An analyst values a fixed-for-fixed currency swap by building a portfolio to replicate the swap cash flows using the following bonds:
PV $-denominated bond | $70 million |
PV €-denominated bond | €62 million |
If the current exchange rate is $1.10/€1, the no-arbitrage value (in $ millions) of the swap is closest to:
A –1.64.
B 1.64.
C 1.80.
解析:
A.Incorrect because the answer corresponds to the value of swap in € (not in $), and the currency swap legs are inverted.
VCS = €62 million – $70 million /($1.10/€1) = –$1.636363 million ~ –$1.64 million.
B.Incorrect because the answer corresponds to the value of swap in € (not in $).
VCS = $70 million / ($1.10/€1) – €62 million = $1.636363 million ~ $1.64 million.
C.Correct because the value of the currency swap, expressed in $, is computed as follows:
VCS = V$ – S0 × V€, where
VCS = value of the currency swap in $;
V$ = value of $-denominated bond;
V€ = value of €-denominated bond; and
S0 = spot exchange rate in $/€.
VCS = $70 million – $1.10/€1 × €62 million = $1.80 million.
The value of a fixed-for-fixed currency swap, VCS, is the difference in the price of two bonds. That is, the value of a currency swap is simply the value of a bond in currency a (Va) less the value of a bond in currency b (Vb), expressed in terms of currency a, as follows:
VCS = Va – S0 × Vb
Here, S0 is the spot exchange rate at time 0.







