1. For a perfectly competitive firm, long-run average cost is: LAC = 300 - 20Q + 1.8Q2, where Q denotes the firm’s output. The firm’s long-run profit-maximizing price is _____.
2. Demand for a good is given by: QD = 50 – 2P and supply by QS = 1P – 10, where P is the market price of the good. In equilibrium, price would be ___.
3. Demand for a good is given by: QD = 50 – 2P and supply by QS = 0.8P – 10, where P is the market price of the good. In equilibrium, output under perfect competition will be ____.
1. For a perfectly competitive firm, long-run average cost is: LAC = 300 - 20Q +...
A representative firm with long-run total cost given by TC = 2,000 + 20q + 5q2 operates in a competitive industry where the market demand is given by QD = 10,000 – 40P. Find the long-run equilibrium output of the individual firm. Find the long-run equilibrium price. Find the long-run equilibrium output of the industry.
(a) All firms in a perfectly competitive industry face the same long-run average cost curve, AC = 0.05q – 5 + 500/q, and the same long-run marginal cost curve given by MC = 0.1q – 5. The market demand for the product of these firms is QD = 100,000 – 10,000P. i.Calculate the equilibrium price and quantity. ii.Assuming the market is in long-run equilibrium, how many firms will be on the market? (b) Suppose the demand for cotton T-shirts is...
Suppose you are given the following information about a particular industry in the short run (perfect competition): QD = 200 − 2P Market demand QS = −120 + 6P Market supply C(q) = 4 + 30q + q2 Firm total cost function for an individual firm (10 pts) Find the equilibrium price & quantity in the market in the short run. (20 pts) Find the output supplied by the individual firm, and the number of firms in...
For a constant cost industry in which all firms the same cost functions, their long-run average cost is minimized at $10 per unit output and 20 units (i.e. q = 20). Market demand is given by QD=DP=1,500-50P. Find the long-run market supply function Find the long-run equilibrium price (P*), market quantity (Q*), firm output (q*), number of firms (n), and each firm’s profit. The short-run total cost function associated with each firm’s long-run costs is SCq=0.5q2-10q+200. Calculate the short-run average...
9. The long-run supply curve of a perfectly competitive firm is given by a horizontal line placed at P = 3 PLN (in a graph where the quantity and price are measured on the X and Y axes, respectively). The market demand is described by QD = 150-5P. a. What is the amount of output produced by the whole industry in the long-run equilibrium? b. Assuming that firms are identical and obtain the minimum average cost for the quantity of...
Answer just part b ) All firms in a perfectly competitive industry face the same long-run average cost curve, AC = 0.05q – 5 + 500/q, and the same long-run marginal cost curve given by MC = 0.1q – 5. The market demand for the product of these firms is QD = 100,000 – 10,000P. i. Calculate the equilibrium price and quantity. ii. Assuming the market is in long-run equilibrium, how many firms will be on the market? (b) Suppose...
Each firm in a perfectly competitive market has long run average cost represented as AC(q) = 100q- 10+100/q. Long run marginal cost is MC=200q-10. The market demand is Qd = 2150-5P. Find the long run equilibrium output per firm, q*, the long run equilibrium price, P*, and the number of firms in the industry, n*. P = 190; Q = 1200; q =1 , n = 1200
i) The long run cost function for each firm in a perfectly competitive market is c(q) = 2^1.5+16q^0.5, LMC = 1.59^0.5+ 8q^-0.5, market demand curve is Q=1600-2p. Find price (p) of output and the level of output (q) produced by the firm in a long run equilibrium. Find the long run average cost curve for the firm. ii) what happens in the long run if the market demand curve shifts to Q=160-20p?/ -A competitive industry is in long run equilibrium....
Consider a perfectly competitive market with many identical firms. Each firm has a long-run marginal cost function given by LRMC(y) = y ^2 + 1. We do not know the firms’ LRAT C function, but we know that at a quantity of 3 it is equal to LRMC. In other words: LRAT C(3) = LRMC(3). (a) Find an expression for an individual firm’s long-run inverse supply curve: this will be p as a function of y. Note that it will...
10. Suppose the demand for gourmet personal pan pizzas is given by the following equation: Qd = 11 - 2P where Qd is the amount of pizzas consumers want to buy (i.e., quantity demanded), and P is the price of pizzas. Suppose the supply of gourmet personal pan pizzas is: Qs = 2 + 1P where Qs is the amount of pizzas producers will supply (i.e., quantity supplied). What is the equilibrium market price and quantity of gourmet personal pan...