Question

In: Finance

Six months from now, Farmer Sam will harvest 20,000 bushels of corn. In doing so, he...

Six months from now, Farmer Sam will harvest 20,000 bushels of corn. In doing so, he incurs costs of $93,000. The current spot price of corn is $4.90 per bushel, and the effective six-month interest rate is 6 percent. Sam has decided to hedge with a collar by purchasing $4.70-strike puts and selling $5.10-strike calls on 20,000 bushels of corn. The puts have a premium of $0.36 per bushel, while the calls have a premium of $0.63 per bushel. What total profit would Sam earn if the market price of corn at harvest time is $4.30, $4.70, $5.10, and $5.50, respectively?

Solutions

Expert Solution

Formula sheet

A B C D E F G H I J K
2 Total corn 20000 Bushel
3 Spot Price 5.5 per Bushel
4 Effective six-month interest rate 0.06
5 Cost of Harvesting 93000
6 Premium of put option bought 0.36 per Bushel
7 Exercise Price of Put Option 4.7 per Bushel
8 Premium of call option sold 0.63 per Bushel
9 Exercise Price of Call Option 5.1 per Bushel
10
11
12 Calculation of total profit:
13
14 For put option buyer, gain occurs when asset price falls.
15 Put option gives option buyer the right to sell the Stock at a strike price.
16
17 Profit of put option buyer is given by following equation:
18 Profit of put option = Max(X-ST,0)-p
19 where ST is stock price at maturity, X is exercise price and p is premium paid to buy the put option.
20
21 Call option gives option buyer the right to by the Stock at a strike price at a specified time in future.
22
23 Profit of Call option buyer is given by following equation:
24 Profit of Call option = Max(ST-X,0) -c
25 where ST is stock price at maturity, X is exercise price and c is premium paid to buy the Call option.
26
27 Profit of Call option seller is given by following equation:
28 Profit of Call option seller = -(Max(ST-X,0) -c)
29 where ST is stock price at maturity, X is exercise price and c is premium paid to buy the Call option.
30
31 Price at the maturity 4.3 4.7 5.1 5.5
32 Profit (Loss) from Put Option Bought =$D$2*(MAX($D$7-D31,0)-$D$6) =$D$2*(MAX($D$7-E31,0)-$D$6) =$D$2*(MAX($D$7-F31,0)-$D$6) =$D$2*(MAX($D$7-G31,0)-$D$6) =$D$2*(MAX($D$7-G31,0)-$D$6)
33 Profit (Loss) from Call Option Sold =-$D$2*(MAX(D31-$D$9,0)-$D$8) =-$D$2*(MAX(E31-$D$9,0)-$D$8) =-$D$2*(MAX(F31-$D$9,0)-$D$8) =-$D$2*(MAX(G31-$D$9,0)-$D$8) =-$D$2*(MAX(G31-$D$9,0)-$D$8)
34 Proceed from Sales of harvest =D31*$D$2 =E31*$D$2 =F31*$D$2 =G31*$D$2 =G31*$D$2
35 Cost of Harvesting =-$D$5 =-$D$5 =-$D$5 =-$D$5 =-$D$5
36 Interest on premium =$D$8*$D$2*$D$4-$D$2*$D$6*$D$4 =$D$8*$D$2*$D$4-$D$2*$D$6*$D$4 =$D$8*$D$2*$D$4-$D$2*$D$6*$D$4 =$D$8*$D$2*$D$4-$D$2*$D$6*$D$4 =$D$8*$D$2*$D$4-$D$2*$D$6*$D$4
37 Total Profit =SUM(D32:D36) =SUM(E32:E36) =SUM(F32:F36) =SUM(G32:G36) =SUM(G32:G36)
38

