Cost Reduction from Switching to Technology A After Price Change
Following a rise in the relative price of labor to coal, a firm can achieve significant cost savings by switching its production method. The cost of producing 100 metres of cloth with the old Technology B increases to £50. By adopting the newly optimal, energy-intensive Technology A, the firm can reduce its production cost for the same output to £40, resulting in a saving of £10.
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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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A company manufactures a product and is currently using 'Method Y', which requires 20 workers and 10 units of energy. An alternative, 'Method X', requires 10 workers and 20 units of energy. Initially, the wage is $20 per worker and the price of an energy unit is $30. Subsequently, the price of energy falls to $10 per unit, while wages remain unchanged. Based on the principle of cost minimization, what is the most logical response for the company?
Production Technology Choice Under Changing Input Prices
Impact of Relative Input Price Changes on Technology Choice
A firm can produce a batch of goods using one of two methods. Method A requires 10 workers and 2 tons of coal. Method B requires 4 workers and 5 tons of coal. Initially, the wage for a worker is $20, and the price of coal is $10 per ton. Later, the price of coal rises to $25 per ton, while the wage remains unchanged. Which of the following statements correctly analyzes the firm's optimal choice after the price change?
Analysis of Technology Switching in Production
A firm is choosing between two production methods that use different combinations of labor and energy. If the price of energy falls significantly while wages remain constant, the firm will always switch to the more energy-intensive production method.
A firm produces goods using a combination of labor and energy, and can choose between a more labor-intensive technology and a more energy-intensive technology. Match each change in input prices to its most likely economic consequence.
A firm produces a product using a technology that requires 4 workers and 7 units of energy. An alternative technology is available that uses 8 workers and 3 units of energy. Initially, the wage is $30 per worker and the price of energy is $20 per unit. The firm uses the cheaper of the two technologies. Later, the price of energy rises to $40 per unit, while the wage remains constant, causing the firm to switch to the other technology. By making this switch, the firm's cost per unit of production is reduced by $____.
A manufacturing firm uses labor and energy to produce goods. Initially, it uses a specific production technology that is optimal for the current input prices. The price of energy then falls significantly, while the wage for labor remains constant. Arrange the following events in the logical order they would occur as the firm adjusts to this change.
Evaluating a Production Manager's Cost Analysis
Technology A as the Least-Cost Choice for w=£10 and p=£5
Steeper Isocost Line and £50 Cost for Technology B After Price Change
Cost Reduction from Switching to Technology A After Price Change
Profit Increase from Technology Switching Equals Cost Reduction
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Calculating Cost Savings from Technological Adoption
A textile factory produces a standard batch of fabric. Following a significant increase in wages for weavers, the cost to produce one batch using its traditional, labor-intensive method (Method B) rises to $150. The factory has the option to switch to a newer, more automated method (Method A) which would cost only $110 to produce the same batch under the new wage conditions. What is the economic gain, in the form of cost savings, for the factory if it switches from Method B to Method A?
Evaluating a Technology Switch
A manufacturing plant's cost to produce a batch of goods using its current labor-intensive method was originally $5,000. After a significant wage increase, the cost to produce the same batch with this method rises to $6,500. The plant could adopt a new, more automated method that would cost $5,500 for the same batch. Based on this information, the cost saving the plant would achieve by switching to the new method is $500.
A firm produces a standard batch of goods and can use one of two methods: Method L (labor-intensive) or Method E (energy-intensive). Following a change in the relative price of inputs, the firm re-evaluates its costs. Match each scenario to the exact cost saving the firm would realize by switching to the newly optimal method.
A manufacturing firm's cost to produce a unit of output using its established, labor-heavy process increases to $85 after a rise in wages. By adopting a newly available, automated process, the firm can produce the same unit for $60. The economic gain, in the form of a cost reduction per unit, from switching to the new process is $____.
Analyzing a Firm's Production Method Decision
Production Method Choice After a Wage Increase
A textile firm uses a traditional, labor-intensive method to produce cloth. A new law is passed that significantly increases the minimum wage for its workers, raising the relative price of labor. Arrange the following steps in the logical sequence a cost-minimizing firm would take in response to this change.
A furniture company has traditionally used a labor-intensive method to produce a batch of 100 chairs at a cost of $5,000. Due to a new union agreement, wages have increased, and the cost to produce the same batch using the traditional method has now risen to $7,000. The company could switch to a more automated production method, which would cost $5,500 to produce the batch under the new wage conditions. What is the potential cost saving per batch if the company switches to the automated method?