3. There are two firms that emit pollutant SO2. Assume the pollution abatement technology of the two firms can be represented by MAC functions: MACA = 240 – 6E and MACB = 160 - 4E. Currently there is no pollution control. Now the local government wants the total pollution to be reduced by 50%. Suppose the government knows the pollution abatement technology of the two firms, and an emission standard policy is in order. To minimize the total cost of pollution abatement, how should the government set the quantity of SO2 that Firm A is allowed to emit? How many tons should the government allow Firm B to emit? What is the total abatement cost of the two firms? Draw a graph to illustrate your answer.
3. There are two firms that emit pollutant SO2. Assume the pollution abatement technology of the two firms can be represented by MAC functions: MACA = 240 – 6E and MACB = 160 - 4E. Currently there is no pollution control. Now the local government wants the total pollution to be reduced by 50%. Suppose the government knows the pollution abatement technology of the two firms, and an emission standard policy is in order. To minimize the total cost of pollution abatement, how should the government set the quantity of SO2 that Firm A is allowed to emit? How many tons should the government allow Firm B to emit? What is the total abatement cost of the two firms? Draw a graph to illustrate your answer.
Chapter1: Making Economics Decisions
Section: Chapter Questions
Problem 1QTC
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Q. 3

Transcribed Image Text:3. There are two firms that emit pollutant SO2. Assume the pollution abatement technology
of the two firms can be represented by MAC functions: MACA = 240 – 6E and MACB = 160
- 4E. Currently there is no pollution control. Now the local government wants the total
pollution to be reduced by 50%. Suppose the government knows the pollution abatement
technology of the two firms, and an emission standard policy is in order. To minimize the
total cost of pollution abatement, how should the government set the quantity of SO2 that
Firm A is allowed to emit? How many tons should the government allow Firm B to emit?
What is the total abatement cost of the two firms? Draw a graph to illustrate your answer.
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