Microeconomics, Student Value Edition Plus MyLab Economics with Pearson eText -- Access Card Package (9th Edition) (Pearson Series in Economics)
9th Edition
ISBN: 9780134643175
Author: Robert Pindyck, Daniel Rubinfeld
Publisher: PEARSON
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Question
Chapter 16, Problem 1RQ
To determine
The difference between the general equilibrium and partial equilibrium analysis.
Expert Solution & Answer
Explanation of Solution
Partial equilibrium analysis is one which deals with the
Economics Concept Introduction
General equilibrium analysis: The general equilibrium analysis is the determination of equilibrium in all the related markets, when the simultaneous equilibrium is determined by considering the feedback effects.
Partial equilibrium analysis: The partial equilibrium analysis is done when the equilibrium in a single market is determined without consideration of the feedback effects.
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MCB
MCA
The figure to the right shows the marginal cost of
pollution abatement for two firms, A and B. The firms were
initially abating 36 units of pollution each. Now they can
trade pollution permits at a price of $32. As a result, firm
permits and firm B
A
permits.
Both firms are now better off and their total saving will be
(Enter your answer rounded to the nearest
$
whole number.)
Dollars per Unit ($)
44
32
20
The Efficiency of Tradable
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31 36 41
Quantity of Pollution Abatement
k
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Next
The figure to the right shows the marginal costs of
abatement for an industry's only two firms, A and B.
These firms were initially abating 30 units of pollution (the
vertical dashed line). Now they can trade permits. The
market price for permits under which an efficient pollution
abatement will be achieved is $
rounded to the nearest whole number.)
192
176-
160-
(Enter your response
144-
128-
112-
96
80-
64-
48-
32-
16
0
0
MC
MCB
10 20 30 40 50 60 70 80 90 100 110 12
Pollution Abatement
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Next
The figure shows the private and social marginal costs
and the marginal benefit of producing paper. The
marginal social net benefit derived from the production of
paper is
OA. maximized at an output level of 35 because that
is where MCp equals MB.
OB. maximized at an output level of 25 because that
is where MCs equal MB.
OC. zero at an output level of 25 because that is
where MCs equals MB.
OD. zero at an output level of 35 because that is
where MCp equals MB
Dollars per Unit
25 35
Quantity of Paper
-6°C Mostly clear
D=MB
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MCS
MC
Chapter 16 Solutions
Microeconomics, Student Value Edition Plus MyLab Economics with Pearson eText -- Access Card Package (9th Edition) (Pearson Series in Economics)
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- Refer to the given figure. MB and MC represent the social marginal benefit and social marginal cost of pollution abatement. The total net benefit from the optimal level of pollution abatement is $ (Enter your response rounded to the nearest whole number.) D Dollars per Unit 0 MC 18 810 Pollution Abatement -6°C Mostly clear Next MBarrow_forwardSuppose that each firm pollutes 100 units and is given 70 pollution permits (i.e., each firm must reduce pollution by 30 units if they do not trade their permits). If firms are allowed to trade their permits, then the equilibrium price of permits will be and permits. and as a result of being able to trade their OA. $10; firm A buys 20 permits from firm B profits fall by $200 for A and rise by $200 for B OB. $10; firm A buys 20 permits from firm B profits rise by $40 for A and rise by $40 for B OC. $12; firm A sells 10 permits to firm B; profits rise by $40 for A and rise by $40 for B OD. $12, firm A buys 10 permits from firm B profits fall by $120 for A and rise by $120 for B E. None of the above Marginal Abatement Cost ($) 18 16- 4 12- 10- 8- MCA 0 10 20 30 40 50 60 70 80 Pollution Abatement 90 -6°C Mostly clear Next M 40arrow_forwardConsider an economy in which there are two polluters: A and B. The marginal cost of pollution abatement curves are given in the diagram to the right. The total cost of reducing pollution by 60 units if it is done efficiently or $ equals $ if it is done by forcing each firm to reduce pollution by 30 units. OA. 925; 1125 OB. 900; 1100 OC. 850, 1050 OD. 800, 1000 OE. None of the above The efficient levels of pollution reduction can be achieved by using a pollution tax equal to $ unit A. 25 0 per MC 45 40 35 30- 25 20- 15 10- 5- Marginal Abatement Cost ($) 10 20 30 40 50 60 70 80 Pollution Abatement -6°C Mostly clear Next 90arrow_forward
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