Unit ProfitResource 1Resource 2Activity 1$2NameSolution activity 1Solution activity 2NameResource Usage2Resource 1 usedResource 2 used11Formulate and solve a spreadsheet model for this problem. Then use Solver's sensitivity report to find the allowable range for the unitprofit of each activity.a. Determine the number of units of each activity to undertake.Note: If an allowable increase/decrease is 10,000 or larger, simply enter 10,000. Round "Allowable Increase - Solution Activity 1"answer to 1 decimal place. Round "Allowable Decrease - Solution Activity 1" answer to 2 decimal places.b. Determine the total profit.Activity 2$5FinalValueAvailable1012FinalValueReducedCostShadowPrice0011ObjectiveCoefficient25Constraint Right-Hand Side1012AllowableIncreaseAllowableIncreaseAllowableDecreaseAllowableDecrease

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Answered: Formulate and solve a spreadsheet model…

Practical Management Science

6th Edition

ISBN:9781337406659

Author:WINSTON, Wayne L.

Publisher:WINSTON, Wayne L.

Chapter2: Introduction To Spreadsheet Modeling

Section: Chapter Questions

Problem 20P: Julie James is opening a lemonade stand. She believes the fixed cost per week of running the stand...

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Answer the following questions based on the following Sensitivity Report. Microsoft Excel Sensitivity Report Adjustable Cells Final Reduced Objective Allowable Allowable Cell Name Value Cost Coefficient Increase Decrease $B$19 Acres to Plant Watermelons 60 256 28.5 66.33333333 $C$19 Acres to Plant Cantaloupes 40 284.5 99.5 28.5 Constraints Final Shadow Constraint Allowable Allowable Cell Name Value Price R.H. Side Increase Decrease $F$11 Water Used per hour) 6,000 1 6000 1500 1000 $F$19 Acres Planted per hour) 100 199 100 20 20 1. How much can the price of watermelons drop before it isn't optimal to plant any watermelons? (round to 2 decimal places) 2. How much does the price of cantaloupes have to increase before it is optimal to only grow cantaloupes? (round to 2 decimal places)
Please walk me step by step for this problem
4GE 10:01 A company has production costs of item and can produce 270 $15 per items for a total cost of $6,925. The company brings in a total of $3,995 in revenue from selling 85 of these items. Determine each of the following functions. Enter all answers below in slope-intercept form, using exact numbers. a. Find the company's linear revenue function. R(x) b. Find the company's linear profit function. P(x) Submit answer
(A little sensitivity analysis.) You are given the final chart, with the optimal solution, for a transportation problem; note that the cell in the (4, 2) position is blank, i.e., the variable x42, with an objective coefficient (unit cost) of C42 = 18, is nonbasic. What range of values of c42 will keep the solution in the chart optimal? Hints: In this method, how do we tell that our latest solution is optimal? Temporarily replace the cost of 18 with C42. 10 (3 15 14 12 4 4 18 14 3 12 26 5 20
Develop a spreadsheet for the question. The vice president of finance has looked at your ooriginal scoring model and feels that tax considerations should be included in teh model with a weight of 15. In addition, the VP has scored the methods on tax considerations as follows: method A recieved a score of 3, method B recieved a score of 2, and Method C recieved a score of 1. How would this additional information affect your recommendation?
I need solution of 2.34 as possible as please
Answer the following questions. Make sure to number your answers when you upload your response. Suppose Alphonso’s town raised the price of bus tickets to $2.50 per trip (while the price of burgers stayed at $3.50 and his budget remained $11.50 per week.) Draw Alphonso’s new budget constraint. What happens to the opportunity cost of bus tickets? Suppose Alphonso’s town raises the price of bus tickets from $2.50 to $5 and the price of burgers rises from $3.50 to $7. Why is the opportunity cost of bus tickets unchanged? Suppose Alphonso’s weekly spending money increases from $11.50 to $23. How is his budget constraint affected from all three changes? Explain. Use this information to answer the following 4 questions: Marie has a weekly budget of $24, which she likes to spend on magazines and pies. If the price of a magazine is $4 each, what is the maximum number of magazines she could buy in a week? If the price of a pie is $12, what is the maximum number of pies she could buy in a…
The lease cost for a specialized highway design software package is estimated to be $13,000 for each of years 1, 2, and 3 (future dollars). (a) Calculate the CV amount today (year 0) of each future cost estimate at the inflation rate of 6% per year. (b) Develop a spreadsheet and graph for inflation rates of 3%, 6%, and 8% per year that show the CV today.
du/courses/423127/quizzes/3325 take/questions/60963079 Table on the right shows the net cashflow (NCF) and cumulative cashflow for two projects X and Y. Answer the following questions. 1- Based on Descarte's rule of signs, what is the max. number of real ROR (i*) for project X? (put numerical number) 2- Looking at cumulative CF of project X, can we tell that it has only one positive i* value? (put "yes" Project X Project Y Year NCF Cumulative CE NCF Cumulative CF or "no") 180 -100 20,000 20,000 1 50 -130 16,000 36,000 3- Based on Descarte's rule of signs, what is the 36,000 2 50 80 50 30 25,000 25,000 max. number of real ROR (i*) for project Y? (put 4 50 20 30,000 5,000 numerical number) 4- Looking at cumulative CF of project Y, can we tell that it has only one positive i* value? (put "yes" or "no")

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