The following product structure tree shows the components needed to assemble one unit of product W....

 

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The following product structure tree shows the components needed to assemble one unit of product W. Determine the quantities if each component needed to assemble 100 units of W. D(2) 1 2 40 Demand 60 Cumulative, 60 100 demand E(2) 3 20 20 W B(2) D Determine EPP and production run sizes using Part-Period Method with detailed explanation considering setup cost $100 per run; unit holding cost-$1.25 per period. Use the part period method to determine production run sizes for the following demands (i.e., net requirement) for a manufactured part. -89 20 40 D(3) Periods S 30 70 6 18 C(4) 70 G(2) 7 70 140 8 50 The following product structure tree shows the components needed to assemble one unit of product W. Determine the quantities if each component needed to assemble 100 units of W. D(2) 1 2 40 Demand 60 Cumulative, 60 100 demand E(2) 3 20 20 W B(2) D Determine EPP and production run sizes using Part-Period Method with detailed explanation considering setup cost $100 per run; unit holding cost-$1.25 per period. Use the part period method to determine production run sizes for the following demands (i.e., net requirement) for a manufactured part. -89 20 40 D(3) Periods S 30 70 6 18 C(4) 70 G(2) 7 70 140 8 50

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100 units of W A 2 Bz C 4x100 For 100 units of 4 we need D 2X100 2 200 units E 100 units So Total ... View the full answer