No, the firm cannot have a long run total cost curve like this because of the fact that we can see that with increase in the quantity the long-run total cost multiplies more proportionately which means it is increasing cost structure and there is no minimum. And is a continuously increasing function but where as a long run cost curve is usually decreasing as well as increasing with the minimum point Which can br considered as the point of operation all in all.
Therefore No is the answer to this question
16. value: 4.00 points 00 points All firms in a competitive industry have long-run total cost...
All firms in a competitive industry have the following (firm-level) long-run total cost curve: C(q) = q3–10q2 + 36q where q is the output of the firm. a. Compute the long run equilibrium price. What does the long-run supply curve look like if this is a constant cost industry? Explain. b. Suppose the market demand is given by Q = 111–p. Determine the long-run equilibrium number of firms in the industry.
1. All (identical) firms in a competitive industry have the following long-run total cost curve: C(q) = q3 – 10q2 + 369 where q is the output of the firm. a. Compute the long run equilibrium price. What does the long-run supply curve look like? b. Suppose the market demand is given by Q=111 - p. Determine the long-run equilibrium number of firms in the industry.
All firms in a competitive industry have the following long-run total cost curve: where q is the output of the firm. a. Compute the long run equilibrium price and explain how you obtain the result [20 marks] b. Suppose the market demand is given byp 10- Q. Determine the long-run equilibrium number of firms in the industry c. Suppose that the same market is instead served by a monopolist who shares the same technology described by the long-run total cost...
5. In a competitive industry, all companies have identical long-run total cost curves given by LTC(q) = q + 36. The demand in this industry is described by D(p) = 2004 - 2p. a. What is the long-run supply function of an individual company in this industry? b. How many companies will operate in this industry in the long-run equilibrium?
Suppose all firms in the market are identical. Each firm has a long run total cost curve LTC = 40Q – Q2 + 0.01Q3. The market demand curve is Q = 20,000 – 100P. Find the long run equilibrium quantity per firm, price, and number of firms in the market.
The following graph shows the short run total cost curves and the long tun total cost curves for a publishing firm. the five marked quantities indicate points of tangency between each short run average total cost curve and the long run average cost curve. could someone please help me to answer this and give a little explenation for my similar problems? 6. Long-run cost relationships The following graph shows the short-run average total cost curves and the long-run average cost...
1. (25 points) The market for study desks is characterized by perfect competition. Firms and consumers are price takers and in the long run there is free entry and exit of firms in this industry. All firms are identical in terms of their technological capabilities. Thus the cost function as given below for a representative firm can be assumed to function faced by each firm in the industry. The total cost and marginal cost functions t the representative firm are...
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...
7. Short-run supply and long-run equilibrium Consider the competitive market for copper. Assume that, regardless of how many firms are in the industry, every firm in the industry is identical and faces the marginal cost (MC), average total cost (ATC), and average variable cost (AVC) curves shown on the following graph. The following diagram shows the market demand for copper. Use the orange points (square symbol) to plot the initial short-run industry supply curve when there are 20 firms in the market. (Hint:...
Consider a competitive industry with a large number of firms, all of which have the cost function c(y) = y 2 + 1 for y > 0 and c(0) = 0. Note that the marginal cost for this cost function is MC = 2y for y > 0. Suppose that initially the demand curve for this industry is given by D(p) = 84 − p. Note that the output of a firm does not have to be an integer number,...