A monopolist’s demand and Average total has cost functions are given by
Q=250-5P
ATC =10 +40/Q
A. What will be the profit maximizing level of price and output?
B. What will be the firm’s total profit if it exercises first degree price discrimination?
C. Assume the monopoly can sell his product in two separated markets with
the following demand functions
Q1 =110-P1
Q2=140-4P2
A. Determine the profit maximizing level output in each market
B. What price should the monopoly sell each unit of output in each market?
C. In which market is the price high? Why?
A)
TC= ACT*Q
=(10+40/Q)Q
=10Q+40
Q=250-5P
5P=250-Q
P=50-0.2Q
TR= P*Q
=(50-0.2Q)Q
=50-0.2Q2
MR= 50-0.4Q
MC=10
For profit maximization,
MR=MC
50-0.4Q=10
0.4Q=40
Q= 100
p=50-0.2(100)
= 30
B) Firms total profit
"\\Pi" =TR-TC
TR=50(100)-0.2(1002)
=3000
TC=10(100)+40
=1040
"\\Pi"=3000-1040
=1960
C)( a) profit Maximizing in each market
Q1=110-P1
P1=110-Q1
Q2=140-4P2
4P2=140-Q2
P2=35-0.25Q2
For profit Maximization in each marlket,
MR1=MC
MR2=MC
TR1=P1Q1
=(110-Q1)Q1=110Q1-Q12
110Q1-Q12
MR1=110-2Q1
110-2Q1=10
2Q1=100
Q1=50
MR2=MC
TR2=P1Q1
=(35-0.25Q2)Q2
=35Q2-0.25Q22
MR2=35-0.5Q2
35-0.5Q2=10
0.5Q2=25
Q2=50
B) What price the monopoly should charge in each market
P1=110-Q1
=110-50= 60
P2= 35-0.25Q2
=35-0.25(50)
= 22.5
C) The price is higher in market 1 because it is price inelastic
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