Solve a linear programming model for julia

Assignment Help Basic Statistics
Reference no: EM13244848

Julia Robertson is a senior at Tech, and she's investigating different ways to finance her final year at school. She is considering leasing a food booth outside the Tech stadium at home football games. Tech sells out every home game, and Julia knows, from attending the games herself, that everyone eats a lot of food. She has to pay $1000 per game for a booth, and the booths are not very large. Vendors can sell either food or drinks on Tech property, but not both. Only the Tech athletic department concession stands can sell both inside the stadium. She thinks slices of cheese pizza, hot dogs, and barbecue sandwiches are the most popular food items among fans and so these are the items she would sell.

Most food items are sold during the hour before the game starts and during half time; thus it will not be possible for Julia to prepare the food while she is selling it. She must prepare the food ahead of time and then store it in a warming oven. For $600 she can lease a warming oven for the six game home season. The oven has 16 shelves, and each shelf is 3 feet by 4 feet. She plans to fill the oven with the three food items before the game and then again before half time.

Julia has negotiated with a local pizza delivery company to deliver 14 inch cheese pizza twice each game-2 hours before the game and right after the opening kickoff. Each pizza will cost her $6 and will include 8 slices. She estimates it will cost her $0.45 for each hot dog and $0.90 for each barbeque sandwich if she makes the barbeque herself the night before. She measured a hot dog and found it takes up about 16 square inches of space, whereas a barbeque sandwich takes up about 25 square inches. She plans to sell a slice of pizza and a hot dog for $1.50 apiece and a barbeque sandwich for $2.25. She has $1,500 in cash available to purchase and prepare the food items for the first home game; for the remaining five games she will purchase her ingredients with money she has made from the previous game.

Julia has talked to some students and vendors who have sold food at previous football games at Tech as well as at other universities. From this she has discovered that she can expect to sell at least as many slices of pizza as hot dogs and barbeque sandwiches combined. She has anticipated that she will probably sell at least twice as many hot dogs as barbeque sandwiches. She believes that she will sell everything she can stock and develop a customer base for the season if she follows these general guidelines for demand.

If Julia clears at least $1000 in profit for each game after paying all her expenses, she believes it will be worth leasing the booth.

A. Formulate and solve a linear programming model for Julia that will help you advise her if she should lease the booth.

B. If Julia were to borrow some more money from a friend before the first game to purchase more ingredients, could she increase her profit? If so, how much should she borrow and how much additional profit would she make? What factors constrains her from borrowing even more money that this amount (indicated in your answer to the previous question)?

C. When Julia looked at the solution in (A), she realized that it would be physically difficult for her to prepare all the hot dogs and barbeque sandwiches indicated in this solution. She believes she can hire a friend of hers to help her for $100 per game. Based on the results in (A) and (B), is this something you think she could reasonably do and should do?

D. Julia seems to be basing her analysis on the assumption that everything will go as she plans. What are some of the uncertain factors in the model that could go wrong and adversely affect Julia's analysis? Given these uncertainties and the results in (A), (B), and (C), what do you recommend that Julia do?

ADDENDUM

After graduating from Tech Julia was unable to find regular employment and approached the Director of Athletics at Tech to request that she remain a vendor of the following year. The Director was so impressed by Julia's progress and professionalism from the year before he decided to allow her to continue to be a vendor for the next season with the following conditions and changes:

a. Julia must do an 80:20 split of all of her profits with the Department of Athletics. Julia also has the ability to sell soft drinks. If she decides to sell soft drinks, she must agree to a 50:50 split; however, the department will not provide any monetary funding. Julia's cost for the soft drinks are 55 cents, and she sells them for two dollars. She can expect to sell just as many soft drinks as all food items combined.

b. Julia must sell food from two (2) booths; however, she will pay the same price as she paid for one booth during the previous season.

c. The department of athletics is able to use the warming ovens owned by food services at no cost since all student athletes on scholarship have a meal plan. There are three (3) warming ovens available to Julia. The warming ovens are the same capacity as those used the previous season.

d. Julia has the same options available for the types of food to sell however, she is able to take advantage of a discount that the school receives from the same vendor she purchased the pizza, hot dogs and sandwiches from; the discount is 18%, 23% and 42% respectively.

e. Due to the operation of two (2) booths, Julia must hire at least two additional persons.

After paying off here loans from the previous season, she has $2750.00 in savings from a part-time job at the mall, which she is able to invest in the venture. If Julia clears at least $2500.00 in profit for each game after paying all her expenses, she believes it will be worth the partnership with the Department of Athletics.

