a) At a price of $6, the firm's total fixed cost is TFC = b) At the firm's break-even price, the firm's total revenue is TR = c) At a price of $4.50, the firm will supply q = d) If the firm produced 27 units when the price was $12, then it would forgo profit of approximately T = e) The long run perfectly competitive equilibrium output level is qR = f) At a price of $16, the competitive firm's short run quantity supplied is qs =

a) At a price of $6, the firm's total fixed cost is TFC = b) At the firm's break-even price, the firm's total revenue is TR = c) At a price of $4.50, the firm will supply q = d) If the firm produced 27 units when the price was $12, then it would forgo profit of approximately T = e) The long run perfectly competitive equilibrium output level is qR = f) At a price of $16, the competitive firm's short run quantity supplied is qs =

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

Joshua owns a small boat and catches lobster off the coast of Maine. His weekly cost function is TC(q) = 40 + 5q + 5q?. He sells his lobsters to the local wholesaler at the market price p (in dollars). a) Find Joshua's short-run supply function for lobsters. (Hit: In this case short-run marginal cost is the same as long-run marginal cost.) b) Find Joshua's long-run supply function for lobsters. c) Find Joshua's shutdown price and Joshua's breakeven price (the price at which profit equals zero). d) Suppose the market price is $30, calculate his profit. What will Joshua do in the long run? Explain. 1
The function D(p)D(p) gives the number of items that will be demanded when the price is p. The production cost, C(x)C(x) is the cost of producing x items. To determine the cost of production when the price is $8, you would: A.Solve D(C(x))=8D(C(x))=8 B.Evaluate C(D(8))C(D(8)) C.Evaluate D(C(8))D(C(8)) D.Solve C(D(p))=8
A manufacturer of upholstery can sell 2121 yards of fabric at a price of $3.11$⁢3.11 per yard. If the price is $1.85$⁢1.85, she can sell 3535 yards. The total cost of manufacturing x yards of fabric is C(x)=0.6x+36C(x)=0.6x+36 dollars. Step 1 of 3 : Assuming the demand function is linear, find an equation for D(x)D(x). Do not round your answer.
The inverse demand for tea is given by P = 8 – 0.03Q, where Pis the price per a gram of tea and Q is the total number of grams of tea brought to market. There are two tea shops in the market. Shop 1's cost function is given by C = 0.02q,?, where q, is the number of grams of tea it brings to market. Shop 2's cost function is given by C2 = 0.02q22, where q2 is the number of grams of tea it brings to %3D %3D market. Given that the two shops compete by setting output (Cournot), answer the following. a) Identify shop 1's reaction function to shop 2's output to within 2 decimal places (e.g. 0.33). 91= Number Number 92 b) Identify shop 2's reaction function to shop 1's output to within 2 decimal places (e.g. 0.71). q2= Number Number 91 c) To within two decimal places (e.g. 0.63) what is the equilibrium output level of each shop and the equilibrium per gram price for tea. Shop 1 will produce Number grams of tea and shop 2 will produce Number grams of tea. The equilibrium market price is £…
Suppose that the cost of producing q appliances is C(q) = 500 – 4q + q? and the demand function is given by p = 14 – 2 q. The quantity that minimizes the average cost function and the corresponding price are g= 22.36 and p= -30.72 a) Why the corresponding price is negative? explain The maximum profit would be -473 b) Why the maximum profit is minus? explain what happens
In this problem, p is in dollars and q is the number of units. Suppose that the demand for a product is given by (p + 1) q + 9 = 810.
The inverse demand for tea is given by P= 10 – 0.04Q, where Pis the price per a gram of tea and Qis the total number of grams of tea brought to market. There are two tea shops in the market. Shop 1's cost function is given by C = 0.01q,?, where qı is the number of grams of tea it brings to market. Shop 2's cost function is given by C2 = 0.01q2², where qp is the number of grams of tea it brings to market. Given that the two shops compete by setting output (Cournot), answer the following. a) Identify shop 1's reaction function to shop 2's output to within 2 decimal places (e.g. 0.33). 91= Number - Number 92 b) Identify shop 2's reaction function to shop 1's output to within 2 decimal places (e.g. 0.71). q2= Number Number 91 c) To within two decimal places (e.g. 0.63) what is the equilibrium output level of each shop and the equilibrium per gram price for tea. Shop 1 will produce Number grams of tea and shop 2 will produce Number grams of tea. The equilibrium market price is £ Number
A competitive firm has a total cost function: TC = 20 + 50q − 6q2 + q3 and a marginal cost function MC = 50 − 12q + 3q2. (a) If the market price is P = $230 per unit, the firm will supply 10 units of the good. Calculate: (i) the profit (ii) the producer's surplus (b) Assume that the market price is P = $50 per unit. Find (i) the level of output supplied by the firm (ii) the firm's profit (use a minus before your answer if the firm incurred a loss) (c) Calculate the range of prices for which the firm will find it optimal to shut down.
The price-demand equation and the cost function for the production of active styluses are given, respectively by p = 470 -0.05x and C(x) = 160,000 + 22x d) Given a price of $150, determine whether the price should be increased or decreased in order to increase revenue. e) Find the revenue function, R(x). f) Calculate the number of styluses the company should sell in order to maximize revenue. g) Find the approximate cost of producing the 140th stylus.
If the theater starts to charge $796.25 for these seats, the theater will sell (a) premium seats a week. Scalpers will charge (b) , which is (c) more than the price listed at the theater’s box office (give your answers to two decimals).
Firms in a competitive market can sell as much as they like at a market price of $16. The cost function for each firm is TC = 50 + 4Q +2Q². The associated marginal cost function is MC = 4 + 4Q and the point of minimum average cost is Q = 5. How much profit is each firm earning?
A bookstore owner can sell 26 magazines at a price of $1.38 per magazine. If the price is $1.10, he can sell 30 magazines. The total cost to purchase x magazines is C(x) = 0.65x+7.75 dollars. Step 1 of 3: Assuming the demand function is linear, find an equation for D(x). Do not round your answer.