If price elasticity in region 1 is -2 and in region 2 is -3. In order to maximize profit in both region 1 and region 2, what relationship could be between optimal price P1 in region 1 and optimal price P2 in region 2?
3P1 = 4P2 |
||
4P1=3P2 |
||
P1=3P2 |
||
Can not be determined |
The correct answer is (a) 3P1 = 4P2
Formula:
Profit = TR - TC = PQ - TC
First order condition:
d (Profit)/dQ = 0 => Q(dP/dQ) + P - MC = 0
=> P(1 + (Q/P)(dP/dQ)) = MC
=> P(1 + 1/e) = MC
where e = (P/Q)(dQ/dP) = elasticity of demand
In market 1 we have e = -2 and P = P1
=> P1(1 - 1/2) = MC
=> P1(1/2) = MC----------------(1)
In market 2 we have e = -3 and P = P2
=> P2(1 - 1/3) = MC
=> P2(2/3) = MC----------------(2)
Dividing (1) from (2) we get:
P1(1/2)/(P2(2/3)) = MC/MC = 1
=> P1(1/2) = P2(2/3) => 3P1 = 4P2
Hence, the correct answer is (a) 3P1 = 4P2
Get Answers For Free
Most questions answered within 1 hours.