Suppose that you are a manager for MegaAccounting corporation, a firm specializing in accounting software. You know that you have two types of clients who use your software. Type A's inverse demand function is given by p=40-6q and type B's inverse demand function is given by p=37-11q. Your firm faces a constant marginal cost curve at $20
Suppose you can prevent buyers from trading with each other. What would be the price you would set in market A
Type A ( Market A)
p = 40 - 6q
TR = pq
= (40 - 6q)q
= 40q - 6q2
dTR/dq = MR = 40 - 12q
MR = 40 - 12q
Since buyer are preventing from trading with each other thus, manager will charge price according to MR = MC
40 - 12q = 20
40 - 20 = 12q
20 = 12q
q = 20/12
= 5/3
p = 40 - 6(5/3)
= 40 - 10
= 30
thus, price that will be charged in market A is 30
Suppose that you are a manager for MegaAccounting corporation, a firm specializing in accounting software. You...
Firm A and Firm B compete in the sale of a product with market inverse demand given by P(0) = 160-Q, where Q is market output, and Q = qA + qB (8a-Firm A's output, qB-Firm B's output). Firm A's Total Cost function is given by TCA(qA) 10qA and Firm B's is given by Find the value of Q when Firms A and B Cournot compete to maximize profits (i.e when they simultaneously determine profit maximizing output). At what price...
Firm A and Firm B compete in the sale of a product with market inverse demand given by P(Q) = 260-Q, where Q is market output, and Q = 9A + 9B (9A = Firm A's output, 9B = Firm B's output). Firm A's Total Cost function is given by TCA9A) = 209A and Firm B's is given by TCB(9B) = 209B. 15. (20 points) Find the value of Q when Firms A and B Cournot compete to maximize profits...
Suppose a firm is the sole producer of unique type of surf board wax. The wax can be produced at a constant marginal cost of $4/ounce. The firm faces two types of customers for their product -- west coast surfers and east coast surfers-- and the demand for both groups is given by the following inverse demand functions:
Suppose that Firm A's total cost function were to change to TCA(qq) = 109a + 50, (so, a fixed cost of 50 has been added). Which of the following statements would then be TRUE? This will decrease Firm A's equilibrium level of output b. a. This will increase Firm B's equilibrium level of output This will not affect either firm's equilibrium level of output d. c. This will increase the price at which output is sold in this market Suppose...
esions -3 Pely on the following information: Firm B is a monopolist that faces market demand Q 200 -2P. Firm B's tota 3. What is Firm B's profit maximizing output level (2)? l cost is given by TC() 20 200 + 200. (Hint: Inverse demand is given by P 100-,so total revenue is TR marginal revenue is MR = 100-Q) 1000-9,sa 4. What is Firm B's profit maximizing price (P')? 5. How much profit is Firm B earning given this...
Suppose you are the manager of Mountain Enterprises, a firm that holds a patent that makes it the exclusive manufacturer of bubble memory chips. Based on the estimates provided by a consultant, you know that the relevant demand and cost functions for bubble memory chips are Q = 25 - 0.5P; C = 50 + 5Q. a. What is the firm's inverse demand function? b. What is the firm's marginal revenue when producing four units of output? c. What are...
You are the manager of a monopolistically competitive firm. The inverse demand for your product is given by P = 200 - 10Q and your marginal cost is MC = 5 + Q. a. What is the profit-maximizing level of output? b. What is the profit-maximizing price? c. What are the maximum profits?
You are the manager of a firm that produces output in two plants. The demand for your firm's product is P = 120 - 6Q, where Q = Q 1 + Q 2. The marginal cost associated with producing in the two plants are MC 1 = 2Q 1 and MC 2 = 4Q 2. What price should be charged in order to maximize revenues? Please document each step
A sand and gravel company sells pea gravel. It faces two types of customer with the following inverse demand curves: Type A: P-3.5-0.0020 Type B: P-3-0.0010 Where Q measures bags of pea gravel and P is the price per bag. The marginal cost is $0.50. (a) Suppose the firm wants to use discounting to price-discriminate. Calculate the price per bag and the price per bag with the quantity discount. What minimum quantity will the firm set for the quantity discount?...
3. Suppose the firm in monopolistic market faces the following demand function: Q = 5,000 - 125P ; and total cost function TC - 50 +0.00802 a. Write the equation for the inverse demand function. (1 pt) b. Find the marginal revenue function. (1 pt) c. How much output should the manager produce to maximize profit? What price should be charged for the output? (2 pt) d. Calculate the marginal cost function. (2 pt) e. At the output level, how...