a] |
1-Year forward exchange rate $/Euro = 1.45*1.04/1.03 = |
1.4641 |
b] |
As the forward rate is different from the rate per IRPT, |
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covered interest rate arbitrage is possible. |
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Forward premium = 1.48/1.45-1 = |
2.07% |
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Interest rate differential = 4%-3% = |
1.00% |
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AS the interest rate differential is less than the forward |
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premium, it would be advantageous to borrow in the |
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currency having higher rate of interest and then |
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investing in the currency having lower interest rate. |
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The steps would be: |
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Let us presume the amount to be borrowed is $10000 |
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for 1 year, the maturity value of the loan being 10000*1.04 = |
$ 10,400.00 |
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The $10000 is to be converted to Euro at spot to get 10000/1.45
= |
€ 6,896.55 |
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The Euro 6896.55 would be invested for 1 year to get 6896.55*1.03
= |
€ 7,103.45 |
|
A
forward contract to be entered for the sale of 7103.45 euros
after |
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1
year to get 7103.45*1.48 = |
$ 10,513.11 |
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After 1
year the deposit in Euro with maturity value of Euros 7103.45 |
|
will be
realized, then converted at the forward rate to get $10513.11. |
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Those dollars would be used to pay the dollar loan which, will
have |
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a
maturity of $10400 in 1 year. |
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The extra $s remaining of 10,513.11-10400 = $113.11, would be
the |
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arbitrage profit. |
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c] |
As more and more people would be converting $ into Euros, the |
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spot rate for euro will go up. Similary, the forward rate for
Euros |
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will go down. The process will be repeated till the arbitrage |
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advantage beccomes 0. |
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