Question

In: Economics

The market consists of 2 firms. The firms produce the same product. Firm 1 with $1...

The market consists of 2 firms. The firms produce the same product. Firm 1 with $1 per-unit cost (C1(q1)=1q1). Firm 2 with $1 per-unit cost (C2(q2)=1q2). Firm 1 can produce 2 or 4 or 6 units. Firm 2 can produce 2 or 4 or 6 units. The industry's demand function is Q = 50 - P (P=price, Q=total quantities). The firms choose their quantities simultaneously.

1a) Find Firm 1's optimal production levels. q1=?

1b) Find Firm 2's optimal production levels. q2=?

1c) Determine the equilibrium price. p=?

1d) Firm 1 will earn how much?

1e) Firm 2 will earn how much?

Solutions

Expert Solution

A) The MAXIMUM they can produce=6

So Q1=6-0.5q2{ best response function of firm 1}

Q2=6-0.5q1{ best response function of firm 2}

Q2=6-0.5(6-0.5q2){ putting Q1 into q2}

Q2=3/0.75=4

Q1=6-0.5*4=4

Option B is correct

B) option B is correct

C) Q1+q2=4+4=8

P=50-8=42

Option C is right

D) Profit of firm 1=(42-1)*4=41*4=164

OPTION B is correct

E) Profit of firm 2=( 42-1)*4=164

OPTION B is correct


Related Solutions

The market consists of 2 firms. The firms produce the same product. Firm 1 with $1...
The market consists of 2 firms. The firms produce the same product. Firm 1 with $1 per-unit cost (C1(q1)=1q1 ). Firm 2 with $1 per-unit cost (C2(q2)=1q2 ). Firm 1 can set its price to 2 or 3 or 4 $. Firm 2 can set its price to 2 or 3 or 4 $. The industry's demand function is Q= 10 – P (P-price, Q- total quantities). The firms choose their quantities simultaneously. 1a) Find Firm 1 optimal price P1=?...
Question 2: Firm Competitions Two firms, Firm 1 and Firm 2, produce the same goods and...
Question 2: Firm Competitions Two firms, Firm 1 and Firm 2, produce the same goods and are competing in the same market. Firm 1 has a cost function of c1 = 20q1 and Firm 2 has a cost function of c2 = 10q2. The market price is determined by the inverse demand function p=100−q1 −q2 (a) Suppose Firm 1 and Firm 2 compete in a quantity competition. And suppose both firms decidesimultaneously. What are the Cournot-Nash equilibrium quantities of Firm...
Suppose there are only two firms in the market, firm 1 and firm 2. They produce...
Suppose there are only two firms in the market, firm 1 and firm 2. They produce identical products. Firm 1 has a constant marginal cost where AC1 =MC1 =20, and firm 2 has a constant marginal cost AC2 =MC2 =8. The market demand function is given by Q = 100 - 0.5P. a) Find the Cournot Nash Equilibrium price and quantity, write down the profits for each firm. (Use "q1" to represent output level for firm 1, and "profit1" to...
Suppose there are two firms, Firm 1 and Firm 2, who produce identical goods. Together, they face the following market demand.
  Suppose there are two firms, Firm 1 and Firm 2, who produce identical goods. Together, they face the following market demand. Q=140-P Assume both firms have a marginal cost of 20, so MC=20. a. Monopoly: If the two firms could collude and act like a monopoly, what is the total quantity produced and what is the price? b. Bertrand Competition with Identical Goods: Now assume that the firms simultaneously choose their price. What is the quantity produced and at...
Bertrand Price Competition Model: Suppose there are two firms, Firm 1 and Firm 2. They produce...
Bertrand Price Competition Model: Suppose there are two firms, Firm 1 and Firm 2. They produce a slightly differentiated product. The demand for the two products is given respectively by: Q1 = 12 – 2P1 + P2 Q2 = 12 – 2P2 + P1 Suppose each firm’s TFC = $20 and MC = $1 The firm’s compete in prices. Firm 1 chooses P1 to maximize its profit and Firm 2 chooses P2 to maximize profits. Find P1, P2, Q1, Q2
Suppose a perfectly competitive market consists of identical firms with the same cost function given by...
Suppose a perfectly competitive market consists of identical firms with the same cost function given by C(q)=2q3 - 3q2 + 70q The market demand is QD= 2200 - 10p What will be the long-run equilibrium price in this market? Round your answer to the nearest cent (0.01)
Suppose two firms (Firm 1 and Firm 2) are producing a product. The total demand is:...
Suppose two firms (Firm 1 and Firm 2) are producing a product. The total demand is: Q = 100 – P, where Q = Q1 + Q2. Each of the two firms has the cost function TC = 20Q. Based on the information given, calculate the equilibrium P, Q, Q1, Q2, Profit1 and Profit2 under monopoly (collusion), Cournot, and Stackelberg. For the Stackelberg model, assume that Firm 1 is the leader and Firm 2 is the follower. Show all your...
Consider two firms that provide a differentiated product, which they produce at the same constant marginal...
Consider two firms that provide a differentiated product, which they produce at the same constant marginal cost, MC = 3 (no fixed cost). The demand function for Firm 1 is q1 = 10 – p1 + 0.5p2 and for Firm 2 is q2 = 20 – p2 + 0.5p1, where p1 is Firm 1’s price and p2 is Firm 2’s price. a) Write the profit functions for these firms.( 8 marks) b) What are the equilibrium prices and quantities? (...
Two firms, firm 1 & firm 2, in a Cournot duopoly are facing the market demand...
Two firms, firm 1 & firm 2, in a Cournot duopoly are facing the market demand given by P = 140 – 0.4Q, where P is the market price and Q is the market quantity demanded. Firm 1 uses old technology and has (total) cost of production given by C(q1) = 200 + 15q1, where q1 is the quantity produced by firm 1. Firm 2 has managed to introduce a new technology to lower the per unit cost, and its...
Two firms in the same industry sell their product at $10. The first firm has a...
Two firms in the same industry sell their product at $10. The first firm has a total fixed cost of $100 and an average variable cost of $6; whereas the corresponding values for the second firm are $300 and $3.33 respectively. (a) Compute the sales elasticity of profit (ie. the percent change in total profit when sales increase by 1%) for the two firms at the point where each sells 60 units and also at the point where each sells...
ADVERTISEMENT
ADVERTISEMENT
ADVERTISEMENT