Peter’s Paper Clips uses a three-stage production process: cutting wire to prescribed lengths, inner bending, and outer bending. The cutting process can produce at a rate of 220 pieces per minute; inner bending, 230 pieces per minute; and outer bending, 180 pieces per minute. Determine the hourly capacity of each process stage and the number of machines needed to meet an output rate of 14,000 units per hour. Round your answers for the hourly capacity of each process stage to the nearest whole mumber. Round your answers up for the number of machines needed to a whole number. Cutting process: Hourly capacity: pieces/hour Number of machines needed: machine(s) Inner bending: Hourly capacity: pieces/hour Number of machines needed: machine(s) Outer bending: Hourly capacity: pieces/hour Number of machines needed: machine(s)

Peter’s Paper Clips uses a three-stage production process: cutting wire to prescribed lengths, inner bending, and outer bending. The cutting process can produce at a rate of 220 pieces per minute; inner bending, 230 pieces per minute; and outer bending, 180 pieces per minute. Determine the hourly capacity of each process stage and the number of machines needed to meet an output rate of 14,000 units per hour. Round your answers for the hourly capacity of each process stage to the nearest whole mumber. Round your answers up for the number of machines needed to a whole number. Cutting process: Hourly capacity: pieces/hour Number of machines needed: machine(s) Inner bending: Hourly capacity: pieces/hour Number of machines needed: machine(s) Outer bending: Hourly capacity: pieces/hour Number of machines needed: machine(s)

Practical Management Science

6th Edition

ISBN:9781337406659

Author:WINSTON, Wayne L.

Publisher:WINSTON, Wayne L.

Chapter4: Linear Programming Models

Section4.8: Data Envelopment Analysis (dea)

Problem 42P

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