The BOM for product A is shown in Figure 2, and data from the inventory records are shown in Table 3. In the master production schedule for product A, the MPS start row has 150 units in week 3 and 300 in week 5. Develop the material requirements plan for the next 6 weeks for items B, C, and D

The bill of materials (BOM) for product A is shown in the figure below. The lotsizing rule and other information for each item can be found in the table. The demand for product A is 400 units in week 5, 600 units in week 6, and 500 units in week 7. Production lead time for product A is 1 weeks. Develop the material requirements plan for the components B, C, and D. C(1) D(1) BI2) D(2) D(2) Table B D EOQ=2000 or multiples of 2000 POQ: P=2 1 week Lotsizing rule LAL Lead time 2 weeks 1 week 4000 (week 1) 100 Scheduled receipts none Beginning inventory 200

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For the Office Table above (the first MRP table), what is the Projected On-Hand Inventory in the week of 9/19? Number For the Office Table above, what are the Planned Order Receipts in the week of 8/8? Number For the Table-Top Assembly above, what are the Net Requirements in the week of 9/19? Number For the Table-Top Assembly above, what are the Planned Order Releases in the week of 9/5? Number

In the following MRP planning schedule for Item J, indicate the correct net requirements, planned-order receipts, and planned-order relesses to meet the gross requirements. Lesd time is one week. (Leave the cells blank, whenever zero (0) is required.) WEEK NUMBER ITEM 3 Gross requirements On- hand 1 2 se 35 Net requirements Planned-order receipt Planned-order release Period 5 Grass requirements 80 45 60 Scheduled receipts Projected available balance Item: J Он: 35 LT: 1 SS: 0 Q: L4L Net requirements Planned order receipts Planned arder releases

Eighty units of end item E are needed at the beginning of week 6. Three cases (30 units per case) of Jhave been ordered and one case is scheduled to arrive in week 3, one in week 4, and one in week 5.Note: J must be ordered by the case, and B must be produced in multiples of 120 units. There are 60 unitsof B and 20 units of J now on hand. Lead times are two weeks each for E and B, and one week for J.E a. Prepare a material requirements plan for component J.b. Suppose that in week 4 the quantity of E needed is changed from 80 to 70. The planned-order releasesthrough week 3 have all been executed. How many more Bs and Js will be on hand in week 6?

The product structure for product X is illustrated below. Level 0 Level 1 4 Level 2 Level 3 Part H B C D H K M N X Z с K B Lead Time (in weeks) 1 1 3 2 3 2 3 3 4 M D N The lead time for manufacturing any number units for an item and the required number of units for the lower level part in the product structure are reported in the following table. For example, each unit of Part X requires 1 units of Part C and, in turn, each unit of Part C requires 2 units of Part H and 2 units of Part K. 2 1 4 2 2 2 4 1 2 Required number of units X Z H K 100 units of product X are to shipped at the end of week 25. There is no inventory on hand. How many units of part N are required for production? 3200 Specify only the number.

The Total Manufacturing costs incurred for the month was $620,525. Beginning work inprocess was $152,000. There were $260,000 of partially finished goods remaining inwork in process inventory at the end of the month. What was the cost of goodsmanufactured during the month?

What term is used to identify the difference between the number of units of an item listed on the master schedule and the number of firm customer orders?

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