A farm that produces corn is looking to hedge their exposure to price fluctuations in the future. It is now May 15th and they expect their crop to be ready for harvest September 30th. You have gathered the following information: Bushels of corn they expect to produce 44,000 May 15th price per bushel $3.08 Sept 30 futures contract per bushel $3.22 Actual market price Sept 30 $3.37 Required (round to the nearest dollar): Calculate the gain or loss on the futures contract and net proceeds on the sale of the corn. Net gain or loss on future $Answer Sell the corn $Answer Net $Answer

A farm that produces corn is looking to hedge their exposure to price fluctuations in the future. It is now May 15th and they expect their crop to be ready for harvest September 30th. You have gathered the following information: Bushels of corn they expect to produce 44,000 May 15th price per bushel $3.08 Sept 30 futures contract per bushel $3.22 Actual market price Sept 30 $3.37 Required (round to the nearest dollar): Calculate the gain or loss on the futures contract and net proceeds on the sale of the corn. Net gain or loss on future $Answer Sell the corn $Answer Net $Answer

EBK CONTEMPORARY FINANCIAL MANAGEMENT

14th Edition

ISBN:9781337514835

Author:MOYER

Publisher:MOYER

Chapter21: Risk Management

Section: Chapter Questions

Problem 4P

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With a dry summer forecast, you expect that the soybean harvest will be smaller than normal and that soybean prices will rise. To speculate on this expectation, you buy 10 soybean futures contracts with a September maturity. The soybean futures price when you initiate the long position is $14.00 per bushel. By August the soybean futures price has risen to $16.00 per bushel. You execute an offset trade. What is your cumulative profit on the trades?
as a soybean buyer, you are concerned about soy prices. Currently, they are at $60 per bushel .Therefore, you enter into the appropriate futures contract at the current spot price. What is your profit or loss, if six months later, soybean is selling at the spot market for 51 bushell? why?
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You are the buyer for a cereal company and you must buy 80,000 bushels of corn next month. The futures contracts on corn are based on 5,000 bushels and are currently quoted at 415′0 cents per bushel for delivery next month. If you want to hedge your cost, you should _____ contracts at a cost of _____ per contract.
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After collecting basis data, a canola grower feels that 775 dollars per tonne is a realistic forward cash price for the fall’s crop since November canola futures are trading at 800 dollars per tonne. To hedge, the producer purchases an at-the-money PUT for 20 dollars tonne on May 19th. While the hedge was in place, canola producers in Europe experienced crop failures and consumers in China began to import large quantities of canola produced in Canada. By October 15th, November canola futures had risen to 825 dollars per tonne. However, because of increased local production, the basis in the grower’s region weakened by 5 dollars tonne. On October 15th the grower sold his canola in the cash market. Use T-accounts to answer the following: 1. What is the net selling price from hedging using the PUT?
After collecting basis data, a canola grower feels that 775 dollars per tonne is a realistic forward cash price for the fall’s crop since November canola futures are trading at 800 dollars per tonne. To hedge, the producer purchases an at-the-money PUT for 20 dollars tonne on May 19th. While the hedge was in place, canola producers in Europe experienced crop failures and consumers in China began to import large quantities of canola produced in Canada. By October 15th, November canola futures had risen to 825 dollars per tonne. However, because of increased local production, the basis in the grower’s region weakened by 5 dollars tonne. On October 15th the grower sold his canola in the cash market. Use T-accounts to answer the following: a. What is the net selling price from hedging using the PUT? b. What price would the producer have received if he had hedged using futures? Need answer in short!
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This is a follow up question so I copied/pasted the same question below for your convenience: An investor enters into a long futures position to buy 5,000 bushels of wheat for 575 cents per bushel. The initial margin is $5,000 and the maintenance margin is $2,500. c. Starting from the original position, the investor would have to see a price movement of _____ cents (above/below) ______ 575 cents in order to withdraw $2,000 from the margin account. So Initial Margin = $5,000;Maintenance Margin = $2,500;Withdraw Amount = $2,000;Original Price per Bushel = 575 cents or $5.75;Number of Bushels = 5,0001. How did you come up with the calculation? You wrote that: (new_price * 5000)/(5.75 * 5000) = withdraw amount/mainenance margin 2. Could you please explain the right side (i.e., why the ratio is withdraw amount to mainenance margin)?