Considering a production-assembly process shown in the below figure. Assembly 1 (denoted by Ay in the schematic) requires 4 units Un, and 3 units U2, while Assemble 2 (A2) needs 2 units U2 and 1 unit Uz. Units U1, U2 are produced by processes P1, P2 respectively and unit uz are the combination of outputs produced by process P3 and the reworks by process P'3. All of units are made before they are moved to the two assembly lines. The defect rates for all processes and assemblies to be equal to P1 = 0.05, P2 = 0.04, P3 = 0.04, pa 0.4, PA, = 0.03, and PA2 = 0.02. If we need a production of 100,000 units from Assembly 1, and 50,000 units from Assembly 2, how much raw material 11,12 and 13would we need to provide to each of the processes P1, P2, and Pz respectively? = 11 P1 4xui 1 100,000 A1 P1 3xuz 12 P2 2xuz PA ; 0 A2 = 50,000 A2 P2 13 1 P3 PA2 P's P3 1 ps Considering a production-assembly process shown in the below figure. Assembly 1 (denoted by Ay in the schematic) requires 4 units Un, and 3 units U2, while Assemble 2 (A2) needs 2 units U2 and 1 unit Uz. Units U1, U2 are produced by processes P1, P2 respectively and unit uz are the combination of outputs produced by process P3 and the reworks by process P'3. All of units are made before they are moved to the two assembly lines. The defect rates for all processes and assemblies to be equal to P1 = 0.05, P2 = 0.04, P3 = 0.04, pa 0.4, PA, = 0.03, and PA2 = 0.02. If we need a production of 100,000 units from Assembly 1, and 50,000 units from Assembly 2, how much raw material 11,12 and 13would we need to provide to each of the processes P1, P2, and Pz respectively? = 11 P1 4xui 1 100,000 A1 P1 3xuz 12 P2 2xuz PA ; 0 A2 = 50,000 A2 P2 13 1 P3 PA2 P's P3 1 ps