A manual assembly line is being designed for a product with annual demand = 100,000 s. The line will operate 50 wks/year, 5 shifts/wk, and 7.5 hr/shift. Work units will be attached continuously moving conveyor. Work content time = 42.0 min. Assume line efficiency E = , balancing efficiency Eb = 0.92, and repositioning time Tr= 6 sec. Determine: %3D %3D ) Hourly production rate to meet demand, and ) Number of workers required.

A manual assembly line is being designed for a product with annual demand = 100,000 s. The line will operate 50 wks/year, 5 shifts/wk, and 7.5 hr/shift. Work units will be attached continuously moving conveyor. Work content time = 42.0 min. Assume line efficiency E = , balancing efficiency Eb = 0.92, and repositioning time Tr= 6 sec. Determine: %3D %3D ) Hourly production rate to meet demand, and ) Number of workers required.

Elements Of Electromagnetics

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ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

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A fluid is a substance that is continuously deformed by the application of shear stress. The rate of deformation of a fluid depends on its viscosity. The fluid tries to flow when it interacts with some other system.

Question

A manual assembly line is being designed for a product with annual demand = 100,000
Q2
units. The line will operate 50 wks/year, 5 shifts/wk, and 7.5 hr/shift. Work units will be attached
to a continuously moving conveyor. Work content time = 42.0 min. Assume line efficiency E =
0.97, balancing efficiency Eb 0.92, and repositioning time Tr = 6 sec. Determine:
%3D
a) Hourly production rate to meet demand, and
b) Number of workers required.

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