A perfectly competitive industry consists of many identical firms, each with a long-run average total cost...
A perfectly competitive industry consists of many identical firms, each with a long-run average total cost of LATC = 800 – 10Q + 0.1Q2 and long-run marginal cost of LMC = 800 – 20Q + 0.3Q2. Identify the region of economies of scale and diseconomies of scale.
Consider a perfectly competitive industry, which consists of many identical firms; all of them characterized by the following long run average and marginal cost curves: LATC = 2400-30Q+0.3Q^2 and LMC = 2400-60Q+0.9Q^2 a. In the long run equilibrium, how much will each firm produce? b. What will be the long run equilibrium price? c. What is the profit of each individual firm in this case? Briefly explain why.
6. Consider a perfectly competitive industry, which consists of many identical firms -all of them characterized by the following long run average and marginal cost curves: LATC = 2400 – 300 + 0.32 and LMC = 2400 – 600 + 0.902. a. In the long run equilibrium, how much will each firm produce? b. What will be the long run equilibrium price? c. What is the profit of each individual firm in this case? Briefly explain why.
Economies of scale refers to when: In the long run when average total cost does not depend on the quantity of output, this is called: Commodities: We assume that in the long run in a perfectly competitive market: Multiple Choice an increase in the quantity of output increases average total cost in the long run. None are correct. average total cost does not depend on the quantity of output in the long run. an increase in the quantity of output...
(Click to select) economies of scale a. Long-run average total cost falls as the firm realize: rises when the firm experiences [ (Click to select) diseconomies of scale diminishing marginal returns increasing marginal returns b. The minimum efficient scale is the level of output produced by the smallest firm in the industry. smallest level of output at which a firm can produce. only level of output where long-run average total costs are minimized. smallest level of output needed to attain...
6. Suppose that the trucking market is a perfectly competitive industry in long run equi librium. Each of the identical trucking firms has the same (long run) cost function: TC = 2250 + 10q2, where q is the volume of sales by each establishment. Each of the identical firms therefore have the same marginal cost: MC = 20q (a) What is the average cost function for the identical trucking firms? (b) How much does each individual firm produce in the...
In the long run, all of the firms in a perfectly competitive industry will: produce an output level at which price is greater than average total cost. earn an economic profit greater than zero. produce at an output level at which average total cost equals marginal cost. exit the industry if price is greater than average total cost.
In the long run, all of the firms in a perfectly competitive industry will: exit the industry if price is greater than average total cost. produce at an output level at which average total cost equals marginal cost. earn an economic profit greater than zero. O produce an output level at which price is greater than average total cost. Which statement about the differences between monopoly and perfect competition is INCORRECT? A monopoly will charge a higher price and produce...
11. Kites are manufactured by identical firms in a perfectly competitive environment. Each firm’s long run average cost and marginal cost of production are given by: AC = Q + 100/Q and MC = 2Q where Q is the number of kites produced. a) In long run equilibrium, how many kites will each firm produce? (2 pts) b) What will the price of kites (P) be? (1 pt) c) Suppose the demand for kites is given by formula Q =...
2. (1.5 p) Consider perfectly competitive industry with identical firms. The long run average cots function of a typical firm is given by AC(q)- 24 - 49 + q. Market demand is given by c p)=100-2p. (a) Find the long run supply curve of the typical firm. (b) Find the number of firms in the industry in the long run equilibrium.