Table below is a time-phased net requirements for Widgets over the next six weeks. Week 1 2 3 4 5 6 Requirements 335 200 140 440 300 200 The setup cost is $200 and the holding cost is $0.30 per unit per week. Using the part period balancing method, indicate the number of units to produce for each of the following period. Enter your answer as integer. Production Week Quantity 1 2 3 ம 6 The total holding and setup cost for the part period balancing lot sizing method is $ Note: Enter your value with exactly 2 decimal places, as in 12345.67

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Table below is a time-phased net requirements for
Widgets over the next six weeks.
Week
1 2 3 4 5 6
Requirements 335 200 140 440 300 200
The setup cost is $200 and the holding cost is
$0.30 per unit per week.
Using the part period balancing method, indicate
the number of units to produce for each of the
following period. Enter your answer as integer.
Production
Week
Quantity
1
2
3
ம
6
The total holding and setup cost for the part
period balancing lot sizing method is $
Note: Enter your value with exactly 2 decimal
places, as in 12345.67
Transcribed Image Text:Table below is a time-phased net requirements for Widgets over the next six weeks. Week 1 2 3 4 5 6 Requirements 335 200 140 440 300 200 The setup cost is $200 and the holding cost is $0.30 per unit per week. Using the part period balancing method, indicate the number of units to produce for each of the following period. Enter your answer as integer. Production Week Quantity 1 2 3 ம 6 The total holding and setup cost for the part period balancing lot sizing method is $ Note: Enter your value with exactly 2 decimal places, as in 12345.67
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