Consider product A shown in figure 8.31. All lead times are one week unless stated otherwise in the figure. Numerical values indicate the number of child items need to make one parent item. The master production schedule for planned assemblies over the next ten weeks for product A is as follows: 0, 150, 0, 200, 125, 0, 235, 110, 0, and 175. Current on-hand inventory levels are 236-part Ds, 328-part Fs, and 118 parts of type G. In addition, an order for 165-part Cs is in process and should be completed in time for use in period 1. A batch of 500-part type Ds is in the shop and due at the start of week 2. Plan order releases for all items using lot-for-lot scheduling. Assuming the lead times can be kept, do you anticipate any problems in meeting the schedule?

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Chapter2: Introduction To Spreadsheet Modeling
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14) Consider product A shown in figure 8.31. All lead times are one week unless stated otherwise in the
figure. Numerical values indicate the number of child items need to make one parent item. The master
production schedule for planned assemblies over the next ten weeks for product A is as follows: 0, 150,
0, 200, 125, 0, 235, 110, 0, and 175. Current on-hand inventory levels are 236-part Ds, 328-part Fs, and
118 parts of type G. In addition, an order for 165-part Cs is in process and should be completed in time
for use in period 1. A batch of 500-part type Ds is in the shop and due at the start of week 2. Plan order

releases for all items using lot-for-lot scheduling. Assuming the lead times can be kept, do you anticipate
any problems in meeting the schedule?

 

 

 

 

Can
F
C (t = 2)
A
G
3
D (t = 3)
Figure 8.31 Product Structure for Problem 8.12
Transcribed Image Text:Can F C (t = 2) A G 3 D (t = 3) Figure 8.31 Product Structure for Problem 8.12
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