Consider the market for wheat, which is approximately perfectly competitive. The average total cost of the typical wheat farm is ATC(Q) = 1+ Q, its average variable cost is AVC(Q) = Q, and its marginal cost is MC(Q) = 2Q. Suppose that there are currently 500 active given by p = 20 -L0 d.) How much profit will wheat farms earn when this market is in long-run equilibrium? Why? wheat farms in the market, and the market demand curve 1000 a.) What is the short-run market supply curve this market? e.) Calculate the number of wheat farms that will be active in the long-run equilibrium of this market. b.) Compute the short-run competitive equilibrium in this market. c.) Compute the profit or loss of the individual wheat farms in the short-run competitive equilibrium.

Consider the market for wheat, which is approximately perfectly competitive. The average total cost of the typical wheat farm is ATC(Q) = 1+ Q, its average variable cost is AVC(Q) = Q, and its marginal cost is MC(Q) = 2Q. Suppose that there are currently 500 active given by p = 20 -L0 d.) How much profit will wheat farms earn when this market is in long-run equilibrium? Why? wheat farms in the market, and the market demand curve 1000 a.) What is the short-run market supply curve this market? e.) Calculate the number of wheat farms that will be active in the long-run equilibrium of this market. b.) Compute the short-run competitive equilibrium in this market. c.) Compute the profit or loss of the individual wheat farms in the short-run competitive equilibrium.

