Output Total Cost Fixed Cost Variable Cost Marginal Cost Average Fixed Cost Average Variable Cost Average Total Cost(Helicopter rides) (Dollars) (Dollars) (Dollars) (Dollars) (Dollars per ride) (Dollars per ride) (Dollars per ride)50500150ABGH1MNOa. $25Refer to Table 13-7. What is the value of C?b. $1000123C. $50O d. $200Table 13-7The following table shows the production costs for The Flying Elvis Copter Rides.120PDEK120FLR

Marginal cost is the additional cost incurred when output is increased by one unit. It is the ratio…

Output Total Cost Fixed Cost Variable Cost Marginal Cost Average Fixed Cost Average Variable Cost Average Total Cost (Dollars) (Dollars per ride) (Dollars per ride) (Dollars per ride) (Helicopter rides) (Dollars) (Dollars) 50 50 150 A G H M N Refer to Table 13-7. What is the value of C? a. $25 0 1 2 3 Ob. $100 C. $50 d. $200 (Dollars) 0 B 1 O AC 120 P D J Q E K 120 A F L R

Output Total Cost Fixed Cost Variable Cost Marginal Cost Average Fixed Cost Average Variable Cost Average Total Cost (Dollars) (Dollars per ride) (Dollars per ride) (Dollars per ride) (Helicopter rides) (Dollars) (Dollars) 50 50 150 A G H M N Refer to Table 13-7. What is the value of C? a. $25 0 1 2 3 Ob. $100 C. $50 d. $200 (Dollars) 0 B 1 O AC 120 P D J Q E K 120 A F L R

ENGR.ECONOMIC ANALYSIS

14th Edition

ISBN:9780190931919

Author:NEWNAN

Publisher:NEWNAN

Chapter1: Making Economics Decisions

Section: Chapter Questions

Problem 1QTC

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Table 13-7 The Flying Elvis Copter Rides Total Fixed Quantity Cost Variable Marginal Average Average Average Fixed Variable Total Cost Cost Cost Cost Cost Cost 10 $50 $50 $0 1 $150 A B C D E 2 G H $120 K 3 M N P Q $120 R Refer to Table 13-7. What is the value of L? a. $60 b. $135 c. $270 d. $240
UNITS OF VARIABLE TOTAL MARGINAL AVERAGE PRICE OF INPUT PRODUCT PRODUCT PRODUCT INPUT TOTAL VARIABLE COST AVERAGE VARIABLE COST TOTAL FIXED TOTAL AVERAGE TOTAL MARGINAL COST COST COST COST 012345678 0 $1 $2 6 $1 2 15 $1 27 $1 37 $1 45 $1 50 $1 52 $1 50 $1 ଖ ଖ ଖ ଖ ଖ ଖ ଖ ଖ ଖ $2 $2 $2 $2 $2 $2 $2 $2
Figure: Short-Run Costs Cost curves (dollars) $200 150 100 50 total cost F: 0 1 2 3 D average total cost average variable cost marginal cost A 4 C Please, look at the above figure, which represents short run costs curves. Curve A represents the curve. B 5 6 7 8 9 10 11 Quantity of output (per day)
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es Output 6 1 2 3 4 5 S 6 17 8 9 Total Cost $ 2,500 3,416 4,040 4.480 4,900 5,220 5,540 6,310 7,328 9,718 2500 Total Variable Cost b. What is the value of total fixed cost? 6 units $ 0 units 910 1540 1980 2400 2720 3040 3810 4820 7210 Marginal Cost c. What is the most productive level of output? $ 910 630 440 420 320 320 770 1010 2390 Average Total Cost $ d. At what output is economic capacity? Output: e. If TFC doubled, what is the marginal cost of the 7th unit? 3410 2020 1493.33 1225 1044 923.33 901.42 915 1078.89 Average Variable Cost $ 910 770 660 600 544 506.67 544 29 6025 801.11 Average Fixed Cost 2500 1250 833.33 625 500 416.67 35713 312.5 27778
Costs and Profit Maximization: Work It Out 1 Suppose Margie decides to lease a photocopier and open up a black-and-white photocopying service in her dorm room for use by faculty and students. Her total cost, as a function of the number of copies she produces per month, is given in the table. Number of Photocopies Per Month Total Cost Fixed Cost Variable Cost Total Revenue Profit 0 $100 1,000 $110 2,000 $125 3,000 $145 4,000 $175 5,000 $215 6,000 $285 a. Fill in the missing numbers in the table, assuming that Margie can charge 6 cents per black-and-white copy. Margie's fixed cost is: $ Variable cost, 0 photocopies/month: $ Variable cost, 1,000 photocopies/month: $ Variable cost, 2,000 photocopies/month: $ Variable cost, 3,000 photocopies/month: $ Variable cost, 4,000 photocopies/month: $…
Question 3 A certain household comprises of a couple, Adam (A) and Betty (B). They have lexicographic preferences over two goods G1 and G2 - A wants to consume as much of G1 as possible, before moving on to G2 whereas, for B, it is the opposite, she wants to consume as much of G2 as possible before moving on to G1.¹ Given their varying preferences, they decide to shop separately, after dividing the household income equally. The household income is $8. One difference to the usual setting - there are government restrictions in place so that no individual is allowed to buy more than two units of either good. Hint: Do not use mathematical brute force (like Calculus) to solve this problem. A simple diagram with appropriate budget lines, etc. should suffice. 1) Suppose prices are p= (P₁, P2) = (1,2). Denote the optimal choice of A and B as a= b= (b₁,b₂) respectively. Solve for a and b. (a1, a2) and
O O Price (dollars) 160 120 8 40 0 2 4 Quantity According to the figure above, the total cost of producing 5 units is $24 $80 $8 $120 $40
1. Cowboy Metal Cutting produces a laser-cut part based on customer orders. The number of units requested on a customer's order for the laser-cut part can vary from 1 to 150. Cowboy has determined that three different cutting machines can be used to produce this part. An economic analysis of production costs has produced the data in the table below: Cutting Tool ID Fixed Cost Per Order Variable Cost Per Unit CT1 $300 $9.00 СТ $750 $3.00 CT3 $500 $5.00 a. Plot the total production cost of each tool against the number of units produced. For all order sizes between 1 and 150, determined the most economical cutting machine for an order of that size. b. For an order size 75, what is the minimum selling price of each unit if the company desires a profit of 15%?
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QUESTION 29 PRODUCT product X b) product Y product Z 153 1988 price: $2.00 2,000 O c) 1.2 O d) 150 O e) 200 quantity: price: $1.00 1,000 quantity: price: quantity: $5.00 1,000 1989 $4.00 2.500 $1.00 1,500 $4.00 1,000 YEAR 1990 $6.00 2.000 $1.00 2,500 29. Given the data in the above table, what is the price index for 1991, using 1988 as the base year and using the 1988 consumption pattern (market basket)? O a) 100 $2.00 1,000 1991 $8.00 1.500 $1.00 3,000 $3.00 1,000
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