multiple part question. please answer and cirlcle solutions! i will rate thumbs up for correct answers...
this is a 2 part question Suppose instead that Lysol and Clorox were competing using quantities (Cournot Competition). Also suppose that the respective marginal cost for each firm is Mysor - 2 - A sor and MC clorox = 2 = AC clorox. The inverse demand equation is still P-5-Q with the marginal revenue being MR-5-20. To make the following questions easier for you, the reaction curves have already been derived. For Lysol the reaction curve is nsor = 1.5...
this is a 2 part question The market for disinfectant is dominated by 2 firms, Lysol and Clorox. The marginal cost (MC) for providing disinfectant is $1 (average cost is also $1), and the consumer form their demand for disinfectant via the following inverse demand equation P=5-Q:. The corresponding marginal revenue curve is: P=5- 2Q a. If Lysol and Clorox decide to collude, what quantities will be sold in the market and what price will consumers pay for this quantity...
Suppose instead that Lysol and Clorox were competing using quantities (Cournot Competition). Also suppose that the respective marginal cost for each firm is Mysor = 2 = Aysor and MC clorox = 2 = AC clorox. The inverse demand equation is still P = 5-Q with the marginal revenue being MR = 5 - 2Q. To make the following questions easier for you, the reaction curves have already been derived. For Lysol the reaction curve is nysor = 1.5-0.50 clorox...
The market for disinfectant is dominated by a firms, Lysol and Clorox. The marginal cost (MC) for providing disinfectant is $1 (average cost is also $1), and the consumer form their demand for disinfectant via the following inverse demand equation P-5-Q:. The corresponding marginal revenue curve is: P-5- 20 a. If Lysol and Clorox decide to collude, what quantities will be sold in the market and what price will consumers pay for this quantity? (s points) i. Quantity: il. Price:...
Suppose that instead of colluding, Lysol and Clorox are competing using prices (Bertrand competition). Also assume that marginal cost for Lysol and Clorox is $1. The inverse demand equation is still P=5-Q with the marginal revenue being P=5-20 a. What will be the market price that consumers pay? b. How many units will be supplied in the market at the market price found in part (a)?
3. The market illustrated below has inverse demand p(Q) = 130 - 3Q and industry-wide marginal cost MCQ) = 10 + 2Q. If production is competitive, this is the market (inverse) supply curve. If production is consolidated under a monopolist, this is the monopolist's MC curve. a. Suppose there is a monopolist. Explain how marginal revenue for a monopolist is different than for a firm under perfect competition. Then derive the profit-maximizing market outcome (including the monopoly price and quantity...
I only need answers for the Bertrand Nash Equilibrium section. please provide answers with as much details as possible. Thank you Oligopoly There are two firms competing in the market for Airplanes - Boeing and Airbus. The market demand is given by Q = 120 - P. Boeing has lower Marginal Costs of production than Airbus. Thus MCB = $20, MCA = $40. Assume that TFC = $0 for both firms. (Think of price being in thousands.) Boeing a) Derive...
i just need the answer for "e". Problem 1 (4 points) Knope Industries is a firm that produces miniature model souvenirs with total cost function TC(Q) = 2500 + 50Q +0.02Q2 (e) Sketch a graph with the demand curve, marginal revenue curve, and marginal cost curve, and label the profit-maximizing price and quantity. (1 pt) Problem 1 (4 points) Knope Industries is a firm that produces miniature model souvenirs with total cost function TCQ) = 2500+ 500+ 0.02Q (a) Write...
JUST THE QUESTION 16 PLEASE THE FINAL PART OF C IS DEADWEIGHT LOSS AND COMPARE THEM WITH YOUR FINDINGS ON A co (b) each firm produces (c) each firm is a price taker. (d) there are few firms in the market. le) each firm observes a horizontal demand curve. Short Questions (10 pts.) 16. A monopoly faces a market demand curve given by Q = 60 - P and a marginal revenue curve given by MR-60 - 20. If MC...
Please so work so I can use as study reference. Thank you :) 4) Suppose the inverse demand curve for a market is P-3-(ơn 6,000). The marginal cost of production in this market is S1 per unit (assume there is no fixed cost). the equailibrium price and quantity if the market is competitive b) Find the monopolist's marginal revenue function, and calculate the equilibrium price and quantity if the market is monopolized MR e) Sketch the supply and demand diagram,...