Synthesizing a Model and Historical Data to Explain the Industrial Revolution
By integrating the economic model, which posits that technology choices are driven by relative input prices, with historical data showing Britain's unique cost structure, a coherent explanation emerges for the timing and location of the Industrial Revolution.
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Introduction to Microeconomics Course
The Economy 2.0 Microeconomics @ CORE Econ
Ch.2 Technology and incentives - The Economy 2.0 Microeconomics @ CORE Econ
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Synthesizing a Model and Historical Data to Explain the Industrial Revolution
Incentives for Technological Innovation
Imagine two pre-industrial economies, Country X and Country Y. In Country X, wages for workers are very high, but the cost of coal is very low. In Country Y, wages are low, while the cost of coal is high. A new invention, the steam-powered loom, is developed. It requires a large amount of coal to operate but significantly reduces the number of workers needed to produce cloth. Based on the economic incentives created by these conditions, which of the following outcomes is most likely?
Critique of Technological Determinism
Technological Adoption and Input Costs
An economic theory suggests that the path of technological innovation is driven by the relative costs of different inputs, such as labor and energy. Match each economic scenario describing these relative costs to the most likely incentive for technological development it would create.
An economic theory of technological choice suggests that if 18th-century France had experienced a sudden and dramatic increase in wages while its coal prices remained stable, this change would have created a strong economic incentive for French firms to adopt the same types of labor-saving, energy-intensive technologies that were being developed in Britain.
The Innovator's Dilemma in 18th-Century France
A key economic theory explains why certain technologies were adopted in some countries but not others during the 18th century. Arrange the following statements into a logical sequence that demonstrates how a country's specific input costs (e.g., for labor and energy) would lead to the adoption of a new, labor-saving, energy-using machine.
An economic model explains the Industrial Revolution's origin by arguing that firms adopt new technologies based on the relative prices of inputs like labor and energy. This model posits that Britain's uniquely high wages and cheap coal created a powerful incentive to develop and use labor-saving, energy-intensive machinery. Which of the following hypothetical discoveries would most seriously weaken this explanation?
Policy Evaluation for Technological Innovation
Wages Relative to the Price of Energy in Six Cities (Early 1700s)
Learn After
An inventor in the 18th century develops two new weaving looms. Loom X is a simple, low-cost machine that requires significant manual labor to operate but uses very little coal. Loom Y is a complex, expensive machine that requires very little manual labor but consumes a large amount of coal. Historical records show that at the time, wages for workers were much higher in Britain than in France, while the cost of coal was significantly lower in Britain.
Which of the following statements best evaluates the likely adoption of these looms in Britain versus France, based on an economic explanation of technological change?
Predicting Technological Innovation
Evaluating Historical Narratives of the Industrial Revolution
Explaining Differential Technology Adoption
If 18th-century France had possessed more ingenious inventors than Britain, the Industrial Revolution would have likely begun in France, even if French wages were low and coal was expensive compared to Britain.
Match each component of the economic explanation for the Industrial Revolution with its correct description.
Based on the economic model explaining the timing and location of the Industrial Revolution, arrange the following statements into the correct causal sequence.
According to the economic model explaining the Industrial Revolution, the high cost of labor relative to the cost of energy in 18th-century Britain meant that firms had a strong profit motive to invest in technologies that were ______-saving.
The Case of the Unadopted Engine
An economic historian presents the following simplified data for two countries in the 18th century:
Country Average Daily Wage for a Laborer Cost of 1 Million BTUs of Energy (from coal) Country A 3 shillings 10 shillings Country B 12 shillings 5 shillings A new steam-powered machine is invented that can do the work of ten laborers but consumes a large amount of coal. Based on the economic incentives created by these cost structures, which of the following conclusions is most plausible?
Role of Relative Input Prices in England's Industrial Revolution