th$\backslash$table$[[$Day Time,Warehouse,Component,Search Time $($sec$)],[07$:$38,$H$18,$Cylinder B$,64],[07$:$48,$H$18,$Data cable B$,52],[08$:$05,$H$18,$Adapter B$,0],[09$:$03,$H$20,$Screw B$,70],[09$:$22,$H$20,$Nut B$,55],[11$:$13,$H$20,$Washer B$,43],[11$:$28,$H$25,$Box B$,48],[13$:$15,$H$25,$Gasket B$,0],[14$:$25,$H$25,$Screw B$,62],[14$:$54,$H$25,$Nut B$,60]]$E COMPANY has a prototyping department which is responsible for the product qualification of machine tools. The process includes the construction of prototypes, the testing of these prototypes in accordance with internal and legal requirements and the construction of suitable testing facilities. In the past, there have been repeated delays that are no longer tolerated by management. For this reason, a Six Sigma improvement project was initiated, including a comprehensive data collection phase. The table below shows the search times of employees in the prototyping department to find specific components in designated warehouse areas.Tasks:

a$)$ Determine the following Quality Parameters for the "search process": PPM$,$ DPMO, Cp$,$ Cpk$.$ As$-$sume a target value of $0$ sec search time for the calculation.

b$)$ Create a problem$-$related Ishikawa Chart to find the root cause of the high search times. Name at least five potential causes.

c$)$ Check the Correctness $($True or False$)$ of your assumption for a potential cause in b$),$ by using sta$-$tistical methods and the given data table.