Related Solutions

Six months from now, Farmer Julie will harvest 20,000 bushels of corn. In doing so, she...
Six months from now, Farmer Julie will harvest 20,000 bushels of corn. In doing so, she incurs costs of $100,000. The current spot price of corn is $5.50 per bushel, and the effective six-month interest rate is 2 percent. Julie has decided to hedge by purchasing put options on 20,000 bushels of corn with a strike price of $5.50 per bushel. The puts have a premium of $0.54 per bushel. What total profit would she earn if the market price...
Six months from now, Farmer Don will harvest 10,000 bushels of corn. In doing so, he...
Six months from now, Farmer Don will harvest 10,000 bushels of corn. In doing so, he incurs costs of $32,000. The current spot price of corn is $3.50 per bushel, and the effective six-month interest rate is 5 percent. Don has decided to hedge with a collar by purchasing $3.30-strike puts and selling $3.70-strike calls on 10,000 bushels of corn. The puts have a premium of $0.16 per bushel, while the calls have a premium of $0.31 per bushel. What...
Six months from now, Farmer Pam will harvest 10,000 bushels of corn. In doing so, she...
Six months from now, Farmer Pam will harvest 10,000 bushels of corn. In doing so, she incurs costs of $42,000. The current spot price of corn is $4.70 per bushel, and the effective six-month interest rate is 4 percent. Pam has decided to hedge with a collar by purchasing $4.50-strike puts and selling $4.90-strike calls on 10,000 bushels of corn. The puts have a premium of $0.21 per bushel, while the calls have a premium of $0.38 per bushel. What...
Consider a corn farmer, who will harvest 20,000 bushels of corn in 3 months. Using the...
Consider a corn farmer, who will harvest 20,000 bushels of corn in 3 months. Using the proceeds from the sale of his corn, he plans to pay back a loan in the amount of $140,000 that is due in 3 months. The price of corn today is $7 per bushel. Yet, the farmer receives some news indicating that the price of corn might substantially change within the next 3 months. The farmer gets nervous, as an adverse price change in...
Suppose a farmer anticipates to harvest 500,000 bushels of soybeans. Contract size is 5,000 bushels. The...
Suppose a farmer anticipates to harvest 500,000 bushels of soybeans. Contract size is 5,000 bushels. The initial margin and maintenance margin for soybean futures are $1,980 and $1,800 per contract, respectively. Currently, the farmer has $200,000 cash in his brokerage account, and the price of March 2021 soybeans futures contract is $10.00/bushel. A.) describe how the farmer would hedge his harvest. Clearly state the number of soybeans futures contracts the farmer should buy OR sell. b.) how much money would...
A farmer knows from experience that his wheat harvest  Q (in                             bushels) has th
A farmer knows from experience that his wheat harvest  Q (in                             bushels) has the probability distribution given by:                                          Q = 150  with probability  0.30 ,                                               = 170    with probability  0.45,                                                =200    with probability  0.25;                       note that the probabilities add up to 1 as they are required by a probability                          distribution. Suppose the demand function he faces in the market place is given by:                                               p  =  320  -  0.5  Q                        where  p =  price in dollars per bushel. Let  R  = total revenue = p x Q. [Note: You may find it                       convenient to first derive the...
Assume you are a corn farmer who anticipates harvesting and selling about 100,000 bushels or Corn...
Assume you are a corn farmer who anticipates harvesting and selling about 100,000 bushels or Corn in the autumn. Assume you think that prices are currently high, $2.40 per bushel, and you want to hedge yourself. Discuss two possible hedging strategies :(1) based on futures / forwards, and(2) based on options. Assume that the relevant positions have contract prices or exercise prices of $2.50 per bushel. The price of the option is $ 0.12(12 cents) per bushel. Indicate how your...
Suppose you are a wheat farmer. You expect a new harvest of wheat three months from...
Suppose you are a wheat farmer. You expect a new harvest of wheat three months from today. The price of wheat at the time of harvest in three months is uncertain. How can the farmer avoid the price risk? Suppose you are a miller. You need to purchase wheat in three months from today. You are faced with the price risk, too. How can you have insurance for the price risk?
A farmer needs to decide which type of corn he wants to plant. To decide, he...
A farmer needs to decide which type of corn he wants to plant. To decide, he plants two small test areas. After the corn has grown he compares the lengths of the cobs. He looks at 35 cobs of Type A, which had an average length of 6.3 inches with a variance of 1. He looks at 30 cobs of Type B, which had an average length of 5.9 with a variance of 1.3. Calculate a 95% confidence interval for...
A farmer compared the corn he grew on fields A and B. First he tested whether...
A farmer compared the corn he grew on fields A and B. First he tested whether the mean height of the corn was the same on the two fields, he calculated a p-value of 0.93. Next he tested whether the mean sugar concentration of the corn was the same on the two fields, he calculated a p-value of 0.31. Since the first p-value is greater than the second p-value, the farmer concluded that there is more evidence to support the...
ADVERTISEMENT
ADVERTISEMENT
ADVERTISEMENT