Costs per unit H Quantity of output 64. Refer to Figure 8-5. Identify the curves in the diagram. a. E marginal cost curve; F = total cost curve; G = variable cost curve, H = average fixed cost curve b. E= marginal cost curve; F = average total cost curve; G = average variable cost curve; H = average fixed cost curve. c. E average fixed cost curve; F = variable cost curve; G = total cost curve, H = - marginal cost curve d. E average fixed cost curve; F = average total cost curve; G = average variable cost curve, H = marginal cost curve

Costs per unit H Quantity of output 64. Refer to Figure 8-5. Identify the curves in the diagram. a. E marginal cost curve; F = total cost curve; G = variable cost curve, H = average fixed cost curve b. E= marginal cost curve; F = average total cost curve; G = average variable cost curve; H = average fixed cost curve. c. E average fixed cost curve; F = variable cost curve; G = total cost curve, H = - marginal cost curve d. E average fixed cost curve; F = average total cost curve; G = average variable cost curve, H = marginal cost curve

ENGR.ECONOMIC ANALYSIS

14th Edition

ISBN:9780190931919

Author:NEWNAN

Publisher:NEWNAN

Chapter1: Making Economics Decisions

Section: Chapter Questions

Problem 1QTC

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discussion should be no less than 75 words. In doing so, be certain to address each of the components from the topic. The most desirable output quantity for the firm clearly depends on how costs change as output varies. First, discuss the three types of cost curves economists use to display and analyze this information. Then, discuss the marginal product relationship. Lastly, give one example of how costs change as output varies for the firm from a recent news article
The Santa Clara County increases the property taxes for all fast food restaurants. Which cost curves will be affected as a result of this policy? 1. average total cost and average fixed cost. 2. average variable cost and average total cost. 3. average variable cost and marginal cost. 4. average variable cost and average fixed cost.
Consider the production of hamburgers. The average total cost (ATC) and average fixed cost (AFC) of producing hamburgers are illustrated in the graph to the right Use the four-point curve drawing tool to graph the average variable cost of producing one, two, three, and four thousand hamburgers. Properly label this curve Carefully follow the instructions above, and only draw the required objects. Cost (cente per unit) 26 24- 22- 20 18- 16 14- 12- 10 B 6 4- 2 ATC AFG Quantity of hamburgers (in 1000s) Q du
QUESTION 2 A firm is considering changing its plant size. It calculates the amount of output it would be able to produce and the total cost for various plant sizes, as shown in the accompanying table. If the firm is currently using plant size C, the firm is experiencing which of the following? Plant Size Quantity Total Cost ($) A 1 10 10 80 C 100 900 200 2,000 500 5,500 F 1,000 15,000 economies of scale O diseconomies of scale constant returns to scale O diminishing marginal product O increasing marginal product
Section 11.5 The Short-Run and Long-Run Average Total Cost Curves exhibit 1 SRATC for small plant SRATC for medium plant SRATC tor large plant LRATC B $500 $400 Economies of Scale Constant Returns to Saie 1,000 1,200 Quantity of Computers (per day) Notice that the long-run average total cost (LRATC) curve is much flatter than the short-run average total cost (SRATC) curve. This is because firms can be more flexible in the long run-they can choose which short-run cost curve they want to operate along, by choosing their plant scale. But they cannot do this in the short run, during which they are stuck with their existing short-run cost curve. That is, in the short run, the firm operates with the short-run curve it has based on past decisions. However, in the lang run, the firm is able to choose the short-run curve it wants to use. In Exhibit 1 above, explain why the curve between A and B looks different than the curve from A to C. Provide an example of how a firm could opt to follow the…
a. Calculate marginal cost using the formula given in the chapter: ATotal cost/AQuantity. Quantity Variable cost ($) Total cost ($) Marginal cost ($) 0 0 100 1 60 160 2 110 210 100 3 180 280 100 4 270 370 100 5 400 500 100 b. Calculate AVariable cost/AQuantity. Quantity Variable cost ($) AVariable cost Total cost ($) ($)/ AQuantity 0 0 100 1 60 160 100 2 110 210 100 3 180 280 100 4 270 370 100 5 400 500 100
A book publisher hires editors, designers, and production and marketing managers who help prepare books for publication. Because these employees work on several books simultaneously, the number of people the company hires will neither increase nor decrease with the quantity of books the company publishes during any particular year. The salaries and benefits of people in these job categories will be included in Select one: a. fixed cost and marginal cost but not variable cost. b. fixed cost but not variable cost and total cost. c. marginal cost and total cost but not fixed cost. d. fixed cost and total cost but not variable cost. e. Average variable cost
When marginal-cost curve lies:a. above the ATC curve, ATC risesb. above the AVC curve, ATC risesc. below the AVC curve, total fixed cost increasesd. below the ATC curve, total fixed cost fallsPlease, show your answer graphically.
Construct the average fixed cost, average variable cost, and average total cost schedules and the marginal cost schedule.
Which is the correct formula for the total cost of production?Note: TC is total Cost, AFC is average fixed cost, AVC is average variable cost, MC is marginal cost, TVC is total variable cost, TFC is total fixed cost, and Q is output. PLEASE EXPLAIN THE ANSWER A. TC = (AFC + AVC) (Q) B. TC = TVC + TFC C. TC = (MC)(Q) D. A and B are correct E. A, B and C are correct
The average fixed cost curve will never intersect with either the horizontal or vertical axis. graph. There must be proper positioning of the Average Total Cost curve and Average Variable Cost curve. graph. The Average Total Cost curve and Average Variable Cost curve must not touch (in between is average fixed costs – which can never be zero). graph.
The cost information in the following table shows that as production increases Quantity produced/day Total cost Variable cost 0 $50 0 1 $75 $50 2 $110 $75 3 $155 $100 4 $210 $150 5 $270 $175 6 $345 $250 A.) variable cost increases at a uniform rate. b.) variable cost increases and then eventually falls c.) average total cost always falls d.) marginal cost eventually increases