15.26. The Best Wheels Bicycle Company has scheduled the produc- tion of the following bicycles this month: Week Model 1 2 3 4 [B2610] 26-inch 10-speed 50 100 195 150 [B2003] 20-inch 3-speed 15 30 65 45 [B2001] 20-inch 1-speed 20 40 80 60 The two critical work centers for producing these bikes are welding and assembly. Welding has an efficiency of 95% and a utilization of 90%. Assembly has an efficiency of 90% and a utilization of 92%. The time required (in hours) by each bike in the two work centers is as follows: Welding Assembly B2610 0.20 0.18 B2003 0.15 0.15 B2001 0.07 0.10

15.26. The Best Wheels Bicycle Company has scheduled the produc- tion of the following bicycles this month: Week Model 1 2 3 4 [B2610] 26-inch 10-speed 50 100 195 150 [B2003] 20-inch 3-speed 15 30 65 45 [B2001] 20-inch 1-speed 20 40 80 60 The two critical work centers for producing these bikes are welding and assembly. Welding has an efficiency of 95% and a utilization of 90%. Assembly has an efficiency of 90% and a utilization of 92%. The time required (in hours) by each bike in the two work centers is as follows: Welding Assembly B2610 0.20 0.18 B2003 0.15 0.15 B2001 0.07 0.10

Practical Management Science

6th Edition

ISBN:9781337406659

Author:WINSTON, Wayne L.

Publisher:WINSTON, Wayne L.

Chapter2: Introduction To Spreadsheet Modeling

Section: Chapter Questions

Problem 20P: Julie James is opening a lemonade stand. She believes the fixed cost per week of running the stand...

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Question

Assume 40 hours are available per week for each work center. Calcu- late the capacity and load percent per work center per week.

15.26. The Best Wheels Bicycle Company has scheduled the produc-
tion of the following bicycles this month:
Week
Model
1
2
3
4
[B2610]
26-inch 10-speed
50
100
195
150
[B2003]
20-inch 3-speed
15
30
65
45
[B2001]
20-inch 1-speed
20
40
80
60
The two critical work centers for producing these bikes are welding and
assembly. Welding has an efficiency of 95% and a utilization of 90%.
Assembly has an efficiency of 90% and a utilization of 92%. The time
required (in hours) by each bike in the two work centers is as follows:
Welding
Assembly
B2610
0.20
0.18
B2003
0.15
0.15
B2001
0.07
0.10

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