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3. Consider the followine Product Structure Data, Demand Data. Routing and Standard data for a company that assembles two pro

Work Center Total Time / Unit Total Time / Unit 100 200 300 Total Time / Unit Capacity Requirements by using Capacity Bills:

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Answer #1
A(1 unit) requires: B(1 unit) requires:
C(1) D(1)
E(2) E(1 unit) require 3 F E(2) E(1 unit) require 3 F
F(6) F(6)
Routing and Standard Data
End Product Lot Sizes (a) Operations Work Center Standard Setup Hours (b) Standard Production Hours per unit (c ) Standard Setup Hours per unit (d=b/a) Total Hours per unit (c+d)
A 50 1/1 100 3 0.25 0.06 0.31
B 100 1/1 100 3 0.3 0.03 0.33
Components
C 40 1/2 200 2 0.35 0.05 0.4
40 2/2 300 2 0.45 0.05 0.5
D 20 1/2 300 1 0.55 0.05 0.6
20 2/2 200 1 0.3 0.05 0.35
E 50 1/1 200 3 0.25 0.06 0.31
F 50 1/1 300 3 0.5 0.06 0.56
Demand Data
Week 1 2 3 4
A 40 30 15 35
B 30 30 40 30
Bill of Capacity
A B
Work Center Total Time/Unit Calculation Total Time/Unit Calculation
100 0.31 =0.31 0.33 =0.33
200 1.02 =0.4+(0.31*2) 0.97 =0.35+(0.31*2)
300 3.86 =0.5+(0.56*6) 3.96 =0.6+(0.56*6)
Total Time/unit 5.19 5.26
Capacity Requirements by using Capacity Bills:
Work Center 1 2 3 4 Total Hours Projected Work Center %
100 22.3 19.2 17.85 20.75 80.1 6.13%
200 69.9 59.7 54.1 64.8 248.5 19.02%
300 273.2 234.6 216.3 253.9 978 74.85%
Total 365.4 313.5 288.25 339.45 1306.6
Calculation
=[(Demand units of A for week)*(Total time of A for Work Center)] + [(Demand units of B for week)*(Total time of B for Work Center)]
For work center 100 for week 1:
=[(40*0.31)+(30*0.33)]
22.3
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