this is a 2 part question The market for disinfectant is dominated by 2 firms, Lysol...
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:...
multiple part question. please answer and cirlcle solutions! i will rate thumbs up for correct answers 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-5-20 a. If Lysol and Clorox decide to collude, what quantities will be sold in the market...
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...
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...
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)?
Two firms figure out that the market inverse demand is P= 81 - Q. Each firm has the cost C(Q)= Q^2. 1. Find the marginal revenue for the individual firms. 2. What is the reaction function for each firm? 3.What is the equilibrium quantity? 4. What is the market price? 5. How much profit does each firm make? 6. In the long-run what do you expect to happen in a market with profits like this? Find the optimal production for...
You are a monopolist in a market with an inverse demand curve of: P=10-Q. Your marginal revenue is: MR(Q)=10-2Q. Your cost function is: C(Q)=2Q, and your marginal cost of production is: MC(Q)=2. a) Solve for your profit- maximizing level of output, Q*, and the market price, P*. b) How much profit do you earn?
Demand in a market dominated by two firms (a Cournot duopoly) is determined according to: P = 300 – 4(Q1 + Q2), where P is the market price, Q1 is the quantity demanded by Firm 1, and Q2 is the quantity demanded by Firm 2. The marginal cost and average cost for each firm is constant; AC=MC = $74. The cournot-duopoly equilibrium profit for each firm is
Question 5 Demand in a market dominated by two firms (a Cournot duopoly) is determined according to: P = 200 – 2(Q1 + Q2), where P is the market price, Q1 is the quantity demanded by Firm 1, and Q2 is the quantity demanded by Firm 2. The marginal cost and average cost for each firm is constant; AC=MC = $60. The cournot-duopoly equilibrium profit for each firm is _____. Hint: Write your answer to two decimal places. QUESTION 6...
Suppose that the (inverse) market demand function for wax paper is P=400-2Q where Q is total industry output. There are only two firms, Firm1 and Firm 2, that produce wax paper. Thus, Q=q1+q2. Each firm has no fixed cost but a constant marginal cost of production equals $40. (a) Suppose that the two firms decide to form a cartel. Calculate the output quantity for Firm 1 (b) Suppose that the two firms decide to form a cartel. Calculate the profit...