Evaluating Pollution Reduction Policies
An industrial textile dyeing process uses a specific chemical that, while cost-effective, releases a toxic byproduct into a local river, harming the downstream fishing industry. A regulator aims to reduce the amount of this specific chemical used to a target level. Two policies are being considered to achieve this goal:
Policy A: A tax on every yard of dyed textile produced. Policy B: A tax on every liter of the specific harmful chemical used.
Analyze and compare these two policies. In your response, explain how each policy would likely alter the textile company's behavior and discuss which policy is more economically efficient at achieving the pollution reduction goal. Finally, evaluate which policy would likely be preferred by the textile company, assuming both policies are set to achieve the exact same reduction in pollution.
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A manufacturing plant produces garden gnomes using a special, durable paint that, during its application, releases harmful airborne particles. The plant could switch to a less durable, non-polluting paint. To address the pollution, a regulator imposes a tax on each can of the harmful paint used.
Which of the following statements provides the most accurate economic evaluation of this policy's primary advantage compared to an alternative policy of taxing each garden gnome produced?
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A company manufactures widgets. For each widget, it uses one can of a specific solvent that creates an external pollution cost of $12. The company has the option to use a different, non-polluting solvent, but this alternative costs $9 more per can. A regulator wants to eliminate the pollution and considers two policies:
- An input tax of $12 on each can of the polluting solvent.
- An output tax on each widget, calibrated to be high enough to force the company to reduce its production to zero, thereby eliminating pollution.
Which of the following statements correctly analyzes the company's most likely response and preference?
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