1. Consider a final product comprising different components. We assume that the components are outsourced and the final assembly is performed locally. The final products are three assemblies requiring four components. Assembly 1 requires four units of component 1, three units of component 2 and five units of component 3. Assembly 2 requires two units of component 2 and one unit of component 3. Assembly 3 needs two units of component 2, one unit of component 3 and two units of component 4. The percentage defectives are da = 0.06, dz = 0.05, ds = 0.04, de = 0.03, ds = 0.02, do = 0.02 and d = 0.01. The initial requirements for component/assembly 1 through 7 are 338,613; 332,913; 63,212; 122,097; 52,975, 69,854 and 52,044, respectively. Calculate the component requirements for assemblies and subassemblies (no. of non-defective output items). 1. Consider a final product comprising different components. We assume that the components are outsourced and the final assembly is performed locally. The final products are three assemblies requiring four components. Assembly 1 requires four units of component 1, three units of component 2 and five units of component 3. Assembly 2 requires two units of component 2 and one unit of component 3. Assembly 3 needs two units of component 2, one unit of component 3 and two units of component 4. The percentage defectives are da = 0.06, dz = 0.05, ds = 0.04, de = 0.03, ds = 0.02, do = 0.02 and d = 0.01. The initial requirements for component/assembly 1 through 7 are 338,613; 332,913; 63,212; 122,097; 52,975, 69,854 and 52,044, respectively. Calculate the component requirements for assemblies and subassemblies (no. of non-defective output items)