A firm produces two goods (the quantities of the two goods are denoted, Q1 and Q2). The demand fu...
A firm produces two different goods, with demand given by the following: Pa = 100 – 3Qa + 2Qb and Pb = 105 – 8Qb Where Pa = price of good A, Pb = price of good B, Qa = quantity of good A and Qb = quantity of good B. The marginal costs for the two goods are 12 for good A and 15 for good B. Determine optimal prices and quantities for each good.
Two firms compete by choosing price. Their demand functions are; Q1=80−P1+P2 and Q2=80+P1+P2. where P1 and P2 are the prices charged by each firm, respectively, and Q1 and Q2 are the resulting demands. Note that the demand for each good depends only on the difference in prices; if the two firms colluded and set the same price, they could make that price as high as they wanted, and earn infinite profits. Marginal costs are zero. Suppose the two firms set...
Question 2: A monopolistic firm produces goods in a market where the demand function is P = 43 - 0.3Q and the corresponding total cost function is TC =0.0103 – 0.4Q2 +3Q (a) What can you say about the fixed costs of this firm? (b What can you say about the variable costs of this firm? (c) Find the (non-zero) output for which average cost is equal to marginal cost, and explain the significance of this value. (d Find the...
Two firms sequentially choose quantities q1, q2 to produce an identical good. First, firm 1 chooses q1, then firm 2 chooses q2. The price per unit in the market is p(q1, q2) = 1 − (q1 + q2). Assume that both firms have a constant marginal cost of zero. Both firms seek to maximize their profit. a. Formulate this story as an extensive form game b. Find all Nash equilibria of this game. c. Find the Subgame Perfect Nash equilibria...
Q1.1-1.3 1 Bundling Suppose that a firm sells two different goods, A and B to two different potential customers (ie, consumer 1 and consumer 2). The firm has a marginal cost of zero dollars per unit of each good. Each customer buys at most one unit of either good. depending on whether the price exceeds or is less than the consumer's valuation. The table below show the maximum willingness to pay for each consumer and good Maximum Willingness to Pay...
Q1.1-1.3 thanks 1 Bundling Suppose that a firm sells two different goods, A and B, to two different potential customers (i.e., consumer 1 and consumer 2). The firm has a marginal cost of zero dollars per unit of each good. Each customer buys at most one unit of either good, depending on whether the price exceeds or is less than the consumer's valuation. The table below shows the maximum willingness to pay for each consumer and good: Maximum Willingness to...
1. (25 points) Suppose that a monopolist faces the inverse demand curve: P 100-Q and produces goods at a marginal cost of $5. Finally assume that the firm incurs no fixed costs A. Suppose the monopolist lowers the price from $90 to $89. Explain why the firm's marginal revenue is less than the price of the 11th unit sold, $89 (do not answer this question by providing a mathematical equation). B. At what price will the monopolist maximize its profit?...
THIRD-DEGREE PRICE DISCRIMINATION A seller faces two groups of buyers: Pi-16- Q1 and P2-24-Q2. Marginal cost is constant at $4 and fixed costs are zero a. Assuming that resale of the good by consumers is impossible, find profit-maximizing quantities and prices under 3rd-degree price discrimination. No need to calculate profit. Show graphs and math. Suppose someone argues "Under this outcome Pi and P2 differ, so this cannot be profit maximizing since a seller could always transfer a unit from the...
1) Decreasing returns to scale may occur as increasing the amount of inputs used A) increases specialization B) may cause coordination difficulties. C) always increases the amount of output produced D) increases efficiency. 2) Which of the following statements is NOT true? A) AFC = AC - AVC C) AVC = wage/MPL B) AC = AFC + AVC D) C=F-VC 3) The more elastic the demand curve, a monopoly A) will have a larger Lemer Index. will face a lower...