Formulate and solve a linear programming model for Julia that will help you advise her on which offer to accept from the director if any. Julia's younger brother who is a freshman at Tech wants to help Julia increase her profits by loaning her some money using his school refund check. Her brother's only requirement is that she repays him by the end of the season and he is allowed to get into the games free by posing as one of her assistants and receiving free food for him and his girlfriend. If Julia decides to take him up on his offer, how much should she borrow, if anything?

What is your recommendation to Julia?

Reference no: EM13244848

Questions Cloud

How is the rejection region defined : How is the rejection region defined and how is that related to the z-score and the p value? When do you reject or fail to reject the null hypothesis?
Calculate the equilibrium real interest rate : Assume that the officials in Ecoland have compiled the followinginformation about their economy for last year. The government uses the following equation for the investment function
What sparked 20th century revolutionary movements : What sparked 20th century revolutionary movements? What are some of the 20th century revolution's similarities and differences?
Find out the enthalpy of combustion for the c8h18 : A 1.992g sample of octane, C8H18, is burned in a calorimeter that has a calorimeter constant of 144 J/celcius and contains 750.0g of water. the temperature of the water rose from 14.73 celcius to 42.78 celcius. Determine the enthalpy of combustion..
Solve a linear programming model for julia : Formulate and solve a linear programming model for Julia that will help you advise her on which offer to accept from the director if any. Julia's younger brother who is a freshman at Tech wants to help Julia increase her profits by loaning her so..
Explain what is a government budget deficit : What is a government budget deficit How does afederal budget deficit affect the economy How does it affect thelevel of investment and interest rates How does it affect the individual consumer
What was her peak height : A diver has a vertical velocity of -12 m/s when she is 1.8 m above the water. What was her peak height
Explain the temperature of the calorimeter and its contents : The temperature of the calorimeter and its contents increases from 20.00 C to 23.69 C. What is the heat capacity of the calorimeter (J/C)
Why an aircraft is flying and staying up in the air : One 1/2 page space only, in graphic form (picture), show from an aerodynamic point of view why an aircraft is flying and staying up in the air? I assume you all have traveled by air and perhaps have asked yourself the question how come that this imme..

Reviews

Write a Review

Basic Statistics Questions & Answers

  Clarification of correlation and regression

Please define correlation and regression. Describe a management or business-related scenario where a researcher might be interested in whether a number of variables are correlated (without any assumptions about causation).

  Find probability selected boy in secondary school run miles

Sstandart deviation of 40 seconds. Find the probability that a randomly selected boy in secondary school can run the mile in less than 368 seconds.

  Six independent variables using regression

Find the most powerful predictor among the six independent variables using regression.

  Question about hypothesis testing

A doctor suspected that smokers between 40 and 50 with lung disease had been smoking on average more than 20 years - significance level is there sufficient evidence to justify the doctors belief?

  Probability calculation problem-binomial distribution

According to an Internet posting, 80% of adults enjoy drinking beer. If a group of 3 adults is selected at random, find the probability that none of them enjoy drinking beer.

  Probability that the next customer fills the tank

Of those customers using extra unleaded or premium gas, 60% fill their tanks. What is the probability that the next customer fills the tank?

  Question regarding inferences about two population variances

Most individuals are aware of the fact that the average annual repair cost for an automobile depends on the age of the automobile. A researcher is interested in finding out whether the variance of the annual repair costs also increases with the ag..

  Critical value approach to test the level of significance

Test, at the 5% level of significance, whether the population standard deviation of hours spent studying is less than 10. Use the Critical value approach.

  Hi square goodness of fit

The Ohio Department of Highways is in the process of selecting a new paint for highway use. Four different paint companies have been contact regarding this need and each of the companies has supplied paint for testing.

  Probability of kick off-probability distribution

What is the probability that the kickoff will go between 60 and 75 yards if the average kickoff is 50 yards with a variance of 49?

  Automobile production-table-graph and modeling

The table shows the retail market share of passenger cars from Ford Motor Company as a percent of the US market.

  Test the claim and mean speed of all cars

A simple random sample of 50 speeds (in mph) is obtained from cars traveling on a section of I-10 through Tallahassee. The sample has a mean of 72.3 mph and a standard deviation of 7.4 mph. Use a 0.05 significance level to test the claim that the ..

Free Assignment Quote

Assured A++ Grade

Get guaranteed satisfaction & time on delivery in every assignment order you paid with us! We ensure premium quality solution document along with free turntin report!

All rights reserved! Copyrights ©2019-2020 ExpertsMind IT Educational Pvt Ltd