Question: 1 Assume that the ave arms in the following table each throw 5 units of pollution into the environment every day. The cost of eliminating these units of pollution is given in table 2.  Table 2 Using the table 2 above, suppose the Environmental Protection Agency decides that the optimal amount of pollution is only 15 tons. Instead of using the set standard method, the government sells 15 permits to pollute at a price of $439 each. Each permit allows the arm to pollute 1 ton. By using the permit method the total costs to clean-up are (do not use a $ sign) (hint: do not count the units bought with the permit as those are just a wealth transfer within the economy from the arms to the government) Guess: 2,130 (with margin: 0)   Question: 2 Use Figure 4 (Graph 6) to answer the question below. This figure shows a market with private costs and with social costs (Private + Public). What is the Socially Optimal Price (no dollar signs, 2-decimal points): Guess: 1.80 What is the Socially Optimal Quantity (no decimals): Guess: 35   Question 3: The marginal external cost associated with plastic production is constant at $8 per ton per year. The competitive market equilibrium for plastic production is currently 10 million tons per year. A corrective tax on plastic production: a. will collect more than $80 million annually. b. will collect less than $80 million annually. c. will collect $80 million annually. d. will collect $80 million annually and will reduce annual damages to those other than buyers and sellers of plastic to zero. e. will reduce annual damages to those other than buyers and sellers of plastic to zero.

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Economics: Public Economics


Question: 1

Assume that the ave arms in the following table each throw 5 units of pollution into the environment every day. The cost of eliminating these units of pollution is given in table 2. 

Table 2

Using the table 2 above, suppose the Environmental Protection Agency decides that the optimal amount of pollution is only 15 tons. Instead of using the set standard method, the government sells 15 permits to pollute at a price of $439 each. Each permit allows the arm to pollute 1 ton. By using the permit method the total costs to clean-up are (do not use a $ sign)

(hint: do not count the units bought with the permit as those are just a wealth transfer within the economy from the arms to the government)

Guess: 2,130 (with margin: 0)

 

Question: 2

Use Figure 4 (Graph 6) to answer the question below. This figure shows a market with private costs and with social costs (Private + Public).

What is the Socially Optimal Price (no dollar signs, 2-decimal points):

Guess: 1.80

What is the Socially Optimal Quantity (no decimals):

Guess: 35

 

Question 3:

The marginal external cost associated with plastic production is constant at $8 per ton per year. The competitive market equilibrium for plastic production is currently 10 million tons per year. A corrective tax on plastic production:

a. will collect more than $80 million annually.

b. will collect less than $80 million annually.

c. will collect $80 million annually.

d. will collect $80 million annually and will reduce annual damages to those other than buyers and sellers of plastic to zero.

e. will reduce annual damages to those other than buyers and sellers of plastic to zero.

 

Thank you for your support and help Study Agent!

 

Use Figure 4 to answer the question below. This figure shows a market with private costs
and with social costs (Private + Public).
Price
$1.90
1.80
1.70
1.60
1.50
1.35
35 38 42
Supply
(Private + Public Costs)
58
Supply
(Private Costs)
D
Quantity
Transcribed Image Text:Use Figure 4 to answer the question below. This figure shows a market with private costs and with social costs (Private + Public). Price $1.90 1.80 1.70 1.60 1.50 1.35 35 38 42 Supply (Private + Public Costs) 58 Supply (Private Costs) D Quantity
Assume that the five firms in the following table each throw 5 units of pollution into the
environment every day. The cost of eliminating these units of pollution is given in table 2.
Table 2
Tons of
Pollution
1st
2nd
3rd
3th
5th
MARGINAL Cost of Eliminating Pollution
Firm A
100
200
900
1300
1700
Firm B
140
580
680
980
1280
Firm C
150
200
250
300
350
Firm D
200
240
440
640
840
Firm E
2000
3000
4000
5000
6000
Using the table 2 above, suppose the Environmental Protection Agency decides that the
optimal amount of pollution is only 15 tons. Instead of using the set standard method,
the government sells 15 permits to pollute at a price of $439 each. Each permit allows
the firm to pollute 1 ton. By using the permit method the total costs to clean-up are (do
not use a $ sign)
(hint: do not count the units bought with the permit as those are just a wealth transfer
within the economy from the firms to the government)
Transcribed Image Text:Assume that the five firms in the following table each throw 5 units of pollution into the environment every day. The cost of eliminating these units of pollution is given in table 2. Table 2 Tons of Pollution 1st 2nd 3rd 3th 5th MARGINAL Cost of Eliminating Pollution Firm A 100 200 900 1300 1700 Firm B 140 580 680 980 1280 Firm C 150 200 250 300 350 Firm D 200 240 440 640 840 Firm E 2000 3000 4000 5000 6000 Using the table 2 above, suppose the Environmental Protection Agency decides that the optimal amount of pollution is only 15 tons. Instead of using the set standard method, the government sells 15 permits to pollute at a price of $439 each. Each permit allows the firm to pollute 1 ton. By using the permit method the total costs to clean-up are (do not use a $ sign) (hint: do not count the units bought with the permit as those are just a wealth transfer within the economy from the firms to the government)
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