A competitive market is in long run equilibrium when P=MC=AC.
Thus, equilibrium price=1.9
Quantity=250
P=AC,so economic profit is 0.
Answer-$0
Unsaved change Question 9 10 points Save Answer Figure: The Perfectly Competitive Firm Price (per unit)...
Assume that a perfectly competitive firm faces the market equilibrium price P*=$6. When the firm maximizes its positive profit in the short-run, its average total cost (ATC) and marginal cost (MC) are most likely as ATC=6 and MC=4 ATC=6 and MC=6 ATC=4 and MC=4 ATC=4 and MC=6
Suppose that a perfectly competitive firm faces a market price of $ 12 12 per unit, and at this price the upward-sloping portion of the firm's marginal cost curve crosses its marginal revenue curve at an output level of 1 comma 800 1,800 units. If the firm produces 1 comma 800 1,800 units, its average variable costs equal $ 7.00 7.00 per unit, and its average fixed costs equal $ 1.00 1.00 per unit. What is the firm's profit-maximizing (or...
1) A perfectly competitive firm faces the following Total revenue, Total cost and Marginal cost functions: TR = 10Q TC = 2 + 2Q + Q2 MC = 2 + 2Q At the level of output maximizing profit , the above firm's level of economic profit is A) $0 B) $4 C) $6 D) $8 *Additional information after I did the math: The price this firm charges for its product is $10, the level of output maximizing profit is 4...
Figure: A Profit-Maximizing Monopoly Firm
Reference: Ref 13-2 Figure: A Profit-Maximizing Monopoly
Firm
(Figure: A Profit-Maximizing Monopoly Firm) Use Figure: A
Profit-Maximizing Monopoly Firm. This firm's cost per unit at its
profit-maximizing quantity is:
Select one:
a. $8.
b. $20.
c. $15.
d. $18.
We were unable to transcribe this imageP, MR MC, ATC $50 MC ATC 100 150 200 250 300 400 Quantity of output (per week) Reference: Ref 13-2 Figure: A Profit-Maximizing Monopoly Firm (Figure: A Profit-Maximizing Monopoly...
1 Price The figure below captures a firm in a perfectly competitive industry. MC ATC AVC ا أ ا 1 2 3 4 5 6 7 8 Quantity Suppose the current price is $6. What will happen in the long run? O Nothing will happen in the long run. The firm is earning zero economic profit. O Since the firm is earning a positive economic profit, there is an incentive for new firms to enter the industry in the long...
MC ATC Cost ($ per unit) ONWA0BB 9 10 Quantity The figure above gives the marginal cost (MC) and average total cost (ATC) curves for a firm operating in a perfectly competitive market with a market price of $7. Use this figure to answer the questions below. a. What is the profit maximizing quantity of output? b. When profit is maximized, what is the economic profit?
sh for a perfectly competitive firm to answer questions through 10. 'se the graph for a Price (P) 10.00 MC 8.75 8.00 7.75 7.50 ATC 6.25 AVC 5.50 5.25 250 300 440 500 Quantity If price = $10, the profit-maximizing/loss-minimizing level of output is 1) total revenue is equal to 2) $_ total cost is equal to 3) $_ and the firm earns economic profit equal to 4) $__ If price = $7.50, the profit-maximizing/loss-minimizing level of output is 5)_...
please explain!
Price MC ATC AVC Quantity (per period) 2. (Figure: A Perfectly Competitive Firm in the Short Run) Use Figure: A Perfectly Competitive Firm in the Short Run. The firm will produce in the short run if the price is greater than or equal to: A) F B) E C) N D) P.
Price, ATC, AVC, and MCE (per unit) P3 Pt 41 92 93 44 s Quantity (per period) a. The figure shows cost curves for a firm operating in a perfectly competitive market O is the AC_curve. N is the TC curve. M is the curve. Curve M must cross Curves N and O at their points. AFC is represented in this figure by the vertical distance between Curve-and Curve b. The figure shows cost curves for a firm operating in...
the
firm faces a constant price (P) of $60
A firm in a perfectly competitive market sells all its product (Q) at a constant price (P) of $60. Suppose the total cost function (TC) for this firm is described by the following equation: 2 3 TC(Q) = 128 + 69Q - 140 + Q (a)Form the profit function and determine the output that maximizes the firm's profit. Evaluate the second order condition to assure that profit is maximized at this...