A factory produces a chemical dye that sells for a stable market price of $80 per barrel. The factory's private cost for producing each barrel is $50. However, the production process contaminates a local river, causing an estimated $35 of damage to the local ecosystem and fishing industry for every barrel produced. Considering all costs, what is the socially optimal production decision and why?

Socially Optimal Production Level for a Power Plant

Evaluating Subsidies in High-Externality Industries

A manufacturing process generates a product that sells for $100 per unit. The private cost to the company is $80 per unit. However, the process also creates pollution that imposes a cost of $25 per unit on the surrounding community. Given this information, it is true that from society's perspective, this product should not be produced at all.

Economic Analysis of a New Mining Technique

A government is analyzing the production of three different goods, each with an associated external environmental cost. Match each production scenario with its socially optimal outcome by calculating the marginal social cost (private cost + external cost) and comparing it to the market price.

A chemical fertilizer has a market price of $40 per bag. The private cost of production is $25 per bag, and the production process creates an additional $20 per bag in environmental damage costs. From a social welfare perspective, the optimal level of production for this fertilizer is ______.

You are an economist advising a government agency on the regulation of a new agrochemical. The chemical is effective but is suspected of causing significant harm to local water systems. Arrange the following steps into the correct logical sequence to determine if, from a social welfare perspective, production of this chemical should be stopped entirely.

Economic Rationale for Product Prohibition

Evaluating Policy for a High-Externality Product