Managerial Economics: A Problem Solving Approach

5th Edition

ISBN:9781337106665

Author:Luke M. Froeb, Brian T. McCann, Michael R. Ward, Mike Shor

Publisher:Luke M. Froeb, Brian T. McCann, Michael R. Ward, Mike Shor

Chapter5: Investment Decisions: Look Ahead And Reason Back

Section: Chapter Questions

Problem 5.6IP

See similar textbooks

Similar questions

A computer company produces affordable, easy-to-use home computer systems and has fixed costs of 250. The marginal cost of producing computers is 700 for the first computer, 250 for the second, 300 for the third, 350 for the fourth, 430 for the fifth, 450 for the sixth, and 500 for the seventh. Create a table that shows the companys output, total cost, marginal cost, average cost, variable cost, and average variable cost. At what price is the zero-profit point? At what price is the shutdown point? If the company sells the computers for 500, is it making a profit or a loss? How big is the profit or loss? Sketch a graph with AC, MC, and AVG curves to illustrate your answer and show the profit or loss. If the firm sells the computers for 300, is it making a profit or a loss? How big is the profit or loss? Sketch a graph with AC, MC, and AVG curves to illustrate your answer and show the profit or loss.
only typed answer Assume a competitive firm faces a market price of $120, a cost curve of: C = 13q3 + 20q + 500, and a marginal cost of: MC = q2 +20. What is the firm's profit maximizing output level? ?? Units (round your answer to two decimal places) What is the firm's profit maximizing price? ??? (round to the nearest penny) What is the firm's profit? ??? (round to the nearest npenny) In the short-run, this firm should ?? produce or shut down??
Cost figures for a hypothetical firm are given in the following table. Use them for the exercises below. The firm is selling in a perfectly competitive market. Output Fixed AFC Variable AVC Total ATC MC Cost Cost cost 1 $50 50/1=50 $30 30/1=30 30+50=80 80/1=80 NA 2 $50 50/2=25 $50 50/2=25 50+50=100 100/2=50 (100-80)/(2-1)=20 3 $50 50/3=16.67 $80 80/3=26.67 50+80=130 130/3=43.33 (130-100)/(3-2)=30 4 $50 50/4=12.50 $120 120/4=30 50+120=170 170/4=42.50 (170-130)/(4-3)=40 5 $50 50/5=10 $170 170/5=34 50+170=220 220/5=44 (220-170)/(5-4) =50 What can you expect from an industry in perfect competition in the long run? That is, what will the price be? What quantity will be produced? What will be the relation between marginal cost, average cost, and price?
Q23 Suppose a perfectly competitive firm is currently operating with the following information: Output = 1500 tonnesAverage total cost = $627 per tonneAverage variable cost = $614 per tonneMarginal revenue = $620 per tonneMarginal cost = $620 per tonneAt the current level of output, this firm is _____ profit and is an earning economic profit of _____. a. Maximising; -$10500. b. Not maximising; -$10500. c. Maximising; $10500. d. Maximising; $9000. e. Not maximising; -$9000.
See Hi At a market price of $5 your artisanal pencil business maximizes profits by producing 484 pencils per day. When you produce this quantity of pencils per day, your average cost per unit is $4. What is your total revenue per day? S What is your total cost per day? S What is your daily profit? S
QUESTION 2 A firm has two plants, which have Marginal Cost functions given by: MC(Q₁)=2Q1 and MC(Q2)=3Q2. If the firm produces 20 units of output, then: O a. Q1-10 and Q2=10. O b. Q1-14 and Q2-6- O c. Q1-8 and Q2=12- O d. Q1-12 and Q2=8.
Lisa’s Lawn Company (LLC) is a lawn-mowing business in a perfectly competitive market for lawn-mowing services. The following table sets out Lisa’s costs. Quantity (Lawns per hour Total Cost (dollars per lawn) 0 $30 1 40 2 55 3 75 4 100 5 130 6 165 If the market price is $30 per lawn, how many lawns per hour does Lisa’s LLC mow? If the market price is $30 per lawn, what is Lisa’s profit in the short run? If the market price falls to $20 per lawn, how many lawns per hour does Lisa’s LLC mow?
Sketch a marginal cost curve for a firm that has constant marginal costs of production up to its capacity of 500 units but which cannot increase its output beyond that capacity PLEASEE SHOW THE CURVE
Assume that the cost data in the following table are for a purely competitive producer: TotalProduct AverageFixed Cost AverageVariable Cost AverageTotal Cost Marginal Cost 0 1 $60.00 $45.00 $105.00 $45.00 2 30.00 42.50 72.50 40.00 3 20.00 40.00 60.00 35.00 4 15.00 37.50 52.50 30.00 5 12.00 37.00 49.00 35.00 6 10.00 37.50 47.50 40.00 7 8.57 38.57 47.14 45.00 8 7.50 40.63 48.13 55.00 9 6.67 43.33 50.00 65.00 10 6.00 46.50 52.50 75.00 Instructions: If you are entering any negative numbers be sure to include a negative sign (−) in front of those numbers. Select "Not applicable" and enter a value of "0" for output if the firm does not produce. a. At a product price of $56.00 (i) Will this firm produce in the short run? (Click to select) No Yes (ii) If it is preferable to produce, what will be the profit-maximizing or loss-minimizing output? (Click to select) Not applicable Loss-minimizing…
Assume that the cost data in the following table are for a purely competitive producer: TotalProduct AverageFixed Cost AverageVariable Cost AverageTotal Cost Marginal Cost 0 1 $ 60.00 $ 45.00 $ 105.00 $ 45.00 2 30.00 42.50 72.50 40.00 3 20.00 40.00 60.00 35.00 4 15.00 37.50 52.50 30.00 5 12.00 37.00 49.00 35.00 6 10.00 37.50 47.50 40.00 7 8.57 38.57 47.14 45.00 8 7.50 40.63 48.13 55.00 9 6.67 43.33 50.00 65.00 10 6.00 46.50 52.50 75.00 a. At a product price of $56.00 (i) Will this firm produce in the short run? yes (ii) If it is preferable to produce, what will be the profit-maximizing or loss-minimizing output? profit- maximizing output = 9 units per firm (iii) What economic profit or loss will the firm realize per unit of output? Profit per unit = $ 16 b. At a product price of $41.00 (i) Will this firm produce in the short run? Yes (ii) If it is preferable to produce, what will be the…
40 The following cost data is for a firm which in nelling in a perfectly competitive market It the market price for the firm's product is $32, the competitive firm will: t of Total Average Average variable Average total Marginal product fixed cost cost cost cost $100.00 $17.00 $117.00 $17 50.00 16.00 66.00 15 3. 33.33 15.00 47.33 13 25.00 14.25 39.25 12 20.00 14.00 34.00 13 9. 16.67 14.00 30.67 14 7. 14,29 15.71 30.00 26 8. 12.50 17.50 30.00 30 9. 11.11 19.44 30.55 35 10 10.00 21.60 31.60 41 11 9.09 24,00 33.09 48 7.33 26.67 35.00 56 12 Select one: O a. produce 8 units at an economic profit of $16. O b. produce 8 units at a loss equal to the firm's total fixed cost. O c. produce 5 units at a loss of $10. nd produce 7 units at an economic profit of $41.50.
Price and cost (dollars per mug) NA a ∞ ONA a 16 0 5 10 15 20 25 30 35 40 45 50 Quantity (mugs per day) $160; $280 The figure above shows Mollie's Mugs' costs producing mugs. The mug market is perfectly competitive. If the market price of a mug falls to $5 and Mollie's shuts down temporarily, its total variable cost is per day and it incurs an economic loss of per day. $8; $14 MC $0; $120 ATC AVC $0; $6