Table 4 The following table shows the marginal costs for each of four firms (A, B, C, and D) to eliminate units of pollution from their production processes. For example, for Firm A to eliminate one unit of pollution, it would cost $54, and for Firm A to eliminate a second unit of pollution it would cost an additional $67. Firm Unit to be eliminated D First unit 54 57 54 62 Second unit 67 68 66 73 Third unit 82 86 82 91 Fourth unit 107 108 107 111 Refer to Table 4. If the government charged a fee of $84 per unit of pollution, how many units of pollution would the firms eliminate altogether?

Table 4 The following table shows the marginal costs for each of four firms (A, B, C, and D) to eliminate units of pollution from their production processes. For example, for Firm A to eliminate one unit of pollution, it would cost $54, and for Firm A to eliminate a second unit of pollution it would cost an additional $67. Firm Unit to be eliminated D First unit 54 57 54 62 Second unit 67 68 66 73 Third unit 82 86 82 91 Fourth unit 107 108 107 111 Refer to Table 4. If the government charged a fee of $84 per unit of pollution, how many units of pollution would the firms eliminate altogether?

ENGR.ECONOMIC ANALYSIS

14th Edition

ISBN:9780190931919

Author:NEWNAN

Publisher:NEWNAN

Chapter1: Making Economics Decisions

Section: Chapter Questions

Problem 1QTC

See similar textbooks

Similar questions

The primary source of air pollution in the small town of Smokey, Nevada is a nearby steel mill. The local environmental agency has decided that the mill needs to reduce its emissions because the town's population is located directly downwind from it. Currently the agency is considering three different approaches to reducing pollution from the mill: a technology standard, an emission standard and an emission tax. Why might the owner of the mill prefer an emission standard to a technology standard that would produce the same level of emissions? a Because with emission standards the polluter is more flexible in selecting the technology that will minimize her abatement cost Ob. Because polluters usually try to stick to their existing technology O C. Because it has been proven to be easier to implement O d. Because polluters, as all producers are suspicious about new technologies
The figure below shows the marginal benefit (demand) of polluting for two firms: Alpha and Beta. Before the introduction of a pollution tax, pollution is free, that is, MC = $0 per ton of emissions. Marginal Benefit (MB) to Firm Tax = $100 0 MB BETA MBALPHA 25 50 75 100 Emissions (tons) The government decides to impose a tax on pollution of $100 per ton of emissions. That is, the per-unit the tax is the marginal cost of polluting. Which of the follow are true? (Select all that are true.) a. As a result of the tax, the total emissions will decrease by 50 units b. The tax was intended to decrease production by 50 units for each firm. c. As a result of the tax, both firms will decrease emissions by the same amount d. After the tax is imposed, Firm Beta will emit 50 tons more pollution than Firm Alpha e. Before the tax is imposed, Firm Beta emitted more pollution than Firm Alpha f. As a result of the tax, total emissions from the two firms will be cut in half g. The amount of tax collected…
Im confused on this question.
QUESTION 16 Consider the following figure Price SMC PMC P. M H. Demand + Quantity Refer to the graph above. What area(s) represent(s) the victim's suffering if pollution permits (given for free to the firms) are implemented to fix the externality?
Consider the market for steel. Suppose that a steel manufacturing plant dumps toxic waste into a nearby river, creating a negative externality for those living downstream from the plant. Producing an additional ton of steel imposes a constant external cost of $165 per ton. The following graph shows the demand (private value) curve and the supply (private cost) curve for steel. Use the purple points (diamond symbol) to plot the social cost curve when the external cost is $165 per ton. 1100 990 Social Cost 880 770 Supply (Private Cost) 660 550 440 330 220 Demand 110 (Private Value) 1 2 4 7 QUANTITY (Tons of steel) PRICE (Dollars per ton of steel)
A T, C Pollution The above graph illustrates the marginal pollution cost per ton of goods that a firm produces. Assume the firm currently has no regulation and will produce at the point Qmax. Suppose a pollution tax per ton is placed on the firm (T1). What area represents the tax paid by the firm? C only A+B A+B+C
Define pollution charge and will our economy be able to control pollution? Share your thoughts in a paragraph.
The Coase Theorem says that if people negotiate the right perform activities that cause externalities, they can always arrive at efficient solutions to problems caused by externalities. Use an example to explain why the people that are harmed are willing to pay to stop pollution.
Q8
Firms A and B each produce 80 units of pollution. The federal government wants to reduce pollution levels. The marginal costs associated with pollution reduction are MCA = 50 + 3QA for firm A and MCB = 20 + 6QB for firm B, where QA and QB are the quantities of pollution reduced by each firm. Society's marginal benefit from pollution reduction is given by MB = 590- 3Qtot, where Qtot is the total reduction in pollution. The socially optimal level of firm A's pollution reduction is Hint: Type integers. reduction is The socially optimal level of firm B's pollution
Suppose that in greater Sydney, the demand for flowering plants is given by P = 60 - Q, and supply is given by P= 0.2Q, where Q represents thousands of plants. Because people enjoy seeing flowers as they pass by others' houses, these plants produce a positive externality. Suppose that each plant produces a marginal external benefit equal to $6. 1. What will be the market price and the quantity supplied of flowering plants? 2. What is the socially optimal number of plants?
This is an end-of-chapter problem that I'm struggling with! thanks!