quoted per annum with semiannual compounding: Maturity (years) | LIBOR 0.5 3.0% 1.0 3.5% You also observe the
//You observe the following LIBOR rates, all quoted per annum with semiannual compounding:
Maturity (years) | LIBOR
0.5 3.0%
1.0 3.5%
You also observe the following LIBOR fixed-for-floating swap rates, where floating payments are based on the 6-month LIBOR, payments are made every 6 months, and swap rate is quoted per annum with semiannual compounding.
Swap Expiration (years) | Swap Rate
1.5 3.8%
2.0 3.9%
(a)(3 points) Compute the 6-month to 12-month LIBOR forward rate using the two LIBOR rates. Express your answer as an annual rate with semiannual compounding.
(b)(8 points) Assuming both swaps are priced using LIBOR-based discounting, compute the 12- to 18-month and 18- to 24-month LIBOR forward rates. Also express these as annual rates with semiannual compounding.
Hint: remember that with LIBOR-based discounting, the LIBOR swap rate should be the coupon rate of a bond that sells at par.
Hint 2: Be careful that you get the discounting right. Everything is quoted as an annual rate with semiannual compounding, so don't just plug your interest rates into ert.//
How can I use the LIBOR rates (zero-rates) to compute the forward rate?
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