Quantity 0 100 200 300 400 500 600 Total Cost (dollars) $1,000 1,360 1,560 1,960 2,760 4,000 5,800 Variable Cost (dollars) $0 360 560 960 1,760 3,000 4,800 Table 12-1 shows the short-run cost data of a perfectly competitive firm that produces plastic camera cases. Assume that output can only be increased in batches of 100 units. 51) Refer to Table 12-1. If the market price of each camera case is $8, what is the firm's total revenue when the profit-maximizing quantity is found at the output where MR = MC? B) $3,200 A) $2,400 C) $4,000 D) $4,800 Page Ref: 401-402 49) 51)

Quantity 0 100 200 300 400 500 600 Total Cost (dollars) $1,000 1,360 1,560 1,960 2,760 4,000 5,800 Variable Cost (dollars) $0 360 560 960 1,760 3,000 4,800 Table 12-1 shows the short-run cost data of a perfectly competitive firm that produces plastic camera cases. Assume that output can only be increased in batches of 100 units. 51) Refer to Table 12-1. If the market price of each camera case is $8, what is the firm's total revenue when the profit-maximizing quantity is found at the output where MR = MC? B) $3,200 A) $2,400 C) $4,000 D) $4,800 Page Ref: 401-402 49) 51)

ENGR.ECONOMIC ANALYSIS

14th Edition

ISBN:9780190931919

Author:NEWNAN

Publisher:NEWNAN

Chapter1: Making Economics Decisions

Section: Chapter Questions

Problem 1QTC

See similar textbooks

Similar questions

COURSE: ECONOMY A company has a total cost function TC = 80+3q+2q2 and a marginal cost function MC = 3+4q. If market price is P = $30 and it is producing 10 units:(a) Is firm maximizing its profits?b) What quantity should it produce in long run? Hint: MC= ATCc) Construct a table with all costs.d) Plot profit maximization points in short and long run.
- Given the following information, determine the quantity that must be produced so the firm will break even Fixed cost= $30,000 Price= $8.90 Variable Cost per Unit (AVC)=$7.40
Using the following tablea) construct the cost schedule for a firm operating in the short runb) Graph the average variable cost, average total cost and marginal cost curves.QuantityProduction(thousands)TotalFixedcostTotalVariablecostTotalCostMarginalCostAverageFixedCostAverageVariableCostAverageTotalCost0 $400 0 $400 --- --- ---- ----1 $6402 $7203 $7804 $8205 $8506 $8907 $9808 $12009 $1700
Complete the following table of short-run fixed costs. (Enter your responses rounded to two decimal places.) Total Fixed Cost (TFC) $1,500 Output (9) 1 2 3 4 5 1,500 1,500 1,500 1,500 Average Fixed Costs (AFC) $
© Macmillan Learning The figure depicts the long-run average total cost curve for Magma Motors. If this firm is currently producing 11,000 cars per year, what does it experience if it increases output by 1,000 cars? Figure: Long-Run Average Total Cost Curve for Magma Motors Cost (per car) $5,000 4,000 0 Long-run average total cost $10,000 11,000 12,000 Quantity economies of scope economies of scale minimum efficient scale diseconomies of scale
Classify the following milk bar short-run costs as fixed cost or variable cost Milk truck Fruit freezer Cost of milk sold each day ii) Assuming the following are the costs of your milk bar after the end of the second week answer the question below based on the following information. Fixed cost increased from 100 to 150 Variable cost increases from 220 to 300 Milk output increases from 450 to 620 a) What is the average total cost during the second week. Show your work b) What is the marginal cost. Show your work
5. A toy factory has an annual demand for 20,000 of tops. It cost $1.50 to store one top per year. It costs $500 for each production set-up for these tops and $3.50 to manufacture a single top. Find the total cost function. fM Total Cost of Production is: T(g) = : + gM +, where q is number of units per productionm run; k is cost of storing 2 one item per year; g is cost of manufacturing a single unit of the product; f is fixed set-up cost for a production run; M is total demand of units per year. Given Constants Total Cost Function Find the optimum number of tops per batch as well as the number of batches per year. optimum number of tops optimum number of batches Find the total cost for this optimum production schedule. Optimum Total Cost
The table shows three short-run cost schedules for three plants of different sizes that a firm might build in the long run. Plant 1 Plant 2 Plant 3 Output ATC Output ATC Output ATC 10 $ 10 10 $ 15 10 $ 20 20 9 20 10 20 15 30 8 30 7 30 10 40 9 40 10 40 8 50 10 50 14 50 9 What is the long-run average cost of producing 10 units of output? Multiple Choice $10 $15 $20 $45
Total fixed cost for this firm:
Question 1 Include correctly labeled diagrams, if useful or required, in explaining your answers. A correctly labeled diagram must have all axes and curves clearly labeled and must show directional changes. If the question prompts you to "Calculate," you must show how you arrived at your final answer. Quantity of Output Total Cost $12 1 $14 2 $18 $24 4 $32 5 $42 6 $54 7 $68 The table above shows the total cost function for a typical firm producing hats in a perfectly competitive market. The market price for hats is $9 per hat. (a) Calculate the average variable cost of the fifth unit. Show your work. (b) What is the firm's profit-maximizing quantity of hats? Explain using marginal analysis. (c) Draw a correctly labeled graph showing the firm's demand and marginal cost curves, and show the profit-maximizing quantity of hats determined in part (b). (d) If the rent of the building the firm occupies increases, what will happen to the firm's profit-maximizing quantity of output in the short…
Question 7 of 20 Total Total Average Average Average Fixed Variable Total Marginal Variable Fixed Cost $200 Output Total (Q) Cost Cost Cost Cost Cost Cost $0 $200 $200 $150 $350 40 $200 $250 $450 60 $200 $450 $650 80 $200 $800 $1,000 For the cost data shown above, what is this firm's Average Total Cost (ATC) when Output (Q) is 80? $12.50 $1,000 $11.25 O $10.83 20
Table 12-1 Variable Cost (dollars) $0 Total Cost Quantity (dollars) $1,000 1,360 1,560 1,960 2,760 4,000 5,800 100 360 200 560 300 960 400 1,760 3,000 4,800 500 600 Table 12-1 shows the short-tun cost data of a perfectly competitive firm that produces plastic camera cases. Assume that output can only be increased in batches of 100 units. Refer to Table 12-1. If the market price of each camera case is $8 and the firm maximizes profit, what is the amount of the firm's profit or loss? A) $0 (it breaks even) tv P D00 D00 A F2 F3 F5 F7 FB F10 3 5 8. E R U <6