Answer: Sell four December coffee future contracts at $2.00 per pound
Explanation:
Based on the scenario in the question, the number of contracts that is required for hedging the entire crop will be gotten by dividing the total number of crops by the pounds that are available in one contract. This will be:
= 150,000/37,500
= 4 contracts
Therefore, the answer will be for Jarvis to sell four December coffee future contracts at $2.00 per pound
The correct answer to this open question is the following.
Although the question is incomplete because it does not attach the model to answer it we can comment on the following.
The problem is that Jamal, trying to increase profits, decided to sell two different products that are not part of the Subway products. When the franchisor visited Jamal's location, it realized the changes and set an ultimatum to Jamal to respect the franchise agreement.
The cause of the problem is that although Jamal wanted to diversify the products to have more income, this contradicts and is against the franchise agreement he signed when he bought the Subway franchise. The contract clearly states that the owner of the franchise can only sell products authorized in the contract by Subway. That is exactly one of the characteristics of a franchise. That you visit one of them any place in the world, and you are going to find de the same products with the same quality. That is the product guarantee of a franchise like Subway.
So the effects for the company are that its reputation an image can be questioned for selling different products that are hot approved by Subway. It is a major risk the company is not going to allow. Furthermore, it is stated in the contract. So Jamal has no right to break it.
One possible solution is that Jamal respects those 30 days to make the proper corrections, follow the guidelines established in the Subway's manuals, offer a sincere apology, and commit himself to operate the franchise just as it is stated on the agreement.
Answer:
4.20%
Explanation:
In this question, we use the Rate formula which is shown in the spreadsheet.
The NPER represents the time period.
Given that,
Present value = $1,150
Future value = $1,067.50
Assuming Par value = $1,000
PMT = 1,000 × 6.35% = $63.50
NPER = 5 years
The formula is shown below:
= Rate(NPER;PMT;-PV;FV;type)
The present value come in negative
So, after solving this, the rate of return is 4.20%