Table 12.5 provides the
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- Economists sometimes shock noneconomists by stating that they do not favor the complete elimination of pollution. Explain the rationale for this position.arrow_forwardDraw a standard supply and demand diagram for televisions, and indicate the equilibrium price and output. a. Assuming that the production of televisions generates external costs, illustrate the effect of the producers being forced to pay a tax equal to the external costs generated, and indicate the equilibrium output. b. If instead of generating external costs, television production generates external benefits, illustrate the effect of the producers being given a subsidy equal to the external benefits generated, and indicate the equilibrium output.arrow_forwardThe supply and demand conditions facing a firm that makes widgets and generates a negative externality by dumping a highly toxic sludge in a nearby river is given in the table below. Price Quantity Demanded Quantity Supplied without Paying Social Costs Quantity Supplied after Paying Social Costs 100 0 120 75 80 10 100 50 55 30 90 30 40 55 85 25 30 80 80 20 20 100 65 15 The equilibrium price and quantity when social costs are taken into account are Question 12 options: Price = $55, Quantity = 30 Price = $40, Quantity = 55 Price = $30, Quantity = 20 Price = $30, Quantity = 80arrow_forward
- The supply and demand conditions facing a firm that makes widgets and generates a negative externality by dumping a highly toxic sludge in a nearby river is given in the table below. Price Quantity Demanded Quantity Supplied without Paying Social Costs Quantity Supplied after Paying Social Costs 100 0 120 75 80 10 100 50 55 30 90 30 40 55 85 25 30 80 80 20 20 100 65 15 The equilibrium price and quantity when only private costs are taken into account are Question 11 options: Price = $55, Quantity = 30 Price = $40, Quantity = 55 Price = $30, Quantity = 20 Price = $30, Quantity = 80arrow_forwardPRICE OF CARS 1. Efficiency in the presence of externalities Cars impose many external costs on society: carbon dioxide emissions that contribute to air pollution, congestion on roadways, and so on. Therefore, the market equilibrium quantity of cars is not equal to the socially efficient quantity. The following graph shows the demand for cars (their marginal private benefit), the supply of cars (the marginal private cost of producing them), and the marginal social cost of cars, including both the marginal private cost and external costs. Use the black point (plus symbol) to indicate the market equilibrium quantity. Next, use the purple point (diamond symbol) to indicate the socially efficient quantity. Demand (MPB, MSB) QUANTITY OF CARS As a result, the market output is MSC + Market Output Socially Efficient Output Supply (MPC) the socially efficient output. (?) Which of the following policies could help the government achieve the socially efficient outcome? Check all that apply. ☐…arrow_forwardTable 1 shows the demand schedule for electricity from a coal burning utility. Table 2 shows the utility's cost of producing electricity and the external cost of the pollution created. With no pollution control, calculate the quantity of electricity produced, the price of electricity, and the marginal external cost of the pollution generated. With no pollution control, the quantity of electricity produced is The price of electricity is cents a kilowatt. kilowatts a day. Table 1 Table 2 Price (cents per kilowatt) 4 8 12 16 20 24 Quantity (kilowatts per day) 0 100 200 300 400 500 Marginal cost 0 2 4 6 8 10 Quantity demanded (kilowatts per day) 500 400 300 200 100 0 Marginal external cost (cents per kilowatt) 0 2 4 6 8 10arrow_forward
- The table below shows the demand for pollution permits to emit hydrocarbons in a particular industrial park. Each permit allows the owner to release one tonne of pollutants into the atmosphere. Price per Pollution Permit Quantity of Permits $4,500 100 4,000 200 3,500 300 3,000 400 2,500 500 2,000 600 1,500 700 were charged, how many tonnes of pollutants would be discharged into the atmosphere, assuming a straight-line a. If fee for a pollution perm demand curve? Quantity: tonnes b. Suppose government were to set a fee of $2,500 per pollution permit. How many tonnes of pollutants would now be dumped? What is the total revenue received by government? Quantity: tonnes Total revenue: $ c. Suppose that a new technology allows for a significant reduction in hydrocarbons at a relatively low cost so that the demand for pollution permits in the industrial park drops by 200 tonnes. Assuming that government holds the permit fee at $2,500, how many tonnes of pollutants would now be dumped? What…arrow_forwardA set of perfectly competitive companies produce shoes. 