Refer to Figure 13-16. Figure 13-16 depicts a monopolistically competitive barber shop. Use the diagram to answer the following questions
a. Suppose the average variable cost of production is $15 when output equals 110 haircuts and $15.25 when output equals 140 haircuts. If the firm wants to maximize its profit or minimize its losses, how many haircuts will it produce and what price should it charge? Explain your answer.
b. Calculate the firm's profit or loss.
c. What is likely to happen in this industry over time as it moves to its new long-run equilibrium?
d. Suppose the barber shop depicted in the diagram remains in the industry. Is this barber shop likely to produce this same quantity of haircuts as in part (a) in the long run?
a. Output = 110, Price = $21 whereby MR = MC. The barber shop will minimize its losses since P > AVC.
b. The economic loss = $440 (total revenue = $21 × 110 = $2,310; total cost = $25 × 110 = $2,750 ).
c. Short-run losses will lead some firms to exit the market. As a result, the demand curve for a firm remaining in the market will shift to the right and become less elastic. Exit continues until economic losses are eliminated and each firm breaks even.
d. No, its demand increases and becomes less elastic. It will produce a larger quantity.
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An increase in government expenditure would shift the:
A) aggregate demand curve rightward. B) aggregate demand curve leftward. C) aggregate supply curve rightward. D) aggregate supply curve leftward.
In recent years new automobile factories have opened in California and Ohio and closed in Detroit where the unemployment of automobile workers has increased. This unemployment could be decreased if
A) "moving costs" from Detroit to California and Ohio were reduced. B) information about the new jobs was made available to the unemployed workers at reduced cost. C) workers with the appropriate skills were relatively scarce in Ohio and California. D) all of the above.