Fundamentals of Derivatives Markets (McDonald)
Chapter 8 Swaps
8.1 Multiple Choice Questions
1) Given zero–coupon bond yields are 5.2%, 5.5%, and 5.8% in years 1, 2, and 3, respectively,
calculate the prepaid swap price for corn. Assume corn forward prices for the proceeding 3
years are $2.10, $2.20, and $2.35, respectively.
A) $5.96
B) $6.04
C) $6.12
D) $6.20
2) What is the 3–year swap price on corn? Assume interest rates over the next 3 years are 6.2%,
6.5%, and 6.8%. The prepaid swap price is given as $6.50.
A) $2.10
B) $2.30
C) $2.46
D) $2.64
3) Assume corn spot prices over the next 3 years are $2.20, $2.35, and $2.28, respectively. The
original swap price was $2.30 per bushel. If cash settlement occurs, what transaction will the
counter–party make in year 2 on a 5,000–bushel swap agreement?
A) $250 payment
B) $250 receipt
C) $100 payment
D) $100 receipt
4) Assume corn forward prices over the next 3 years are $2.25, $2.35, and $2.28, respectively.
Effective annual interest rates over the same period are 5.2%, 5.5%, and 5.8%. What is the 2–
year swap price on a hypothetical “forward swap” that begins at the end of year 1?
A) $2.14
B) $2.32
C) $2.41
D) $2.53
5) The 3–year swap price on a new corn swap agreement is $5.94. Interest rates immediately
rise on 1, 2, and 3–year zero coupon bonds from 5.1%, 5.4%, and 5.7% to 5.2%, 5.6%, and
6.0%, respectively. What is net swap payment per year if the reverse transaction occurs?
Assume year 1, 2, and 3 forward prices are $2.05, $2.15, and $2.30, respectively and do not
change.
A) $0.35
B) $0.49
C) $0.64
D) $0.75