15. Suppose that we have a product that we want to assemble on a product layout system. The job tasks required for the completion of the product are presented with their appropriate time in seconds: A=20(D = 50 Khigens B 35(E = 40 EN WERD 62 C = 40 * AMACHARY F = 15 BRANDS G=60110 H=25 With a cycle time of 60 seconds, allocate the work tasks to the least number of workcenters possible using the line-balancing method discussed in this chapter.

Elements Of Electromagnetics
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Author:Sadiku, Matthew N. O.
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Can someone please help to solve all of the following problem showing all work and include a load chart. Thank you!
*15. Suppose that we have a product that we want to assemble on a product layout system.
The job tasks required for the completion of the product are presented with their
appropriate time in seconds:
Adwok
A = 20 (D = 50G = 60110
P
Zach
3
B 35E=40) (H = 25
C-40F= 15
With a cycle time of 60 seconds, allocate the work tasks to the least number of
workcenters possible using the line-balancing method discussed in this chapter.
Transcribed Image Text:*15. Suppose that we have a product that we want to assemble on a product layout system. The job tasks required for the completion of the product are presented with their appropriate time in seconds: Adwok A = 20 (D = 50G = 60110 P Zach 3 B 35E=40) (H = 25 C-40F= 15 With a cycle time of 60 seconds, allocate the work tasks to the least number of workcenters possible using the line-balancing method discussed in this chapter.
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