Question :
53) The figure above illustrates the marginal private cost and : 1241072
53) The figure above illustrates the marginal private cost and the marginal social cost to the city of Seattle for each rock concert that is offered. If 5 concerts are put on, then the
A) marginal external cost will be greater than the marginal social cost.
B) marginal external cost will be greater than the marginal private cost.
C) marginal external cost will equal the marginal private cost.
D) marginal social cost will equal the marginal external cost.
E) marginal external cost will equal zero.
54) The figure above illustrates the marginal private cost and the marginal social cost to the city of Seattle for each rock concert that is offered. Suppose the marginal private cost of the 5th concert is $10,000. Then, for the 5th concert, the
A) marginal external cost equals $30,000.
B) marginal social cost equals $30,000.
C) marginal external cost equals the marginal private cost.
D) marginal external cost equals $40,000.
E) marginal external cost equals $10,000.
55) The figure above illustrates the marginal private cost and the marginal social cost to the city of Seattle for each rock concert that is offered. At 10 concerts, the
A) marginal private cost equals the marginal external cost.
B) marginal social cost equals $60,000.
C) marginal private cost is more than $40,000.
D) marginal external cost equals $60,000.
E) marginal external cost equals $80,000.
56) The figure above represents the relationship between output and cost in an industry with an external cost. Which line represents the marginal private cost (MC) curve?
A) Curve 1
B) Curve 2
C) the dotted line BC
D) the y-axis
E) the dotted line AB
57) The figure above represents the relationship between output and cost in an industry with an external cost. When output is at D, what distance represents the marginal external cost?
A) AB
B) BC
C) CD
D) BD
E) None of the above answers is correct.
58) The figure above shows the marginal social cost of generating electricity and the marginal private cost. For 4 billion kilowatts, what is the marginal external cost?
A) $0.12
B) $0.08
C) $0.04
D) $0.00
E) $0.20
59) The figure above shows the marginal social cost curve of generating electricity and the marginal private cost curve. The difference between the marginal cost curve and the marginal social cost curve equals
A) marginal private cost.
B) private cost.
C) external cost.
D) marginal external cost.
E) Coasian cost.
60) The figure above shows the marginal social cost curve of generating electricity and the marginal private cost curve. The marginal cost borne by producers when 100 billion kilowatt hours are produced is
A) 5¢ per kilowatt.
B) 10¢ per kilowatt.
C) 15¢ per kilowatt.
D) 20¢ per kilowatt.
E) 0¢ per kilowatt.
61) The figure above shows the marginal social cost curve of generating electricity and the marginal private cost curve. The marginal cost borne by producers when 200 billion kilowatt hours are produced is
A) 0¢ per kilowatt.
B) 10¢ per kilowatt.
C) 20¢ per kilowatt.
D) 15¢ per kilowatt.
E) 5¢ per kilowatt.
62) The figure above shows the marginal social cost curve of generating electricity and the marginal private cost curve. The marginal external cost when 100 billion kilowatt hours are produced is
A) 0¢ per kilowatt.
B) 5¢ per kilowatt.
C) 10¢ per kilowatt.
D) 15¢ per kilowatt.
E) 20¢ per kilowatt.
63) The figure above shows the marginal social cost curve of generating electricity and the marginal private cost curve. The marginal external cost when 200 billion kilowatt hours are produced is
A) 0¢ per kilowatt.
B) 10¢ per kilowatt.
C) 20¢ per kilowatt.
D) 15¢ per kilowatt.
E) 5¢ per kilowatt.
64) The figure above shows the marginal social cost curve of generating electricity and the marginal private cost curve. The marginal cost paid by the producers and everyone else in society when 100 billion kilowatt hours are produced is
A) 0¢ per kilowatt.
B) 5¢ per kilowatt.
C) 10¢ per kilowatt.
D) 20¢ per kilowatt.
E) 15¢ per kilowatt.
65) The figure above shows the marginal social cost curve of generating electricity and the marginal private cost curve. The marginal cost paid by the producers and everyone else in society when 200 billion kilowatt hours are produced is
A) 0¢ per kilowatt.
B) 10¢ per kilowatt.
C) 20¢ per kilowatt.
D) 15¢ per kilowatt.
E) 5¢ per kilowatt.
