Question

In: Economics

Carbon monoxide (CO) emissions from internal combustion engines increase in colder climates. Thus, the environmental damage...

Carbon monoxide (CO) emissions from internal combustion engines increase in colder climates. Thus, the environmental damage from CO emissions is worse in the winter months than in the summer months. Nonetheless, air quality control authorities use a standard for CO that is uniform throughout the year with no allowance for seasonal effects. The cost and benefit information are as follows:

MSB of CO abatement in winter = 350 - 0.5A

MSB of CO abatement in summer = 140 - 0.2A

MSC of CO abatement = 0.2A


a. If you were in charge of setting a policy for CO emissions, what action would you recommend to ensure an allocatively efficient outcome across the two seasons?

b. Suppose that the government sets a uniform standard for winter and summer at A = 500. Determine the welfare loss associated with this policy.

Solutions

Expert Solution

Answer:-

Given that,

Marginal social benfit of abatement in winter

Marginal Social benfit of abatement in summer

MSC of CO abatement

a)

So

Now,

Then,

b)

Under A Uniform abatement standard of 500.

Therefore, to standard doesn't correspond to abatement level where MSB=MSC for both seasons.

It is not efficient.

Welfare Loss=Area(ABC)

Therefore,Welfare Loss=7875.


Related Solutions

For internal combustion engines found that the cycle thermal cffciency would increase with an increase in...
For internal combustion engines found that the cycle thermal cffciency would increase with an increase in compression ratio of the cycle. Discuss the factors that limit us in taking advantage of this fact and this explains the higher efficiencies of compression ignition engines type the anser plase not hand writing thank you
Carbon monoxide? (CO) emissions for a certain kind of car vary with mean 3.977 ?g/mi and...
Carbon monoxide? (CO) emissions for a certain kind of car vary with mean 3.977 ?g/mi and standard deviation 0.7 ?g/mi. A company has 60 of these cars in its fleet. Let y overbar represent the mean CO level for the? company's fleet. ? a) What's the approximate model for the distribution of y overbar?? Explain. ?b) Estimate the probability that y overbar is between 4.1 and 4.3 ?g/mi. ? c) There is only a 10?% chance that the? fleet's mean...
Carbon monoxide​ (CO) emissions for a certain kind of car vary with mean 2.3 g/mi and...
Carbon monoxide​ (CO) emissions for a certain kind of car vary with mean 2.3 g/mi and standard deviation 0.7 g/mi. A company has 80 of these cars in its fleet. Let y(overbar) represent the mean CO level for the​ company's fleet. ​a) Estimate the probability that y(overbar) is between 2.4 and 2.6 g/mi. ​b) There is only a 55​% chance that the​ fleet's mean CO level is greater than what​ value? Show your work on TI-84
Carbon monoxide​ (CO) emissions for a certain kind of car vary with mean 2.842 ​g/mi and...
Carbon monoxide​ (CO) emissions for a certain kind of car vary with mean 2.842 ​g/mi and standard deviation 0.7 g/mi. A company has 80 of these cars in its fleet. Let y (overbar) represent the mean CO level for the​ company's fleet. ​a) What's the approximate model for the distribution of y (overbar)​? Explain. ​b) Estimate the probability that y (overbar) is between 2.9 and 3 g/mi. ​c) There is only a 5% chance that the​ fleet's mean CO level...
Carbon monoxide (CO) emissions for a certain kind of car vary with mean 3 g/mi and...
Carbon monoxide (CO) emissions for a certain kind of car vary with mean 3 g/mi and standard deviation 0.5 g/mi. A company has 81 of these cars in its fleet. a) What’s the approximate model for the distribution of the mean CO level for the company's fleet. Explain. b) Estimate the probability that the mean emission is between 3.0 and 3.1 g/mi. c) There is only a 5% chance that the fleet’s mean CO level is greater than what value?
Carbon monoxide​ (CO) emissions for a certain kind of car vary with mean 3.704 ​g/mi and...
Carbon monoxide​ (CO) emissions for a certain kind of car vary with mean 3.704 ​g/mi and standard deviation 0.7 ​g/mi. A company has 70 of these cars in its fleet. Let y overbary represent the mean CO level for the​ company's fleet. ​a) What's the approximate model for the distribution of y overbary​? Explain. ​b) Estimate the probability that y overbary is between 3.8 and 3.9​g/mi. ​c) There is only a 11​% chance that the​ fleet's mean CO level is...
Carbon Monoxide emissions increase in summer. Your State is considering two different abatement levels in summer...
Carbon Monoxide emissions increase in summer. Your State is considering two different abatement levels in summer and winter. MSB winter= 330-0.5 A and MSB summer = 140-0.2A Where A is the abatement level. The marginal cost of abatement is the same in both seasons MSC=.2A a. If the state established a uniform abatement standard of 500 tons each half year season (25 each): what would be the value of MSC, MSB winter and MSB summer? b. If the state established...
Consider the environmental damage that results from the emissions of coal-fired power plants. These plants produce...
Consider the environmental damage that results from the emissions of coal-fired power plants. These plants produce pollutants such as sulfur dioxide (SO2) and nitrogen oxide (NOx), which combine with hydrogen to make acid rain. They release mercury into the environment and emit other particulate matter such as soot, as well. Which of these externalities are highly localized, and which are borne by society at large? Explain
5. Consider the combustion of carbon monoxide (CO) in oxygen gas: 2CO(g) + O2(g) → 2CO2(g)...
5. Consider the combustion of carbon monoxide (CO) in oxygen gas: 2CO(g) + O2(g) → 2CO2(g) A. Calculate the number of moles of CO2 produced if 2.86 moles of CO is reacted with excess oxygen._______ moles CO2. B. Determine the moles of oxygen required to react with the CO._______ moles O2 6. Consider the following balanced chemical equation: C2H5OH(l) + 3O2(g) → 2CO2(g) + 3H2O(l) a. How many moles of CO2 form when 1.73 moles of C2H5OH react? ______ moles...
1)Consider the combustion of carbon monoxide (CO) in oxygen gas: 2CO(g) + O2(g→2CO2(g) Starting with 3.82...
1)Consider the combustion of carbon monoxide (CO) in oxygen gas: 2CO(g) + O2(g→2CO2(g) Starting with 3.82 moles of CO, calculate the number of moles of CO2 produced if there is enough oxygen gas to react with all the CO. Answer in mol CO2 2)a) What is the Na+ concentration in each of the following solutions: 3.65 M sodium sulfate:2.18 M sodium carbonate:0.385 M sodium bicarbonate: What is the concentration of a lithium carbonate solution that is 0.395 M in Li+?...
ADVERTISEMENT
ADVERTISEMENT
ADVERTISEMENT