# Finance assignment 2 | Business & Finance homework help

Assignment Details
Complete and submit Assignment 2, which is worth 15% of your final grade, after you have finished Unit 4. If you have any questions about this assignment and how to complete it, contact the Student Support Centre. This assignment contains nine problems and is worth a total of 100 marks. Read the requirements for each problem and plan your responses carefully. Ensure that you answer each of the required questions as concisely and as completely as possible and include supporting calculations where required.
1.
Suppose you bought four five-year gold futures contracts when the five-year futures price of gold was \$395 per ounce, and closed the position at the end of the sixth trading day. The initial margin requirement is \$2,000 per contract, and the maintenance margin requirement is \$1,500 per contract. One contract is for 100 ounces of gold. The daily prices on the intervening trading days are shown in the following table.
Day
Settlement Price
Mark-to-Market (\$)
Other Entries
Account Balance (\$)
Explanation
395.00

1
397.00
2
394.00
3
389.00
4
391.00
5
393.00
6
396.00
Closed

Assume that you deposit the initial margin and do not withdraw the excess on any given day. Whenever a margin call occurs, you would make a deposit to bring the balance up to meet the initial margin requirement. Fill the appropriate numbers in the blank cells. (Hint: Refer to Table 8.2 in the textbook on p. 272.)
(10 marks)
2.
Suppose that you enter into a long futures contract to buy May gasoline for \$0.80 per gallon on the New York Commodity Exchange. The size of the contract is 42,000 gallons. The initial margin requirement is \$2,000, and the
(10 marks)
maintenance margin is \$1,500. What change in the futures
price will lead to a margin call?
3. Consider the three-month futures on stock BBM. Currently,
the price of stock BBM is \$100. The stock is expected to pay a
dividend of \$2.00 in two months. Assume that the simple
interest rate is 6% per year. Determine the price of the
futures assuming no arbitrage opportunites are present.
(10 marks)
4. Suppose that the market price of gold is \$370 per ounce. The
risk-free interest rate is 10% per year, compounded monthly,
for all terms. Gold can be stored for \$0.05 per month per
ounce, paid at the end of the month. According to the cost of
carry model, what should be the price of a gold futures
contract, if expiration is six months away? What is the cost of
carry?
(10 marks)
5. Suppose you entered a long position in a forward contract to
buy 100 ounces of silver for \$5.80 per ounce in December.
Currently, the spot price of silver is \$5.50, the December
forward price of silver is \$6.20, and the price of a T-bill
expired in December with a face value of \$100,000 is
\$96,500. What is the value of the forward contract you hold?
(6 marks)
6. Suppose the spot price and the six-month futures price of
soybeans are \$4.80 and \$5.20 per bushel, respectively. One
futures contract is for buying 5,000 bushels. The six-month
risk-free interest is 6% per year. The storage cost for
soybeans is \$0.05 per bushel for six months, paid in advance.
Could you make an arbitrage profit in the soybean market?
How?
(15 marks)
7. It is March 15, 2005. Suppose you are a dealer in canola
holding 80 tonnes of canola worth \$380 per tonne. You
consider using September 2005 canola futures to hedge. The
price of the futures contract is \$397 per tonne. Each contract
is for 20 tonnes.
a. Determine the original basis.
(3 marks)
b. How many contracts will you use? Long or short?
(3 marks)
c. If you close your position on July 10, 2005, when the basis
is -12, what would be the profit from a hedge?
(4 marks)
8.
A coffee trader holds a current inventory of coffee worth \$1 million at the present price of \$1,250 per ton. The standard deviation of the value for the inventory is 0.27. She is considering a minimum-variance hedge of her inventory using the six-month coffee futures contract. The contract size is 10 tons. The volatility (i.e., standard deviation) of the futures is 0.33. For the particular grade of coffee in her inventory, the correlation between the futures and spot coffee is 0.85.
a.
Compute the minimum-variance hedge ratio.
(7 marks)
b.
How many contracts she should trade? Long or short?
(7 marks)
9.
You manage a \$4 million portfolio, currently all invested in Canadian equities. The beta of the portfolio is 1.25. You believe that the market is on the verge of a big but short-lived downturn. You would move your portfolio temporarily into T-bills, but you do not want to incur the transaction costs of liquidating and reestablishing your equity position. Instead, you decide to hedge your portfolio with three-month S&P/TSX 60 index futures contracts for one month. Currently, the level of the S&P/TSX 60 index is 425, the three-month futures price of the S&P/TSX 60 is 428, and one contract is for \$200 times the index. The annual risk-free rate is 3%.
a.
How many futures contracts should you use? Long or short?
(5 marks)
b.
Suppose the return on the S&P/TSX 60 index is -5% in one month, and the S&P/TSX index futures price falls to 405 in one month. Calculate your gain or loss.
(10 marks)

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