A flour mill buys its wheat from two different farms, then processes the wheat into flour. Wheat fromFarm X costs the mill $7 per bushel, and wheat from Farm Y costs the mill $15 per bushel.The selling price (in dollars per bushel) for the mill's wheat can be modeled by p(x, y) =500 x y where x is the demand for the flour milled from Farm X's wheat and y is the demandfor flour milled from Farm Y's wheat. Assume that x and y may be zero (so the mill only buys fromone of the suppliers) and that the mill can by 1/2 of a bushel.Then the maximum profit is attained whenx =y =bushelsbushelsThe amount of the flour mill's maximum profit is $

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ENGR.ECONOMIC ANALYSIS

14th Edition

ISBN:9780190931919

Author:NEWNAN

Publisher:NEWNAN

Chapter1: Making Economics Decisions

Section: Chapter Questions

Problem 1QTC

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you are an accountant for a manufacterer of radios. the demand function for the tablets is p= 40-4x2 where x is the number of tablets produced in millions. it costs the company $15 to make a tablet. write an equation for the manufactures profit as a function of the number of tablets produced. the company currently produces 1 million tablets and makes a profit of $21000000, but you would like to scale up production a bit, what greater number of tablets could the company produce to yield the same profit
Based on Zangwill (1992). Murray Manufacturing runs a day shift and a night shift. Regardless of the number of units produced, the only production cost during a shift is a setup cost. It costs $8000 to run the day shift and $4500 to run the night shift. Demand for the next two days is as follows: day 1, 2000; night 1, 3000; day 2, 2000; night 2, 3000. It costs $1 per unit to hold a unit in inventory for a shift. a. Determine a production schedule that minimizes the sum of setup and inventory costs. All demand must be met on time. (Note: Not all shifts have to be run.) b. After listening to a seminar on the virtues of the Japanese theory of production, Murray has cut the setup cost of its day shift to $1000 per shift and the setup cost of its night shift to $3500 per shift. Now determine a production schedule that minimizes the sum of setup and inventory costs. All demand must be met on time. Show that the decrease in setup costs has actually raised the average inventory level. Is this…
Exercise 5.4 A company is producing and selling branded milk with the following total cost function: CT(q)= 0.2q²+q+70. If the demand function for this brand of milk is: P=15-0.5q: a) Calculate the optimal price of milk, as well as the optimal quantity sold and the profits of the company. b) Calculate the price elasticity of demand in the equilibrium of the company. c) Justify why the company has an excess of productive capacity. d) Represent graphically.
Company ABC sells 2 products : X and Y. The cost of product is for X is 400 pesos and Y is 300 pesos. The profit for X is 40 and Y is 30. The total demand for both products is 1,000 units. Production cost is 100,000 pesos. How many units that the company produce so that to earn maximum profit? Answer in mathematical expression, tabular form, constraint, and profit.
please answer it using handwriting to understand it
Increasing demand from China has made New Zealand the world's biggest exporter of dairy products . Its exports of milk to China increased by 45 % in 2013. More than 300 000 hectares land in New Zealand have been transferred to dairy use from other forms of farming and forestry use since 2000. The increase in milk production has caused the average cost of its production to fall and changes in production methods have affected the price elasticity of supply of milk . Discuss whether the average cost of production always decreases when a firm increases the total output that it produces(Define economies of scale and diseconomies of scale Use of graph to explain ( if applicable ) Explain the various economies of scale e.g. purchasing economies of scale [ up to 5 ] Explain the various diseconomies of scale [ up to Brief conclusion)
Mango Systems believes that demand for its pet e-mouse follows a linear demand equation: Quantity = 43,911 - 708* Price Mango's variable cost to produce one pet e-mouse is $23.50. Find the maximum total contribution margin (margin per unit times quantity sold) that Mango Systems can possibly achieve on its pet e-mouse. (Rounding: penny.) Your Answer:
A bookstore owner can sell 26 magazines at a price of $1.38 per magazine. If the price is $1.10, he can sell 30 magazines. The total cost to purchase x magazines is C(x) = 0.65x+7.75 dollars. Step 1 of 3: Assuming the demand function is linear, find an equation for D(x). Do not round your answer.
Bill runs a business that makes custom-printed towels. It will cost him $8 each to purchase and print on towels, and he will have to pay a rent of $1,700 per month for him workshop. Based on market research, Bill estimates that he can sell custom towels for $25 each. a) Calculate the number of towels he needs to sell per month to break-even. towels b) Calculate the break-even in dollars (round off to the nearest cent).
A company in the software development sector has a market demand and production costs given by: q = 20 - P CT (q) = q² - 4q (Quantities are expressed in thousands of units). a) Find the optimal price and production. b) Calculate the level of benefits obtained. c) What would be the quantity produced and the price in the long run? Comment on the long- term benefit. d) Graph both situations (a graph for the short run and a graph for the long run).
On the graph input tool, change the number found in the Quantity Demanded field to determine the prices that correspond to the production of 0, 6, 12, 15, 18, 24, and 30 units of output. Calculate the total revenue for each of these production levels. Then, on the following graph, use the green points (triangle symbol) to plot the results. Calculate the total revenue if the firm produces 6 versus 5 units. Then, calculate the marginal revenue of the sixth unit produced. The marginal revenue of the sixth unit produced is________. Calculate the total revenue if the firm produces 12 versus 11 units. Then, calculate the marginal revenue of the 12th unit produced. The marginal revenue of the 12th unit produced is_________.
Best Orange Juice Company is located in Oman. The cost function for total orange juice production (x) is given by C(q) = 0.25x2. Their orange juice is demanded only in Muscat (Muscat demand is xm= 100-2Pm) and Salalah (Salalah demand is xs= 100-4Ps). Therefore, the total demand is x=xm+ xs. If the company can control the quantities supplied to each market, how many should it sell in each location to maximize total profits? What price would it charge in each location?

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