Question: Problem 1 3 - 6 ( Static ) A table is assembled using three components, as shown in the accompanying product structure tree. The company

Problem 13-6(Static)
A table is assembled using three components, as shown in the accompanying product structure tree. The company that makes the table wants to ship 100 units at the beginning of day 4,150 units at the beginning of day 5, and 200 units at the beginning of day 7. Receipts of 100 wood sections are scheduled at the beginning of day 2. There are 120 legs on hand, and 60 braces on hand. Leard times (in days) for all items are shown in the following table. Prepare a material requirements plan using lot-for-lot ordering. (Note: Since the lead time varies based on order quantity it is possible to place two separate orders on the same day. Leave no cells blank - be certain to enter "O" wherever required.)
\table[[Quantity,Lead Time],[1-200,1],[201-550,2],[551-999,3]]
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Master Schedule
\table[[x0in,,,,Answer i,mplete a,orrect.,,],[Day,Beg. Inv.,1,2,3,4,5,6,7],[Quantity,00,0,00,0,100>,150,00,200]]
Answer is not complete.
\table[[Wood Sections (2),Beg. Inv.,1,2,3,4,5,6,7],[Lot size: Lot-for-Lot],[Gross requirements,0,0,0,0,100,150,0,200x
\table[[Braces (3),Beg. Inv.,1,2,3,4,5,6,7],[Lot size: Lot-for-Lot],[Gross requirements,,,,,,,,8],[Scheduled receipts,,,,,,,,],[Projected on hand,,,,,,,,],[Net requirements,,,,,,,,],[Planned-order receipts,,,,,,,,],[Planned-order releases,,,,,,,,]]
Answer is not complete.
\table[[\table[[Legs (4)],[Lot size: Lot-for-Lot]],Beg. Inv.,1,2,3,4,5,6,7],[Gross requirements,0,00,0vv,28x,,0vv,,0
 Problem 13-6(Static) A table is assembled using three components, as shown

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