Figure 2.14: A Model of Technology Costs for Producing 100 Metres of Cloth in Britain (17th-18th Centuries)
Figure 2.14 is a model that utilizes isocost lines to represent the costs associated with various technologies for producing 100 metres of cloth in Britain. It specifically illustrates the economic conditions and technology choices during the 17th century (1600s) and the 18th century (1700s).
0
1
Tags
History
Humanities
Economics
Social Science
Empirical Science
Science
Economy
CORE Econ
The Economy 2.0 Microeconomics @ CORE Econ
Ch.2 Technology and incentives - The Economy 2.0 Microeconomics @ CORE Econ
Introduction to Microeconomics Course
Related
Britain's Technology Choice in the 17th Century: The Era of Technology B
Britain's 18th Century Shift to Energy-Intensive Technology A
In 18th-century Britain, firms adopted the energy-intensive 'Technology A' because labor was expensive relative to energy. Imagine a hypothetical scenario where, in the mid-18th century, a massive influx of labor caused wages to plummet, while a new tax made coal (energy) significantly more expensive. According to the economic model of technology choice, what would be the most likely response of a cost-minimizing firm?
Consider a firm in 18th-century Britain where labor costs were high relative to energy costs, creating an incentive to adopt a more energy-intensive, labor-saving technology. According to the economic model of technology choice, this incentive would disappear if the prices of both labor and energy were to double.
Analyzing Technology Adoption in a Hypothetical Economy
An economic model explains the technological shift in Britain between the 17th and 18th centuries based on the changing costs of production inputs. Arrange the following events to accurately describe the causal chain of this historical economic transition.
Evaluating Drivers of Technological Change
Explaining Britain's Technological Shift
Analyze the relationship between relative input prices and technology choice. Match each historical or hypothetical economic scenario with its most likely outcome according to the model of technology choice, where firms seek to minimize production costs.
An economic model explains that in 18th-century Britain, firms were incentivized to adopt new, more energy-intensive production methods. This shift occurred because the cost of ______ had become significantly high compared to the cost of energy.
Consider the economic model explaining technology adoption in 17th- and 18th-century Britain. The model suggests that the shift to more energy-intensive production in the 18th century occurred because this technology was fundamentally more productive, and therefore would have been the least-cost option in the 17th century too, had it been widely available.
Evaluating a Business Strategy in a Changing Economy
Figure 2.14: A Model of Technology Costs for Producing 100 Metres of Cloth in Britain (17th-18th Centuries)
Learn After
A model shows two methods for producing a specific quantity of cloth:
- Technology A: Uses a small amount of labor and a large amount of energy.
- Technology B: Uses a large amount of labor and a small amount of energy.
In the 17th century, historical data shows that firms chose Technology B. In the 18th century, firms switched to Technology A. Assuming both technologies were available in both centuries and that firms always choose the lowest-cost production method, what is the most logical economic explanation for this shift?
Weaving Mill Technology Choice
Analyzing Shifts in Production Technology
A model illustrates two methods for producing cloth: Technology A (low labor, high energy) and Technology B (high labor, low energy). It also shows two economic environments based on the relative cost of labor and energy, represented by isocost lines HJ and FG. Match each item in the first column to its correct description in the second column.
A model of production shows two methods to produce 100 meters of cloth:
- Technology A: Requires 2 workers and 10 tonnes of coal.
- Technology B: Requires 10 workers and 1 tonne of coal.
In the 18th century, the price of labor was high relative to the price of coal, and historical records show that firms chose Technology A as the lowest-cost option.
Now, suppose a new method, Technology C, is invented. It can produce the same amount of cloth using 4 workers and 4 tonnes of coal. Based on the economic conditions of the 18th century (where Technology A was cheaper than Technology B), which of the following statements provides the most accurate assessment of Technology C?
Analyzing Technological Shifts Using Isocost Lines
Consider a model of production where firms can choose between a labor-intensive technology (high labor, low energy) and an energy-intensive technology (low labor, high energy). In one historical period, firms used the labor-intensive method because it was the cheapest. In a later period, they switched to the energy-intensive one. True or False: This switch in technology would have been profitable even if the prices of both labor and energy had simply doubled between the two periods.
Production Cost Analysis for a Cloth Manufacturer
An economic historian argues that the widespread adoption of new, energy-intensive machinery in 18th-century British textile production was driven purely by the genius of inventors creating a technologically superior method. Based on an economic model where firms always choose the production technology with the lowest total cost, which statement best evaluates the historian's claim?
Calculating Production Costs to Determine Technology Choice
Axes and Coordinates for the Technology Comparison Graph