Suppose that every year the city of New York auctions off a limited number of medallions that give cab drivers an exclusive right to taxi in the city for one year. After receiving the medallion the cab driver is essentially a monopolist facing an inverse demand function p = 20 - 1.4Q. The total cost function for each cab driver can be summarized as C(Q) = 3Q + F. Where F represents the cost of the medallion or annual fixed cost. What would each taxi medallion have to cost in the long run for this to be a case of monopolistic competition.
Hint: Write your answer to two decimal places.
In monopolistic competition, equilibrium occurs where MC=MR
TR= (20-1.4Q)*Q=20Q-1.4Q^2= 20Q-2.8Q^2
C(Q) = 3Q + F.
MR=dTR/dQ= 20-2.8Q
MC=dTC/dQ= 3
MC=MR
3=20-2.8Q
Q=6.07
In the long run Monopolistic competitive firms earn normal profit
Profit=TR-TC=0
TR=TC (Put Q= 6.07 to find the value of F)
20(6.07)-2.8(6.07)^2= 3(6.07) + F
121.4- 103.16= 18.12+F
F=0.12
Suppose that every year the city of New York auctions off a limited number of medallions...
Suppose that every year the city of New York auctions off a limited number of medallions that give cab drivers an exclusive right to taxi in the city for one year. After receiving the medallion the cab driver is essentially a monopolist facing an inverse demand function p = 20 - 1.8Q. The total cost function for each cab driver can be summarized as C(Q) = 3Q + F. Where F represents the cost of the medallion or annual fixed...
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