In: Finance
A financial institution trades swaps where 12 month LIBOR is exchanged for a fixed rate of interest. Payments are made once a year. The one-year swap rate (i.e., the rate that would be exchanged for 12 month LIBOR in a new one-year swap) is 6 percent. Similarly the two-year swap rate is 6.5 percent.
Note: All rates given in this question are expressed with annual compounding. (Steps plz)
Part (a)
Swap rate = (1 - PV Factor corresponding to the last cash flow date of the swap) / (Sum of all the PV factors)
One year LIBOR zero rate, z1 = one year swap rate = 6%
Let the two year LIBOR zero rate = z2
Hence, 2 year swap rate = [1 - (1 + z2)-2] / [(1 + z1)-1 + (1 + z2)-2]
hence, 6.5% = [1 - (1 + z2)-2] / [(1 + 6%)-1 + (1 + z2)-2] = [1 - (1 + z2)-2] / [0.9434 + (1 + z2)-2]
Hence, 6.5% x [0.9434 + (1 + z2)-2] = [1 - (1 + z2)-2]
hence, (1 + z2)-2 = (1 - 6.5% x 0.9434) / (1 + 6.5%) = 0.8814
Hence, the two year LIBOR zero rate, z2 = (1 / 0.8814)1/2 - 1 = 6.52%
Part (b)
12 months LIBOR rate today = F01 = z1 = 6%
12 months LIBOR, 1 year from now = forward rate = F11 = (1 + z2)2 / (1 + z1) - 1 = (1 + 6.52%)2 / (1 + 6%) - 1 = 7.04%
PV of all the payments by the financial institution = Notional x 7% / (1 + z1) + Notional x 7% / (1 + z2)2 = 10,000,000 x 7%/(1 + 6%) + 10,000,000 x 7%/(1 + 6.52%)2 = 1,277,349.63
PV of all the payments received by the financial institution = Notional x F01 / (1 + z1) + Notional x F11 / (1 + z2)2 = 10,000,000 x 6%/(1 + 6%) + 10,000,000 x 7.04%/(1 + 6.52%)2 = 1,186,110.37
Hence, the value of an existing swap = PV of receipts - PV pf payment = 1,186,110.37 - 1,277,349.63 = - 91,239.26
Part (c)
Value of the FRA = P x (R - F11) / (1 + z2)2 = 1,000,000 x (8% - 7.04%) / (1 + 6.52%)2 = $ 8,503.85