Prompt
Consider a firm facing conventional technology with U-shaped AVC and ATC and MC. The firm wants to maximize profits given an exogenously fixed price of P = $20. Further, suppose the firm correctly determines that its short run profit maximizing output is 1000 given its costs and the exogenously fixed price of $20.
Question 1A
Using the axes as constructed below, depict marginal revenue and marginal cost curves that would support the conclusion that the optimal short run output is q = 1000. Be sure to label all important values.
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Question 1B
Is this a short run equilibrium? Explain.
Question 2A
Reproduce your graph from Question 1, but add an average total cost curve to the picture in such a way that the firm is earning zero profits (π = 0).
Upload your graph.
Question 2B
Does your graph in Question 2A depict a short run equilibrium? If so, explain why. If not, explain why not.
Question 3A
Again, reproduce your graph from Question 1. For this question, depict a different ATC curve, one where the firm has negative profits (π < 0) at the profit maximizing output of 1000. Add an additional average cost curve that will allow you to determine whether to shutdown or keep producing at Q = 1000.
Upload your graph.
Question 3B
Should the firm produce Q = 1000 in the short run or should it shutdown, producing Q = 0?
Answers
Answer:
Explanation:
Prompt
Consider a firm facing conventional technology with U-shaped AVC and ATC and MC. The firm wants to maximize profits given an exogenously fixed price of P = $20. Further, suppose the firm correctly determines that its short run profit maximizing output is 1000 given its costs and the exogenously fixed price of $20.
Question 1A
Using the axes as constructed below, depict marginal revenue and marginal cost curves that would support the conclusion that the optimal short run output is q = 1000. Be sure to label all important values.
Upload your graph.
Question 1B
Is this a short run equilibrium? Explain.
Question 2A
Reproduce your graph from Question 1, but add an average total cost curve to the picture in such a way that the firm is earning zero profits (π = 0).
Upload your graph.
Question 2B
Does your graph in Question 2A depict a short run equilibrium? If so, explain why. If not, explain why not.
Question 3A
Again, reproduce your graph from Question 1. For this question, depict a different ATC curve, one where the firm has negative profits (π < 0) at the profit maximizing output of 1000. Add an additional average cost curve that will allow you to determine whether to shutdown or keep producing at Q = 1000.
Upload your graph.
Question 3B
Should the firm produce Q = 1000 in the short run or should it shutdown, producing Q = 0?
Answer:
Explanation:
Answer:
so so hard and long also this question ......
Explanation:
sorry I didn't do it ☹️