Compute the minimum variance hedge ratio


Question 1. A short hedge is one in which

 a. the margin requirement is waived

 b. the futures price is lower than the spot price

 c. the hedger is short futures

 d. none are correct

 e. the hedger is short in the spot market

Question  2. What happens to the basis through the contract's life?

 a. it initially increases, then decreases

 b. it moves toward zero

 c. it initially decreases, then increases

 d. it remains relatively steady

 e. none are correct

Question 3. An anticipatory hedge is one in which

 a. none are correct

 b. the spot position will be taken in the future

 c. all are correct

 d. the basis is expected to fall

 e. the hedger expects to make a profit on the futures

Question 4. A hedge in which the asset underlying the futures is not the asset being hedged is

a. none are correct

b. a cross hedge

c. a basis hedge

d. a minimum variance hedge

e. an optimal hedge
 
Question 5. Which technique can be used to compute the minimum variance hedge ratio?

 a. regression

 b. all are correct

 c. duration analysis

 d. none are correct

 e. present value

Question 6. Suppose you buy an asset at $50 and sell a futures contract at $53. What is your profit at expiration if the asset price goes to $49?

 a. -$1

 b. $4

 c. none are correct

 d. -$4

 e. $3  
 
Question 7. Which of the following is not a reason for firms to hedge?

a. Hedging by corporations can have tax advantages

b. Shareholders are not always aware of their firms' risks

c. Firms can hedge less expensively than can their shareholders

d. none are correct

e. Shareholders cannot tolerate mark-to-market losses
   
Question 8. What is the profit on a hedge if bonds are purchased at $150,000, two futures contracts are sold at $72,500 each, then the bonds are sold at $147,500 and the futures are repurchased at $74,000 each?

 a. -$500

 b. -$5,500

 c. -$2,500

 d. -$3,000

 e. none are correct
 
Question 9. Find the optimal stock index futures hedge ratio if the portfolio is worth $2,400,000, the beta is 1.15 and the S&P 500 futures price is 450.70 with a multiplier of 500.

 a. 10.65

 b. 5325.05

 c. none are correct

 d. 6123.80

 e. 12.25
 
Question 10. Though a cross hedge has somewhat higher risk than an ordinary hedge, it will reduce risk if which of the following occurs?

 a. futures prices are more volatile than spot prices

 b. futures prices are less volatile than spot prices

 c. spot and futures prices are positively correlated

 d. the spot and futures contracts are correctly priced at the onset

 e. none are correct

Solution Preview :

Prepared by a verified Expert
Finance Basics: Compute the minimum variance hedge ratio
Reference No:- TGS01827392

Now Priced at $20 (50% Discount)

Recommended (90%)

Rated (4.3/5)