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Evaluating a Production Decision After a Wage Increase
A textile firm manager needs to produce 100 meters of cloth. The firm has two technologies available:
- Technology A: Requires 10 workers and 2 tons of coal.
- Technology B: Requires 4 workers and 5 tons of coal.
Initially, the wage was £4 per worker and coal was £6 per ton. After a local labor shortage, the wage increased to £8 per worker, while the price of coal remained at £6 per ton. The manager decided to continue using Technology A, stating, 'This technology was the most cost-effective before the wage change, so it must still be the best choice.'
Evaluate the manager's decision. First, calculate the total cost for each technology using the new prices. Then, explain which technology the firm should now use and why the manager's reasoning is flawed.
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A firm needs to produce 100 meters of cloth. It has access to four different production technologies, each requiring a different combination of labor and coal, as shown in the table below. If the wage for a worker is £8 and the price of coal is £6 per ton, which technology should the firm choose to minimize its production costs?
Evaluating a Production Decision After a Wage Increase
A textile firm is considering two methods to produce a standard batch of cloth. Method A requires 3 workers and 4 tons of coal. Method B requires 2 workers and 5 tons of coal. The price of coal is fixed at £6 per ton. If the wage for a worker increases from £4 to £8, it would be a cost-minimizing decision for the firm to switch from using Method A to Method B.
Impact of Wage Increase on Technology Choice
Evaluating Technology Choice After a Wage Increase
A firm can use different technologies to produce a set amount of output. Given a wage of £8 per worker and a coal price of £6 per ton, match each production technology with its correct total cost.
A manufacturing firm is evaluating two production methods to produce a specific quantity of goods.
- Method X uses 4 workers and 2 tons of coal.
- Method Y uses 2 workers and 5 tons of coal.
The price of coal is fixed at £6 per ton. To minimize costs, the firm would be indifferent between Method X and Method Y when the wage per worker is £____.
Evaluating a Strategic Production Shift
A textile factory manager must choose a technology to produce a standard batch of cloth. The price of coal is £6 per ton. The manager has two options:
- Technology A: Requires 6 workers and 2 tons of coal.
- Technology B: Requires 2 workers and 7 tons of coal.
Previously, when the wage was lower, the manager correctly used Technology A. Now, the wage has increased to £8 per worker. The manager makes the following claim: "Even with the higher wage, Technology A is still the better choice because it uses significantly less coal."
Which of the following provides the most accurate evaluation of the manager's claim from a cost-minimization perspective?
A firm produces a standard batch of cloth using a technology that requires 4 workers and 3 tons of coal. Initially, the wage is £4 per worker and the price of coal is £6 per ton. The wage then increases to £8 per worker, while the price of coal remains unchanged. Which of the following alternative technologies, if it became available, would represent a logical switch for the firm to minimize its costs in the new price environment?