Imagine that you are a price-taking firm with the following total cost schedule. 3 4 5 6 7 8 TC 10 16 20 23 27 32 38 45 53 Assume that if this firm produces zero they have a total cost of zero. (That is in italics because it's important. Notice that this is a problem we have done before except for a little twist. Can you notice what it is?) Another way of saying this is that there is no fixed cost. Fill in the following supply schedule. (Enter only integers.) (If you don't know what I'm talking about, pleeeeeease go back and figure out what supply means before you try to answer!) [Here is a hint: For each price and quantity you propose, check the profit.] Qs 3 4 5 6

Imagine that you are a price-taking firm with the following total cost schedule. 3 4 5 6 7 8 TC 10 16 20 23 27 32 38 45 53 Assume that if this firm produces zero they have a total cost of zero. (That is in italics because it's important. Notice that this is a problem we have done before except for a little twist. Can you notice what it is?) Another way of saying this is that there is no fixed cost. Fill in the following supply schedule. (Enter only integers.) (If you don't know what I'm talking about, pleeeeeease go back and figure out what supply means before you try to answer!) [Here is a hint: For each price and quantity you propose, check the profit.] Qs 3 4 5 6

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

(a) The marginal cost of two firms are given by the following Firm 1: C'(Q) = 300eº.1Q+2 TC= 3000 when Q = 0 Firm 2: C'(Q) = 41 +30Q -5Q² TC =400 when Q = 0 (i) What is the fixed cost for each firm
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
A company that manufactures tablet computers determines that the fixed costs for producing the tablet computers are $45,000. The variable costs for producing each tablet computer are $75. The company decides to sell each tablet computer for $250. Part A: Write the cost and revenue equations if the company produces and sells a tablet computers.
1200 100.0 20.0 F20 100 -100 A company produces school buses. The graphs of the Cost function (red) and the Revenue function (blue) are given on the figure. (You may click on the figure to see a bigger version.) The horizontal axes represents quantity in number of units. Cost and Revenue are measured in thousands of dollars. Answer the following questions. 1. What are the fixed costs? Answer: thousand dollars. 2. Suppose the current level of production is 19 buses. Should the company produce 20 th bus? Answer "yes" or "no" 3. Between 0 and 100, approximately what level of production maximizes the profit? (Or minimizes the losses if the company doesn't make any profit). Answer:
4 total cost is c(4, r, q) 5 total 75. If Firm A has constant marginal cost, and input prices double to 2r and 2w, how much will it cost to produce q 6 units of output (what is c(6, 2r, 2w))? (HINT: First calculate the marginal cost for c(q, r, w), then calculate c(6, r, w), and then calculate c(6, 2r, 2w)) = Firm A has cost function c(q, r, w). At output q = cost is c(5,r, q) ○ c(6, 2r, 2w) ○ c(6, 2r, 2w) = 90 ○ c(6, 2r, 2w) = 150 c(6, 2r, 2w) O c(6, 2r, 2w) = 180 - = - 75 160 = 60, and at output q -
I need some help with the attached
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…
(a) The marginal cost of two firms are given by the following | cost Firm 1: C'(Q) = 300e® 1Q+2 TC= 3000 when Q = 0 Firm 2: C'(Q) = 41 +30Q -5Q² TC =400 when Q = 0 (ii, (iii) avee (iv) Find the total cost for producing up to 100 units
the orange square points on the marginal cost curve from low to high(16,12) (24,20),(30,36),(32,44),(34,52),(38,72)
A manufacturing firm has a total cost curve: TC = 0.2Q3 - 5Q2 + 50Q + 240, and a marginal cost curve of MC = 0.6Q2 - 10Q + 50. Calculate the minimum cost that the firm can possibly have. a.420 ≤ MC < 440 b.MC < 380 c.400 ≤ MC < 420 d.380 ≤ MC < 400 e.MC ≥ 440
part E
that table is related to those questions