Question

In: Economics

There are two main company(A, B) in a market. Their products are identical. The marginal cost...

There are two main company(A, B) in a market. Their products are identical. The marginal cost for producing is $3/1 product.

Qd = -2000P + 15000 (Demand curve)

What is a payoff matrix by finding two company’s profit if two company make a cartel and split the market equally?

What is a payoff matrix by finding two company’s profit if company A makes 1000 more product while company B keeps the previous agreement?

What is the Nash equilibrium in the two situation? The cartel is good or not for the two company? Why?

Solutions

Expert Solution

Dear Student/ Learner, it was my great pleasure to help you solving this problem. I wish you best luck for your learning endeavour.
Happy Learning


Related Solutions

There are two main company(A, B) in a market. Their products are identical. MC = $1/1...
There are two main company(A, B) in a market. Their products are identical. MC = $1/1 product. Qd = -1000P + 15000 (Demand curve) What is a payoff matrix by finding two company’s profit if two company make a cartel and split the market equally? What is a payoff matrix by finding two company’s profit if company A makes 1000 more product while company B keeps the previous agreement? What is the Nash equilibrium in the two situation? The cartel...
Two identical firms (identical cost functions) operate on a market. For each of the following market...
Two identical firms (identical cost functions) operate on a market. For each of the following market demand curves and cost curves determine the Bertrand, Cournot, and Stackelberg outcomes (prices, quantities, and profits - for each firm, and at the market level). Also determine the collusive outcome (assuming the two firms form a cartel). Compare the outcomes. a) P = 200 − 2Q, T C = 50 + 10Q (PB = 10, PC = 73.33, PS = 57.5, PM = 105)...
Two companies (A and B) are duopolists that produce identical products. Demand for the products is...
Two companies (A and B) are duopolists that produce identical products. Demand for the products is given by the following demand function: P = 1,000 - QA - QB where QA and QB are the quantities sold by the respective firms and P is the selling price. Total cost functions for the two companies are: TCA = 50,000 + 200QA + .5QA2 TCB = 20,000 + 400QB + QB2 Assume that the firms form a cartel to maximize total industry...
Two companies (A and B) are duopolists that produce identical products. Demand for the products is...
Two companies (A and B) are duopolists that produce identical products. Demand for the products is given by the following demand function:           P = 10,000 - QA - QB where QA and QB are the quantities sold by the respective firms and P is the selling price. Total cost functions for the two companies are:           TCA = 500,000 + 200QA + .5QA2          TCB = 200,000 + 400QB + QB2 a) Assume that the two firms act independently...
The market for wheat consists of 500 identical firms, each with the total and marginal cost...
The market for wheat consists of 500 identical firms, each with the total and marginal cost functions shown: TC = 90,000 + 0.00001Q2 MC = 0.00002Q, where Q is measured in bushels per year. The market demand curve for wheat is Q = 90,000,000 - 20,000,000P, where Q is again measured in bushels and P is the price per bushel. a. Determine the short-run equilibrium price and quantity of each firm. b. Calculate the firm's short-run profit (loss) at that...
1) Consider two products A and B that have identical cost, retail price and demand parameters...
1) Consider two products A and B that have identical cost, retail price and demand parameters and the same short selling season (the summer months from May through August). The newsvendor model is used to manage inventory for both products. Product A is to be discontinued at the end of the season this year, and the leftovers will be salvaged at 75% of the cost. Product B will be re-offered next summer, so any leftovers this year can be carried...
There are two companies, X and Y, that produce two identical products, A and B. If...
There are two companies, X and Y, that produce two identical products, A and B. If their labor productivity of the respective products is as follows, determine the following advantages: Product A Product B Company X 100 units per labor hour 30 units per labor hour Company Y 40 units per labor hour 60 units per labor hour Who has the absolute advantage in producing A: ______; Who has the absolute advantage in producing B: ______; Who has the comparative...
Suppose we have two identical firms A and B, selling identical products. They are the only...
Suppose we have two identical firms A and B, selling identical products. They are the only firms in the market and compete by choosing quantities at the same time. The Market demand curve is given by P=200-Q. The only cost is a constant marginal cost of $17. Suppose Firm A produces a quantity of 50 and Firm B produces a quantity of 50. If Firm A decides to increase its quantity by 1 unit while Firm B continues to produce...
Consider a market with two identical firms, Firm A and Firm B. The market demand is...
Consider a market with two identical firms, Firm A and Firm B. The market demand is ? = 20−1/2?, where ? = ?a +?b . The cost conditions are ??a = ??b = 16. a) Assume this market has a Stackelberg leader, Firm A. Solve for the quantity, price and profit for each firm. Explain your calculations. b) How does this compare to the Cournot-Nash equilibrium quantity, price and profit? Explain your calculations. c) Present the Stackelberg and Cournot equilibrium...
Suppose there are two firms operating in a market. The firms produce identical products, and the...
Suppose there are two firms operating in a market. The firms produce identical products, and the total cost for each firm is given by C = 10qi, i = 1,2, where qi is the quantity of output produced by firm i. Therefore the marginal cost for each firm is constant at MC = 10. Also, the market demand is given by P = 106 –2Q, where Q= q1 + q2 is the total industry output. The following formulas will be...
ADVERTISEMENT
ADVERTISEMENT
ADVERTISEMENT