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Choosing Production Technologies
A firm's process for selecting a production technology begins by ruling out any options that are clearly inferior. A technology is considered inferior or 'dominated' if an alternative method can produce the same output using less of at least one input without using more of any other. For instance, Technology C is dominated by Technology A because it requires more workers and more coal. Given that inputs have costs, a firm will not use a dominated technology like C when a dominant one like A is available. Visual aids, such as diagrams of the available technologies, are used to identify which options are dominated and which are dominant.
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Firm's Decision on Input Quantity
Choosing Production Technologies
Increasing Returns to Scale
Constant Returns to Scale
Choosing a Cost-Effective Production Method
A manufacturing firm needs to produce 100 units of a product. It can use one of two available production technologies. Technology X uses 10 hours of labor and 5 machines. Technology Y uses 4 hours of labor and 8 machines. The hourly wage for labor is $20, and the rental cost per machine is $50. To minimize its production costs, which technology should the firm choose?
A textile firm is evaluating four different production technologies to produce 100 meters of cloth. The table below shows the number of workers and the tonnes of coal required for each technology to achieve this output.
Technology Workers Coal (tonnes) A 3 7 B 2 10 C 3 8 D 6 4 Assuming the firm aims to minimize costs, which technology can be ruled out as inefficient regardless of the price of labor or coal?
A company can produce 100 widgets using any of the three production technologies listed below. Each technology uses a different combination of labor (workers) and capital (machines). Match each economic scenario describing the relative cost of inputs to the production technology that a cost-minimizing firm would most likely choose.
Impact of Input Price Changes on Technology Choice
Analyzing Production Technology Characteristics
For a given production technology that uses both labor and machinery, a firm can produce the same quantity of output by decreasing the number of workers and increasing the number of machines.
A firm is deciding between two production methods to manufacture its product.
- Method 1: A highly automated system that requires significant electrical power but very few workers.
- Method 2: A manual assembly line that uses minimal electricity but requires a large number of workers.
The firm operates in a region where electricity prices are highly volatile and can increase unexpectedly by large amounts, while wages for workers are stable under long-term contracts. Which of the following statements presents the most compelling reason for the firm's choice of technology?
A company wants to select the most cost-effective production technology from several available options to produce a specific quantity of goods. Arrange the following actions into the logical sequence that a rational, cost-minimizing firm would take to make this decision.
During the 18th century, wages for workers in Britain were relatively high, while the cost of energy from coal was comparatively low. In contrast, in other regions like France, wages were lower relative to the cost of coal. Based on the principle of cost minimization, what would be the most likely outcome regarding the adoption of new production technologies?
Firm's Decision on Input Levels
Modeling Firm Decisions with Fixed-Proportions and Constant-Returns Technologies
Factors Affecting the Long-Run Average Cost Curve
Decreasing Returns to Scale (Diseconomies of Scale)
Learn After
Relative Input Intensity of Technologies
Adoption of a Labor-Saving Technology
Identifying and Eliminating Dominated Technologies
Firm's Goal: Profit Maximization
A firm is evaluating different methods to produce 100 units of a product. The table below shows the required inputs for four different technologies. Based on the principle of eliminating clearly inferior options, which technology is 'dominated' and would therefore not be chosen by the firm?
Optimizing Production at a Steel Plant
Identifying Efficient Production Methods
A firm is analyzing five potential technologies to produce a specific quantity of goods. The required inputs for each technology are shown in the table below.
Technology Number of Workers Tonnes of Coal A 1 6 B 4 2 C 3 7 D 5 5 E 10 1 Which of the following statements provides an accurate analysis of the relationships between these technologies based on the principle of eliminating clearly inferior options?
A manufacturing firm is evaluating four different technologies to produce a standard widget. The table below shows the required inputs (Labor hours and Machine hours) for each. Match each technology on the left with its correct description on the right based on the principle of eliminating clearly inferior options.
Technology Labor Hours Machine Hours A 3 7 B 4 8 C 6 4 D 3 9 A textile factory is considering two different weaving looms to produce 100 meters of fabric. Loom A requires 2 operators and 8 kWh of electricity. Loom B requires 3 operators and 7 kWh of electricity. Evaluate the following statement: 'Based on the principle of eliminating clearly inferior production methods, Loom A is a 'dominated' technology compared to Loom B.'
Advising a New Bakery on Production Efficiency
Filtering Production Options
When a firm evaluates different production methods, it will not choose a technology that is considered ________, because an alternative method exists that can produce the same amount of output using a smaller quantity of at least one input without using more of any other inputs.
A manager at a manufacturing plant needs to choose the most efficient way to produce 500 widgets. Several production technologies are available, each with different labor and energy requirements. Arrange the following steps in the logical order the manager should follow to first eliminate any clearly inferior options before making a final decision.
Definition of a Labor-Saving Technology
The Firm's Goal: Profit Maximization and Cost Minimization
Two-Step Process for Technology Selection
Firm's Goal: Profit Maximization and Cost Minimization