The table below defines the precedence relationships and element times for a new assembledproduct. Annual demand for the product will be 126,000 units. The uptime efficiency-96%.The line will operate one 8 hours-shift/day, 6 shifts/wk. The repositioning time is 0.1 min.Manning level is 1.0 for all stations.WorkTe (min)ImmediateWorkT.(min)Immediateelementpredecessorselementpredecessors0.50.632.0.317.0.44,530.88.0.53,540.29.0.37,80.1100.66,9Determine(a)Available service time(b)Actual number of workers/stations using the Most following tasks Rule(c)Total Ideal Time(d)Ideal time of station # 2(e)Repositioning efficiency()Line Balance efficiency(g)Balance delay(h)Overall Labor efficiency

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The table below defines the precedence relationships and element times for a new assembled product. Annual demand for the product will be 126,000 units. The uptime efficiency-96%. The line will operate one 8 hours-shift/day, 6 shifts/wk. The repositioning time is 0.1 min. Manning level is 1.0 for all stations. Work Immediate predecessors T. (min) Work T.(min) Immediate element element predecessors 1. 0.5 6. 0.6 3. 0.3 1. 7. 0.4 4,5 3 0.8 1 8. 0.5 3,5 4 0.2 2. 0.3 7,8 0.1 2. 10 0.6 6,9 00 5n

The table below defines the precedence relationships and element times for a new assembled product. Annual demand for the product will be 126,000 units. The uptime efficiency-96%. The line will operate one 8 hours-shift/day, 6 shifts/wk. The repositioning time is 0.1 min. Manning level is 1.0 for all stations. Work Immediate predecessors T. (min) Work T.(min) Immediate element element predecessors 1. 0.5 6. 0.6 3. 0.3 1. 7. 0.4 4,5 3 0.8 1 8. 0.5 3,5 4 0.2 2. 0.3 7,8 0.1 2. 10 0.6 6,9 00 5n

Practical Management Science

6th Edition

ISBN:9781337406659

Author:WINSTON, Wayne L.

Publisher:WINSTON, Wayne L.

Chapter4: Linear Programming Models

Section: Chapter Questions

Problem 111P

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