The £40 Isocost Line (FG)

Combined Impact of Technology and Specialization on Labor Productivity

Production Technology Choice

A factory can produce a set amount of goods using two different methods. Method X requires 10 workers and 2 tons of coal. Method Y requires 4 workers and 5 tons of coal. Initially, the daily wage for a worker is £10 and the price of coal is £25 per ton. Later, due to economic changes, the daily wage increases to £20 per worker, while the price of coal falls to £10 per ton. Based on these input costs, how would a profit-maximizing firm most likely respond?

Critique of a Historical Argument

The Engine of Industrial Change

An 18th-century factory owner in Britain faces a significant increase in workers' wages, while the price of coal remains relatively low and stable. To maintain profitability, the owner needs to choose a new production technology. Which of the following choices represents the most economically rational response to this specific situation?

True or False: If 18th-century British firms had faced a scenario where wages fell significantly while the price of coal doubled, they would have had a strong economic incentive to invent and adopt even more energy-intensive production methods.

An 18th-century British firm's choice of production technology depends on the relative costs of inputs, specifically labor (wages) and energy (coal). Match each economic scenario below with the most likely technological response from a profit-maximizing firm.

The Incentive for Innovation

Technology Adoption in Different Economies

A manufacturing firm observes that most of its competitors have switched from a production method requiring 4 units of labor and 2 tons of coal to a new method requiring only 1 unit of labor but 6 tons of coal. Assuming all firms are acting to minimize costs, what is the most logical conclusion that can be drawn about the economic environment?

Steeper Isocost Line and £50 Cost for Technology B After Price Change