1. Natural Monopoly Given the inverse supply and inverse demand equation below, PD=-=- 3D QD + 40 Ps= -5QD+30 a. Find the equilibrium without any government intervention (Q* = 21.4, P* = 32.9) b. If the market is to be regulated, find the minimum subsidy to get an optimal equilibrium (562.5)

ENGR.ECONOMIC ANALYSIS
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Chapter1: Making Economics Decisions
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1. Natural Monopoly
Given the inverse supply and inverse demand equation below,
1
PD
3D + 40
Ps= -5QD + 30
a. Find the equilibrium without any government intervention
(Q* = 21.4, P* = 32.9)
b. If the market is to be regulated, find the minimum subsidy to
get an optimal equilibrium (562.5)
2. Two sided bidding
These are the list of bids from electricity producers as well
electricity distribution firms.
Electricity producers
Electricity distribution
Asking price/KWh quantity/KWh Asking price/KWh quantity/KWh
25
$
35
$
$
$
$
$
0.77
0.36
0.48
0.55
0.68
35
35
30
40
SSSS
0.50
0.38
0.57
0.68
0.44
60
20
15
40
a. Find the optimal market price and quantity (P* = 48 to 50, Q*
= 70)
b. Find the total welfare
3. Peak-load pricing
Given the following peak demand and off peak demand,
Qpeak = -Pp + 120
Qoffpeak = -2PD + 60
a. If the operational cost for off peak and peak period is $5 and
the capital cost is $50, find the optimal pricing mechanism!
(PPeak = $55, Poffpeak = $5)
b. If the capital cost is $70 instead of $50, find the optimal
pricing mechanism! (PPeak = $73.3, Poffpak = $6.66)
Transcribed Image Text:1. Natural Monopoly Given the inverse supply and inverse demand equation below, 1 PD 3D + 40 Ps= -5QD + 30 a. Find the equilibrium without any government intervention (Q* = 21.4, P* = 32.9) b. If the market is to be regulated, find the minimum subsidy to get an optimal equilibrium (562.5) 2. Two sided bidding These are the list of bids from electricity producers as well electricity distribution firms. Electricity producers Electricity distribution Asking price/KWh quantity/KWh Asking price/KWh quantity/KWh 25 $ 35 $ $ $ $ $ 0.77 0.36 0.48 0.55 0.68 35 35 30 40 SSSS 0.50 0.38 0.57 0.68 0.44 60 20 15 40 a. Find the optimal market price and quantity (P* = 48 to 50, Q* = 70) b. Find the total welfare 3. Peak-load pricing Given the following peak demand and off peak demand, Qpeak = -Pp + 120 Qoffpeak = -2PD + 60 a. If the operational cost for off peak and peak period is $5 and the capital cost is $50, find the optimal pricing mechanism! (PPeak = $55, Poffpeak = $5) b. If the capital cost is $70 instead of $50, find the optimal pricing mechanism! (PPeak = $73.3, Poffpak = $6.66)
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