1 pound of water pollution (WP) is released into the ocean which has a social cost of $c (per pound). The private cost of pollution is $0 when unregulated. i) Graph supply and demand curves and show the output and price of the unregulated market as well as the socially optimal output. ii) Indicate on the graph the amount of tax that would lead to the socially optimal level of production. iii) One of the companies produces Q shoes. Say there are pollution-reducing machines, K, which cost $1 each. When K = Ő machines, WP = 1 pound. With higher K, WP is lower. Give the cost-minimizing choice of WP and K when pollution is unregulated? Please explain with a diagram. iv) What would be the optimal tax rate if the government were to tax water pollution? v) When output of shoes Q is held constant, how do K and WP change when a pollution tax is instated?arrow_forwardEfficiency in the presence of externalities Air horns impose many external costs on society: the risk of being deafened, the annoyance of being awakened in the middle of the night, and so on. Therefore, the market equilibrium quantity of air horns is not equal to the socially optimal quantity. The following graph shows the demand for air horns (their private value), the supply of air horns (the private cost of producing them), and the social cost of air horns, including both the private cost and external costs. Use the black point (plus symbol) to indicate the market equilibrium quantity. Next, use the purple point (diamond symbol) to indicate the socially optimal quantity.arrow_forward
- The graph shows the demand curve for nursing education. The marginal cost of this education is a constant $4,000 per student per year and the marginal external benefit is a constant $2,000 per student per year. If the government offers students vouchers, what is the value of the voucher that will achieve the efficient number of students? 14- 12- 10- Price and cost (thousands of dollars) Use the graph to show value of the voucher that will achieve the efficient number of students. Draw the marginal social benefit curve. Label it MSB. 8- 6- 4- Draw an arrow at the efficient number of students that shows the value of the voucher that achieves the efficient number of students. 2- The value of the voucher that achieves the efficient number of students is $ ,000 a student. MSC D= MB 20 40 60 80 Students (thousands per year) C Draw only the objects specified in the question.arrow_forwardMacmillan Learning The accompanying schedule depicts the marginal social cost (MSC) and the marginal social benefit (MSB) associated with pollution emissions. Assume the polluters bear none of the social cost of pollution and all of the benefits. Quantity is measured in tons. Social Cost- Benefit Schedule Q MSB MSC What is the socially optimal amount of pollution? 9 tons 7 tons 8 tons 0 tons What is the size of the tax that would move the market to this socially optimal quantity? What is the size of the tax that would move the market to this socially optimal quantity? $135 per ton $105 per ton $120 per ton $150 per ton 4 180 60 09 5 165 75 75 6 150 90 00 7 135 105 8 120 120 9 105 135 10 90 150 = 11 75 165 12 60 00 180 13 45 195 14 30 210 15 15 225 16 0 240arrow_forwardImagine the government of California has proposed a new tax on vehicles based on the amount of emissions they produce in a year. In 2019, there will be 20 tons of emissions produced. The governor’s office has run the calculations and found that the socially optimal level is 14 tons and the marginal damage from each unit of pollution is $150. Imagine there are two types of drivers in California: commuters and non-commuters. Imagine that the marginal cost of reducing pollution for commuters is MCA_C=150Q and the marginal cost of reducing pollution for non-commuters is MCA_N=30Q. Each type initially created ten tons of pollution each. Their total cost of reductions is equal to TCA_C=75Q^2 and TCA_N=15Q^2. How much would each type choose to reduce under the tax? Imagine the governor instead suggested forcing all drivers to reduce their emissions by 30% from their 2019 levels. How would the costs of reduction here compare to the taxation case (please provide actual numbers)? Do you…arrow_forward
- Exploring EconomicsEconomicsISBN:9781544336329Author:Robert L. SextonPublisher:SAGE Publications, IncEconomics (MindTap Course List)EconomicsISBN:9781337617383Author:Roger A. ArnoldPublisher:Cengage Learning