There are 10 forging presses in the forge shop of a small company. The shop produces batches of forgings requiring a setup time of 2.0 hours for each production batch. Average standard time for each part in a batch is 30 seconds, and there are an average of 500 parts in a batch. The plant workforce consists of two workers per press, one foremen, plus two clerical support staff. (a) Determine how many forged parts can be produced in 1 month, if there are 8 hours worked per day and an average of 21 days per month at one shift per day. (b) What is the labor productivity ratio of the forge shop, expressed as parts per worker-hour?

Given There are 10 forging presses in the forge shop of small company The shop produces batches of…

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Author:Erwin Kreyszig

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Chapter2: Second-order Linear Odes

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There are 10 forging presses in the forge shop of a small company. The shop produces batches of forgings requiring a setup time of 2.0 hours for each production batch. Average standard time for each part in a batch is 30 seconds, and there are an average of 500 parts in a batch. The plant workforce consists of two workers per press, one foremen, plus two clerical support staff. (a) Determine how many forged parts can be produced in 1 month, if there are 8 hours worked per day and an average of 21 days per month at one shift per day. (b) What is the labor productivity ratio of the forge shop, expressed as parts per worker-hour?

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