Question

SCENARIO 3: Consider an industry consisting of two firms producing an identical product. The inverse market...

SCENARIO 3: Consider an industry consisting of two firms producing an identical product. The inverse market demand equation is P = 100 − 2Q. The total cost equations for firms 1 and 2 are TC1 = 4Q1 and TC2 = 4Q2, respectively.

9. Refer to SCENARIO 3. Suppose that the two firms are Cournot rivals. Firm 1’s reaction function is:

a. Q1 = 12 − Q2.

b. Q1 = 12 − 0.25Q2.

c. Q1 = 24 − 0.5Q2.

d. Q1 = 24 − 0.25Q2.

e. None of the above.

Homework Answers

Answer #1

OPTION C IS CORRECT

Know the answer?
Your Answer:

Post as a guest

Your Name:

What's your source?

Earn Coins

Coins can be redeemed for fabulous gifts.

Not the answer you're looking for?
Ask your own homework help question
Similar Questions
SCENARIO 3: Consider an industry consisting of two firms producing an identical product. The inverse market...
SCENARIO 3: Consider an industry consisting of two firms producing an identical product. The inverse market demand equation is P = 100 − 2Q. The total cost equations for firms 1 and 2 are TC1 = 4Q1 and TC2 = 4Q2, respectively. Refer to SCENARIO 3. Suppose that the two firms are Cournot rivals. The equilibrium level of output for firm 1 is: a. 8. b. 16. c. 24. d. 32. e. None of the above.
SCENARIO 3: Consider an industry consisting of two firms producing an identical product. The inverse market...
SCENARIO 3: Consider an industry consisting of two firms producing an identical product. The inverse market demand equation is P = 100 − 2Q. The total cost equations for firms 1 and 2 are TC1 = 4Q1 and TC2 = 4Q2, respectively. Refer to SCENARIO 3. Suppose that the two firms are Cournot rivals. Firm 1 will earn a profit of: a. $512. b. $732. c. $836. d. $1,014. e. None of the above.
SCENARIO 3: Consider an industry consisting of two firms producing an identical product. The inverse market...
SCENARIO 3: Consider an industry consisting of two firms producing an identical product. The inverse market demand equation is P = 100 − 2Q. The total cost equations for firms 1 and 2 are TC1 = 4Q1 and TC2 = 4Q2, respectively. Refer to SCENARIO 3. Suppose that the two firms are Bertrand rivals. The equilibrium level of output for firm 1 is: a. 8. b. 10. c. 12. d. 24. e. None of the above.
Consider an industry consisting of two firms producing an identical product. The inverse market demand equation...
Consider an industry consisting of two firms producing an identical product. The inverse market demand equation is P = 100 − 2Q. The total cost equations for firms 1 and 2 are TC1 = 4Q1 and TC2 = 4Q2, respectively. Suppose that the two firms are Cournot rivals. Firm 2 will earn a profit of: $512. $732. $836. $1,014. None of the above.
SCENARIO 3: Consider an industry consisting of two firms producing an identical product. The inverse market...
SCENARIO 3: Consider an industry consisting of two firms producing an identical product. The inverse market demand equation is P = 100 − 2Q. The total cost equations for firms 1 and 2 are TC1 = 4Q1 and TC2 = 4Q2, respectively. Refer to SCENARIO 3. Firm 1 is the Stackelberg leader and firm 2 is the Stackelberg follower. The profit of the Stackelberg leader is: a. $288. b. $432. c. $486. d. $576. e. None of the above.
SCENARIO 3: Consider an industry consisting of two firms producing an identical product. The inverse market...
SCENARIO 3: Consider an industry consisting of two firms producing an identical product. The inverse market demand equation is P = 100 − 2Q. The total cost equations for firms 1 and 2 are TC1 = 4Q1 and TC2 = 4Q2, respectively. 9. Refer to SCENARIO 3. Suppose that the two firms are Cournot rivals. Firm 1’s reaction function is: a. Q1 = 12 − Q2. b. Q1 = 12 − 0.25Q2. c. Q1 = 24 − 0.5Q2. d. Q1...
Consider an industry consisting of two firms producing an identical product. The inverse market demand equation...
Consider an industry consisting of two firms producing an identical product. The inverse market demand equation is P = 100 − 2Q. The total cost equations for firms 1 and 2 are TC1 = 4Q1 and TC2 = 4Q2, respectively. Firm 1 is the Stackelberg leader and firm 2 is the Stackelberg follower. The output of the Stackelberg follower is: 6. 12. 24. 48. None of the above.
Consider an industry consisting of two firms producing an identical product. The inverse market demand equation...
Consider an industry consisting of two firms producing an identical product. The inverse market demand equation is P = 100 − 2Q. The total cost equations for firms 1 and 2 are TC1 = 4Q1 and TC2 = 4Q2, respectively. Firm 1 is the Stackelberg leader and firm 2 is the Stackelberg follower. The profit of the Stackelberg follower is: $864. $576. $432. $288. $1,152.
Suppose that two firms compete in the same market producing homogenous products with the following inverse...
Suppose that two firms compete in the same market producing homogenous products with the following inverse demand function: P=1,000-(Q1+Q2) The cost function of each firm is given by: C1=4Q1 C2=4Q2 Suppose that the two firms engage in Bertrand price competition. What price should firm 1 set in equilibrium? What price should firm 2 set? What are the profits for each firm in equilibrium? What is the total market output? Suppose that the two firms collude in quantity, i.e., acting together...
Two firms in a Cournot duopoly produce quantities Q 1 and Q 2 and the demand...
Two firms in a Cournot duopoly produce quantities Q 1 and Q 2 and the demand equation is given as P = 80 - 2Q 1 - 2Q 2. The firms' marginal cost are identical and given by MCi(Qi) = 4Qi, where i is either firm 1 or firm 2. a. Q1 = 80 - 4Q2 and Q2 = 80 - 4Q1. b. Q1 = 10 - (1/4)Q2 and Q2 = 10 - (1/4)Q1. c. Q1 = 80 - 2Q2...
ADVERTISEMENT
Need Online Homework Help?

Get Answers For Free
Most questions answered within 1 hours.

Ask a Question
ADVERTISEMENT