Galaxy manufactures two dolls: Mary and Joan. It has 400 hours of production time per week and production of Mary needs 3 hours and production of Joana 2 hours. a. How do you model this fact? b. Which part of model is it? Options are given below.Which one is right for Part (a) & Part (b). t is capacity constraint. x1 + x2 2 800 It is requirement constraint. x1 + x2 = 800 x1 + x2-Min x1 + x2 -Max x1 - x2 s 800 x1+ x2 s 800 x1-x2 2 800 x1 - x2 = 800 It is criterion function.

A movie theater shows films for a community of 10000 people. Right now, the price per ticket is $17.50. In the past, when they increased or decreased the price per ticket, they discovered that for every dollar (or fraction) that the price was increased or decreased, the attendance decreased or increased proportionally by 200 people. The theater owner pays the Film Distribution Company $10 (incremental cost) in royalties per person whoviews the film. Find a. The willingness to pay distribution of the movie goers. b. The average price they would be willing to pay. c. The price per ticket that maximizes revenue. d. Should the theater owner increase or decrease the price per ticket if she wants to maximize contribution? e. Find the consumer surplus if the tickets are priced at the price that maximizes contribution. Please complete in excel showing formulas on how it was completed

Consider an airline's decision about whether to cancel a particular flight that hasn't sold out. The following table provides data on the total cost of operating a 100-seat plane for various numbers of passengers. Total Cost Number of Passengers (Dollars per flight) 40,000 10 60,000 20 65,000 30 68,000 40 70,000 50 71,000 60 72,500 70 73,500 80 74,000 90 74,300 100 74,500 Given the information presented in the previous table, the fixed cost to operate this flight is s At each ticket price, a different number of consumers will be willing to purchase tickets for this flight. Assume that the price of a flight is fixed for the duration of ticket sales. Use the previous table as well as the following demand schedule to complete the questions that follow. Price Quantity Demanded (Dollars per ticket) (Tickets per flight) 1,000 700 30 400 90 200 100

Student Enterprises sells two sizes of wall posters, a large 3- by 4-foot poster and a smaller 2- by 3-foot poster. The profit earned from the sale of each large poster is $3; each smaller poster earns $2. The firm, although profitable, is not large; it consists of one art student, Jan Meising, at the University of Kentucky. Because of her classroom schedule, Jan has the following weekly constraints: (1) up to three large posters can be sold, (2) up to five smaller posters can be sold, and (3) up to 10 hours can be spent on posters during the week, with each large poster requiring 2 hours of work and each smaller one taking 1 hour. With the semester almost over, Jan plans on taking a 3-month summer vacation to England and doesn’t want to leave any unfinished posters behind. Find the integer solution that will maximize her profit.

In Figure 2-a, the average variable cost curve is curve Group of answer choices A D C B

4. Variouss measures of cost Douglas Fur is a small manufacturer of fake-fur boots in San Diego. The following table shows the company's total cost of production at various production quantities. Fill in the remaining cells of the following table. Quantity Total Cost Marginal Cost (Dollars) Fixed Cost Variable Cost Average Variable Cost Average Total Cost (Pairs) (Dollars) (Dollars) (Dollars) (Dollars per pair) (Dollars per pair) 120 1 200 2 240 3 285 4 340 425 6 540 On the following graph, plot Douglas Fur's average total cost (ATC) curve using the green points (triangle symbol). Next, plot its average variable cost (AVC) curve using the purple points (diamond symbol). Finally, plot its marginal cost (MC) curve using the orange points (square symbol). (Hint: For ATC and AVC, plot the points on the integer; for example, the ATC of producing one pair of boots is $200, so you should start your ATC curve by placing a green point at (1, 200). For MC, plot the points between the integers:…

Suppose you make beautiful coffee tables out of juniper trees. Your materials cost for each table is $135. You pay your craftsman $25 per hour and it takes him 5 hours to complete one table. If you sell these tables for $689, what is your Cost of Goods Sold Percentage?    2. What is the Gross Profit Margin on the coffee tables described in question 1 above?   3. Suppose your company sells a 3 pack of lenses that attach to smart phones to improve the quality of pictures people take. You pay $29.95 for each 3 pack and sell them for $59.95. What is your Cost of Goods Sold Percentage for this item?   4. Suppose you sell 8,000 of the 3 pack of lenses described in question 3 above in one year. You cost on each 3 pack is $29.95 and you sell them for $59.95. If your operating expenses for the year total $144,080, what are your Net Income and Net Profit Margin Percentage?   5. Suppose an investor gave you $150,000 to start your business. You gave this investor 50 percent of your company for…

The Lead Zeppelin Company produces powered and steerable lighter-than-air craft. The company’s airships are specially lined and are therefore safer than normal dirigibles. The table below shows the weekly production of dirigibles, along with the associated Average Cost and Total Revenue figures (the Average Cost and Total Revenue figures are actually in thousands of dollars, so the $15 represents $15,000, but we have left off the zeros to save space).   Quantity Average Cost Total Cost Total Revenue 0  -- 0 $0 1 $15 15 $10 2 $9 18 $20 3 $8 24 $30 4 $8.50 34 $40 5 $9 45 $50 6 $10 60 $60 7 $12 84 $70   The Lead Zeppelin Company has decided that it will produce at least 1 dirigible. Now the question becomes, how many more dirigibles should it produce to make as much profit as possible?   Use the profit-maximizing rule to explain how many dirigibles the Lead Zeppelin Company should produce to…

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Am. 111.